GSM EDGE BSS Rel RG20 BSS Operating Docu

GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 09 Changes in RG20(BSS) DN0963445 Issue 01H Approval Date 2012-03-19 Confidential Nokia Siemens Networks is continually striving to reduce the adverse environmental effects of its products and services. We would like to encourage you as our customers and users to join us in working towards a cleaner, safer environment. Please recycle product packaging and follow the recommendations for power use and proper disposal of our products and their components. If you should have questions regarding our Environmental Policy or any of the environmental services we offer, please contact us at Nokia Siemens Networks for any additional information. Changes in RG20(BSS) The information in this document is subject to change without notice and describes only the product defined in the introduction of this documentation. This documentation is intended for the use of Nokia Siemens Networks customers only for the purposes of the agreement under which the document is submitted, and no part of it may be used, reproduced, modified or transmitted in any form or means without the prior written permission of Nokia Siemens Networks. The documentation has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Nokia Siemens Networks welcomes customer comments as part of the process of continuous development and improvement of the documentation. The information or statements given in this documentation concerning the suitability, capacity, or performance of the mentioned hardware or software products are given "as is" and all liability arising in connection with such hardware or software products shall be defined conclusively and finally in a separate agreement between Nokia Siemens Networks and the customer. However, Nokia Siemens Networks has made all reasonable efforts to ensure that the instructions contained in the document are adequate and free of material errors and omissions. Nokia Siemens Networks will, if deemed necessary by Nokia Siemens Networks, explain issues which may not be covered by the document. Nokia Siemens Networks will correct errors in this documentation as soon as possible. IN NO EVENT WILL Nokia Siemens Networks BE LIABLE FOR ERRORS IN THIS DOCUMENTATION OR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO SPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES, SUCH AS BUT NOT LIMITED TO LOSS OF PROFIT, REVENUE, BUSINESS INTERRUPTION, BUSINESS OPPORTUNITY OR DATA,THAT MAY ARISE FROM THE USE OF THIS DOCUMENT OR THE INFORMATION IN IT. This documentation and the product it describes are considered protected by copyrights and other intellectual property rights according to the applicable laws. The wave logo is a trademark of Nokia Siemens Networks Oy. Nokia is a registered trademark of Nokia Corporation. Siemens is a registered trademark of Siemens AG. Other product names mentioned in this document may be trademarks of their respective owners, and they are mentioned for identification purposes only. Copyright © Nokia Siemens Networks 2012. All rights reserved f Important Notice on Product Safety This product may present safety risks due to laser, electricity, heat, and other sources of danger. Only trained and qualified personnel may install, operate, maintain or otherwise handle this product and only after having carefully read the safety information applicable to this product. The safety information is provided in the Safety Information section in the “Legal, Safety and Environmental Information” part of this document or documentation set. The same text in German: f Wichtiger Hinweis zur Produktsicherheit Von diesem Produkt können Gefahren durch Laser, Elektrizität, Hitzeentwicklung oder andere Gefahrenquellen ausgehen. Installation, Betrieb, Wartung und sonstige Handhabung des Produktes darf nur durch geschultes und qualifiziertes Personal unter Beachtung der anwendbaren Sicherheitsanforderungen erfolgen. Die Sicherheitsanforderungen finden Sie unter „Sicherheitshinweise“ im Teil „Legal, Safety and Environmental Information“ dieses Dokuments oder dieses Dokumentationssatzes. 2 Id:0900d8058091af93 Confidential DN0963445 Changes in RG20(BSS) Table of contents This document has 550 pages. Summary of changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 1 1.1 1.2 1.2.1 1.2.1.1 1.2.1.2 1.2.1.3 1.2.2 1.2.3 1.2.4 1.2.5 1.2.6 1.2.7 1.2.8 1.2.9 1.3 1.3.1 1.3.1.1 1.3.1.2 1.3.2 1.3.3 1.3.4 1.3.5 1.3.6 1.3.7 1.3.8 1.3.9 1.4 1.4.1 1.4.1.1 1.4.1.2 1.4.2 1.4.3 1.4.4 1.4.5 1.4.6 1.4.7 1.4.8 1.4.9 DN0963445 Documentation changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Overview of documentation changes. . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 09 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 Documentation changes in BSC/TCSM and mcBSC/mcTC . . . . . . . . . 17 New document . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25 Documentation changes in BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . 27 Documentation changes in Flexi Multiradio 10 BTS . . . . . . . . . . . . . . . 28 Documentation changes in Flexi EDGE BTS. . . . . . . . . . . . . . . . . . . . . 29 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . 30 Documentation changes in MetroSite EDGE BTS. . . . . . . . . . . . . . . . . 31 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . 32 Documentation changes in Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . 33 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 08 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 Documentation changes in BSC/TCSM and mcBSC/mcTC . . . . . . . . . 34 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39 Documentation changes in BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . 40 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . 41 Documentation changes in Flexi Multiradio 10 BTS . . . . . . . . . . . . . . . 42 Documentation changes in Flexi EDGE BTS. . . . . . . . . . . . . . . . . . . . . 43 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . 44 Documentation changes in MetroSite EDGE BTS. . . . . . . . . . . . . . . . . 45 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . 46 Documentation changes in Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . 47 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 07 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 Documentation changes in BSC/TCSM and mcBSC/mcTC . . . . . . . . . 48 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50 Documentation changes in BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . 51 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . 52 Documentation changes in Flexi Multiradio 10 BTS . . . . . . . . . . . . . . . 53 Documentation changes in Flexi EDGE BTS. . . . . . . . . . . . . . . . . . . . . 54 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . 55 Documentation changes in MetroSite EDGE BTS. . . . . . . . . . . . . . . . . 56 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . 57 Documentation changes in Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . 58 Id:0900d8058091af93 Confidential 3 Changes in RG20(BSS) 1.5 1.5.1 1.5.1.1 1.5.1.2 1.5.1.3 1.5.2 1.5.3 1.5.4 1.5.5 1.5.6 1.5.7 1.6 1.6.1 1.6.1.1 1.6.1.2 1.6.1.3 1.6.2 1.6.3 1.6.4 1.6.5 1.6.6 1.6.7 1.7 1.7.1 1.7.1.1 1.7.1.2 1.7.1.3 1.7.2 1.7.2.1 1.7.2.2 1.7.3 1.7.4 1.7.5 1.7.6 1.7.7 1.7.8 1.8 1.8.1 1.8.2 1.8.3 1.8.4 1.8.5 1.8.6 1.8.7 4 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 06 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 Documentation changes in BSC/TCSM and mcBSC/mcTC . . . . . . . . . . 59 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 Modified documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72 Documentation changes in BTSplus. . . . . . . . . . . . . . . . . . . . . . . . . . . . 73 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . 74 Documentation changes in Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . 75 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . . 76 Documentation changes in MetroSite EDGE BTS . . . . . . . . . . . . . . . . . 77 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . . 78 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 05 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79 Documentation changes in BSC/TCSM and mcBSC/mcTC . . . . . . . . . . 79 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79 Modified documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101 Documentation changes in BTSplus. . . . . . . . . . . . . . . . . . . . . . . . . . . 102 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . 103 Documentation changes in Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . 105 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . 106 Documentation changes in MetroSite EDGE BTS . . . . . . . . . . . . . . . . 107 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . 108 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 04 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109 Documentation changes in BSC/TCSM and mcBSC/mcTC . . . . . . . . . 109 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109 Modified documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 111 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131 Documentation changes in BTSplus. . . . . . . . . . . . . . . . . . . . . . . . . . . 132 Documentation changes in BTSplus for RG20(BSS) EP1 release . . . . 132 Documentation changes in BTSplus for mcBSC release . . . . . . . . . . . 132 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . 133 Documentation changes in Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . 134 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . 135 Documentation changes in MetroSite EDGE BTS . . . . . . . . . . . . . . . . 136 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . 137 Documentation changes in Power Systems . . . . . . . . . . . . . . . . . . . . . 138 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 03 . . . . . . . . . . . . . . . . . 139 Documentation changes in BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139 Documentation changes in BTSplus. . . . . . . . . . . . . . . . . . . . . . . . . . . 145 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . 146 Documentation changes in Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . 147 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . . 148 Documentation changes in MetroSite EDGE BTS . . . . . . . . . . . . . . . . 149 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . 150 Id:0900d8058091af93 Confidential DN0963445 Changes in RG20(BSS) 1.8.8 1.9 1.10.1 1.10.1.1 1.10.1.2 1.10.1.3 1.10.2 1.10.2.1 1.10.2.2 1.10.2.3 1.10.3 1.10.3.1 1.10.3.2 1.10.3.3 1.10.4 1.10.4.1 1.10.4.2 1.10.4.3 1.10.5 1.10.5.1 1.10.5.2 1.10.5.3 1.10.6 1.10.6.1 1.10.6.2 1.10.6.3 1.10.7 1.10.7.1 1.10.7.2 1.10.7.3 1.10.8 1.10.8.1 1.10.8.2 1.10.8.3 Documentation changes in Power Systems . . . . . . . . . . . . . . . . . . . . 151 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 02 . . . . . . . . . . . . . . . . . 152 Documentation changes in BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152 Documentation changes in BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . 162 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . 163 Documentation changes in Flexi EDGE BTS. . . . . . . . . . . . . . . . . . . . 164 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . 165 Documentation changes in MetroSite EDGE BTS. . . . . . . . . . . . . . . . 166 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . 167 Documentation changes in Power Systems . . . . . . . . . . . . . . . . . . . . 168 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 01 . . . . . . . . . . . . . . . . . 169 Documentation changes in BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 174 Documentation changes in BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . 175 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 175 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 175 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 175 Documentation changes in Flexi Multiradio BTS . . . . . . . . . . . . . . . . . 176 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 176 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 176 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 176 Documentation changes in Flexi EDGE BTS. . . . . . . . . . . . . . . . . . . . 177 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 177 Documentation changes in UltraSite EDGE BTS . . . . . . . . . . . . . . . . 178 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178 Documentation changes in MetroSite EDGE BTS. . . . . . . . . . . . . . . . 179 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 179 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 179 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 179 Documentation changes in SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . 180 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 180 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 180 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 180 Documentation changes in Power Systems . . . . . . . . . . . . . . . . . . . . 181 New Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181 Modified documents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181 Removed documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181 2 2.1 Software changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182 Software changes in RG20(BSS) EP2. . . . . . . . . . . . . . . . . . . . . . . . . 182 1.9.1 1.9.2 1.9.3 1.9.4 1.9.5 1.9.6 1.9.7 1.9.8 1.10 DN0963445 Id:0900d8058091af93 Confidential 5 Changes in RG20(BSS) 2.1.1 2.1.1.1 2.1.1.2 2.1.1.3 2.1.1.4 2.2 2.2.1 2.2.1.1 2.2.1.2 2.2.1.3 2.2.1.4 2.2.1.5 2.3 2.3.1 2.3.1.1 2.3.1.2 2.3.1.3 2.3.1.4 2.3.1.5 New software features for RG20(BSS) EP2 . . . . . . . . . . . . . . . . . . . . . 182 Radio network performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182 Packet switched data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182 Transmission and transport . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183 Multiradio interworking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183 Software changes in RG20(BSS) EP1 . . . . . . . . . . . . . . . . . . . . . . . . . 184 New software features for RG20(BSS) EP1 . . . . . . . . . . . . . . . . . . . . . 184 Radio network performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 184 Transmission and transport . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 184 Operability. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 185 Multiradio Interworking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 185 Site Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 185 Software changes in RG20(BSS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 186 New software features for RG20(BSS) . . . . . . . . . . . . . . . . . . . . . . . . . 186 Radio network performance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 186 Packet switched data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 186 Transmission and transport . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 187 Operability. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 187 Site Solutions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188 3 3.1 3.1.1 3.1.1.1 3.1.1.2 3.1.1.3 3.1.1.4 3.1.2 3.1.2.1 3.1.2.2 3.1.3 3.1.3.1 3.1.3.2 3.2 Hardware changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 Hardware changes in BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 Changes in hardware products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 Flexi BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 BSC3i 1000/2000 and BSC3i 660. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190 BSCi/BSC2i. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190 TCSM3i . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190 Changes in installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191 Flexi BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191 TCSM3i . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191 Changes in network element hardware extensions and upgrades . . . . 191 Flexi BSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191 TCSM3i . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 192 Hardware changes in Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . 194 4 4.1 Alarm changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195 Alarm changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06 . . . . . . . . . . . . . . . . . 195 Overview of alarm changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195 New alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 196 New alarms for RG20 EP2.1 release . . . . . . . . . . . . . . . . . . . . . . . . . . 196 New alarms for mcBSC release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 196 Changed alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198 Changed alarms for RG20 EP2.1 features . . . . . . . . . . . . . . . . . . . . . . 198 Removed alarms. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206 Alarm changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04 . . . . . . . . . . . . . . . . . 207 Overview of alarm changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 207 New alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 208 4.1.1 4.1.2 4.1.2.1 4.1.2.2 4.1.3 4.1.3.1 4.1.4 4.2 4.2.1 4.2.2 6 Id:0900d8058091af93 Confidential DN0963445 Changes in RG20(BSS) 4.2.2.1 4.2.2.2 4.2.3 4.2.3.1 4.2.3.2 4.2.4 4.2.4.1 4.2.4.2 4.3 4.3.1 4.3.2 4.3.3 4.3.4 5 5.1 5.1.1 5.1.2 5.1.2.1 5.1.2.2 5.1.3 5.1.3.1 5.1.3.2 5.1.4 5.2 5.2.1 5.2.2 5.2.2.1 5.2.2.2 5.2.3 5.2.3.1 5.2.3.2 5.2.3.3 5.2.4 5.2.5 5.3 5.3.1 5.3.2 5.3.2.1 5.3.2.2 5.3.2.3 5.3.2.4 5.3.2.5 DN0963445 New alarms for RG20(BSS) on top feature release. . . . . . . . . . . . . . . 208 New alarms for mcBSC release. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 208 Changed alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 209 Changed alarms for RG20(BSS) on top features . . . . . . . . . . . . . . . . 209 Changed alarms for mcBSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 209 Removed alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 216 Alarms removed in RG20(BSS) on top features release . . . . . . . . . . . 216 Alarms removed in mcBSC release . . . . . . . . . . . . . . . . . . . . . . . . . . . 216 Alarm changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01 . . . . . . . . . . . . . . . . . 217 Overview of alarm changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 217 New alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 218 Changed alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 221 Removed alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 314 Counter changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 315 Counter changes made in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 06 . . . . . . . . . . . . . . . . . 315 Overview of counter changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 315 New counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 316 New counters for S15 EP1.2 release. . . . . . . . . . . . . . . . . . . . . . . . . . 316 New counters for S15 EP2.1 release. . . . . . . . . . . . . . . . . . . . . . . . . . 316 Changed counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 318 Changed counters in S15 EP1.2 release. . . . . . . . . . . . . . . . . . . . . . . 318 Changed counters in S15 EP2.1 release. . . . . . . . . . . . . . . . . . . . . . . 319 Removed counters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 343 Counter changes made in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 04 . . . . . . . . . . . . . . . . . 344 Overview of counter changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 344 New counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 345 New counters for RG20(BSS) on top feature release . . . . . . . . . . . . . 345 New counters for mcBSC release . . . . . . . . . . . . . . . . . . . . . . . . . . . . 350 Changed counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 351 Changed counters in RG20(BSS) on top feature release . . . . . . . . . . 351 Changed counters in mcBSC release . . . . . . . . . . . . . . . . . . . . . . . . . 364 Changed measurements in mcBSC release . . . . . . . . . . . . . . . . . . . . 376 Removed counters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 378 Other changes between releases . . . . . . . . . . . . . . . . . . . . . . . . . . . . 379 Counter changes made in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 01 . . . . . . . . . . . . . . . . . 380 Overview of counter changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 380 New counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 382 New counters introduced by BSS20083: Inter-BSC NACC . . . . . . . . . 382 New counters introduced by BSS21045: Inter System NACC. . . . . . . 382 New counters introduced by BSS21355:Inter System NACC for LTE . 382 New counters introduced by BSS21341: A over IP, Transcoder in BSS and BSS30380: A over IP, Transcoder in MGW. . . . . . . . . . . . . . . . . . . . . 382 New counters introduced by BSS21454: Packet Abis over IP/Ethernet 384 Id:0900d8058091af93 Confidential 7 Changes in RG20(BSS) 5.3.2.6 5.3.2.7 5.3.2.8 5.3.2.9 5.3.2.10 5.3.2.11 5.3.2.12 5.3.2.13 5.3.2.14 5.3.2.15 5.3.2.16 5.3.2.17 5.3.3 5.3.3.1 5.3.3.2 5.3.3.3 5.3.3.4 5.3.3.5 5.3.3.6 5.3.4 5.3.5 6 6.1 6.1.1 6.1.2 6.1.2.1 6.1.2.2 6.1.3 6.1.3.1 6.1.3.2 6.1.4 6.1.4.1 8 New counters introduced by BSS21454: Packet Abis over IP/Ethernet and BSS21440: Packet Abis over TDM added . . . . . . . . . . . . . . . . . . . . . . 384 New counters introduced by BSS30395: Packet Abis Delay Measurement 387 New counters introduced by BSS21309: OSC Half Rate with SAIC MS . . 387 New counters introduced by BSS21271: Abis Delay Measurement (TDM, PWE3). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 390 New counters introduced by BSS21343: DLDC Territory Procedures . 391 New counters introduced by BSS21222: Energy optimised TCH Allocation 392 New counters introduced by BSS21392: TRX Specific Link Adaptation for DLDC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 392 New counters introduced by BSS101583 Precise RX Level Measurement 392 New counters introduced by BSS101584 Precise Timing Advance Measurement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 393 New counters introduced by BSS101585 Precise Power Level Measurement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 394 New counters introduced by BSS101586 Adjacent Cell RX Level Measurement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 394 Other new counters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 396 Changed counters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 397 Changes in counters introduced by BSS21454: Packet Abis over IP/Ethernet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 397 Changes in counters introduced by BSS21341: A over IP, Transcoder in BSS and BSS30380: A over IP, Transcoder in MGW. . . . . . . . . . . . . . 398 Changes in counters introduced by BSS21309: OSC Half Rate with SAIC MS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 403 Changes in counters introduced by BSS20958: Energy Saving Mode for BCCH TRX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 410 Changes in counters introduced by BSS21343: DLDC Territory Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 410 Other changed counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 411 Removed counters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 417 Other changes between releases . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 418 MML changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 419 MML changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06 . . . . . . . . . . . . . . . . . 419 About MML changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 419 New MMLs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 420 New MMLs for S15 EP1.2 release . . . . . . . . . . . . . . . . . . . . . . . . . . . . 420 New MMLs for S15 EP2.1 release . . . . . . . . . . . . . . . . . . . . . . . . . . . . 420 MML Changes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 421 Modified MML Programs between S15 and S15 EP1.2 releases . . . . . 421 Modified MML Programs between S15 and S15 EP2.1 releases . . . . . 437 Deleted MML programs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 460 Deleted MML programs between S15 and S15 EP1.2 and S15 EP2.1 releases . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 460 Id:0900d8058091af93 Confidential DN0963445 Changes in RG20(BSS) 6.2 6.3.3 6.3.3.1 6.3.4 6.3.4.1 MML changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04 . . . . . . . . . . . . . . . . . 461 About MML changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 461 New MMLs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 462 New MMLs for RG20(BSS) on top feature release . . . . . . . . . . . . . . . 462 New MMLs for mcBSC release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 462 MML Changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 463 Modified MML Programs between S15 and S15 on top feature releases . 463 Modified MML Programs between S15 and mcBSC releases . . . . . . . 477 Deleted MML programs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 498 Deleted MML programs between S15 and mcBSC . . . . . . . . . . . . . . . 498 MML changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01 . . . . . . . . . . . . . . . . . 499 About MML changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 499 New MMLs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 500 (D2) - IUA MESSAGE INTERFACE OVER UDP CONFIGURATION HANDLING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 500 MML Changes made between S14 and S15 . . . . . . . . . . . . . . . . . . . . 501 Modified MML Programs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 501 Deleted MML programs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 549 Deleted MML programs between S14 and S15 . . . . . . . . . . . . . . . . . . 549 7 Parameter changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 550 6.2.1 6.2.2 6.2.2.1 6.2.2.2 6.2.3 6.2.3.1 6.2.3.2 6.2.4 6.2.4.1 6.3 6.3.1 6.3.2 6.3.2.1 DN0963445 Id:0900d8058091af93 Confidential 9 Changes in RG20(BSS) List of tables Table 1 Table 2 Table 3 Table 4 Table 5 Table 6 Table 7 Table 8 Table 9 Table 10 Table 11 Table 12 Table 13 Table 14 Table 15 Table 16 Table 17 Table 18 Table 19 Table 20 Table 21 Table 22 Table 23 Table 24 Table 25 Table 26 Table 27 Table 28 Table 29 Table 30 Table 31 Table 32 Table 33 Table 34 Table 35 Table 36 Table 37 Table 38 Table 39 Table 40 Table 41 Table 42 Table 43 Table 44 Table 45 10 New document for RG20(BSS) release . . . . . . . . . . . . . . . . . . . . . . . . . 17 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 Documentation changes in System Descriptions . . . . . . . . . . . . . . . . . . 17 Documentation changes in Functional Area Descriptions . . . . . . . . . . . 18 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . . 18 Documentation changes in BSC/TCSM Descriptions . . . . . . . . . . . . . . 19 Documentation changes in Plan and Dimension . . . . . . . . . . . . . . . . . . 20 Documentation changes in Install . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 Documentation changes in Commission . . . . . . . . . . . . . . . . . . . . . . . . 21 Documentation changes in Integrate and Configure . . . . . . . . . . . . . . . 21 Documentation changes in Activate . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . . 22 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . . 22 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . . 22 Document for BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 Documents for Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 Documents for Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29 New document for Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 Modified document for Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 Documentation changes in Functional Area Descriptions . . . . . . . . . . . 34 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . . 34 Documentation changes in Install . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 Documentation changes in Activate . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . . 36 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . . 37 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . . 38 Document for BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40 Documents for Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 41 Documents for Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Document for UltraSite EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44 Documents for Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 Documentation changes in Functional Area Descriptions . . . . . . . . . . . 48 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . . 48 Documentation changes in Plan and Dimension . . . . . . . . . . . . . . . . . . 49 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . . 49 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . . 49 Document for BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51 Documents for Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 New documents for Flexi Multiradio 10 BTS . . . . . . . . . . . . . . . . . . . . . 53 Modified documents for Flexi Multiradio 10 BTS . . . . . . . . . . . . . . . . . . 53 Documents for Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 Document for UltraSite EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 Documents for MetroSite EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . 56 Id:0900d8058091af93 Confidential DN0963445 Changes in RG20(BSS) Table 46 Table 47 Table 48 Table 49 Table 50 Table 51 Table 52 Table 53 Table 54 Table 55 Table 56 Table 57 Table 58 Table 59 Table 60 Table 61 Table 62 Table 63 Table 64 Table 65 Table 66 Table 67 Table 68 Table 69 Table 70 Table 71 Table 72 Table 73 Table 74 Table 75 Table 76 Table 77 Table 78 Table 79 Table 80 Table 81 Table 82 Table 83 Table 84 Table 85 Table 86 Table 87 Table 88 Table 89 Table 90 Table 91 DN0963445 Documents for SiteWizard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57 Documents for Horizon BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58 New documents for S15 EP1.2 and S15 EP2.1 releases . . . . . . . . . . . 59 New documents for S15 EP1.2 and S15 EP2.1 releases . . . . . . . . . . . 60 New documents for mcBSC and mcTC . . . . . . . . . . . . . . . . . . . . . . . . 60 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Documentation changes in Functional Area Descriptions . . . . . . . . . . 61 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . . 62 Documentation changes in BSC/TCSM descriptions . . . . . . . . . . . . . . 65 Documentation changes in Plan and Dimension . . . . . . . . . . . . . . . . . 65 Documentation changes in Install . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65 Documentation changes in Commission . . . . . . . . . . . . . . . . . . . . . . . . 66 Documentation changes in Integrate and Configure . . . . . . . . . . . . . . . 66 Documentation changes in Activate . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . . 67 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . . 68 Documentation changes in Expand and Upgrade . . . . . . . . . . . . . . . . 68 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . 68 Documentation changes in Legal, Safety and Environmental Information 72 Documents for BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73 Documents for Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 74 Documents for Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75 Document for UltraSite EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 76 New documents for RG20(BSS) EP1 features . . . . . . . . . . . . . . . . . . . 79 New documents for mcBSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . 80 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . . 80 Documentation changes in Plan and Dimension . . . . . . . . . . . . . . . . . 81 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . . 81 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . 82 Documents for BTSplus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102 Documents for Flexi Multiradio BTS . . . . . . . . . . . . . . . . . . . . . . . . . . 103 Documents for Flexi EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 Documents for UltraSite EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . . 106 Documents for MetroSite EDGE BTS . . . . . . . . . . . . . . . . . . . . . . . . . 107 New documents for RG20(BSS) EP1 . . . . . . . . . . . . . . . . . . . . . . . . . 109 New documents for mcBSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . 111 Documentation changes in System Descriptions . . . . . . . . . . . . . . . . 111 Documentation changes in Functional Area Descriptions . . . . . . . . . 112 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . 113 Documentation changes in BSC/TCSM descriptions . . . . . . . . . . . . . 116 Documentation changes in Plan and dimension . . . . . . . . . . . . . . . . . 116 Documentation changes in Install . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118 Documentation changes in Commission . . . . . . . . . . . . . . . . . . . . . . . 118 Documentation changes in Integrate and Configure . . . . . . . . . . . . . . 118 Id:0900d8058091af93 Confidential 11 Changes in RG20(BSS) Table 92 Table 93 Table 94 Table 95 Table 96 Table 97 Table 98 Table 99 Table 100 Table 101 Table 102 Table 103 Table 104 Table 105 Table 106 Table 107 Table 108 Table 109 Table 110 Table 111 Table 112 Table 113 Table 114 Table 115 Table 116 Table 117 Table 118 Table 119 Table 120 Table 121 Table 122 Table 123 Table 124 Table 125 Table 126 Table 127 Table 128 12 Documentation changes in Activate . . . . . . . . . . . . . . . . . . . . . . . . . . . 119 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . 119 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . 120 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . 121 Documentation changes in Legal, Safety, and Environmental Information 131 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . 139 Documentation changes in SystemDescriptions . . . . . . . . . . . . . . . . . 140 Documentation changes in Functional Area Descriptions . . . . . . . . . . 140 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . 140 Documentation changes in BSC/TCSM descriptions . . . . . . . . . . . . . . 141 Documentation changes in Plan and dimension . . . . . . . . . . . . . . . . . 142 Documentation changes in Integrate and Configure . . . . . . . . . . . . . . 142 Documentation changes in Activate . . . . . . . . . . . . . . . . . . . . . . . . . . . 142 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . 142 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . 143 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . 143 New documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152 Documentation changes in Changes . . . . . . . . . . . . . . . . . . . . . . . . . . 152 Documentation changes in SystemDescriptions . . . . . . . . . . . . . . . . . 153 Documentation changes in Functional Area Descriptions . . . . . . . . . . 153 Documentation changes in Feature Descriptions . . . . . . . . . . . . . . . . 153 Documentation changes in BSC/TCSM descriptions . . . . . . . . . . . . . . 155 Documentation changes in Plan and dimension . . . . . . . . . . . . . . . . . 156 Documentation changes in Install . . . . . . . . . . . . . . . . . . . . . . . . . . . . 156 Documentation changes in Integrate and Configure . . . . . . . . . . . . . . 157 Documentation changes in Activate . . . . . . . . . . . . . . . . . . . . . . . . . . . 157 Documentation changes in Monitor and Measure . . . . . . . . . . . . . . . . 157 Documentation changes in Administer . . . . . . . . . . . . . . . . . . . . . . . . 157 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . 158 Documentation changes in Reference . . . . . . . . . . . . . . . . . . . . . . . . . 158 Documentation changes in Troubleshoot . . . . . . . . . . . . . . . . . . . . . . 161 BSC network elements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189 New products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190 New products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190 Continuation of the row from the previous page . . . . . . . . . . . . . . . . . 212 Removed alarms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 314 Id:0900d8058091af93 Confidential DN0963445 Changes in RG20(BSS) Summary of changes Summary of changes Changes between document issues are cumulative. Therefore, the latest document issue contains all changes made to previous issues. Changes made between issues 01H and 01G Information on updates in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 09 has been added. Changes made between issues 01G and 01F Information on updates in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 08 has been added. Changes made between issues 01F and 01E Information on updates in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 07 has been added. DN0963445 Id:0900d8058090c72d Confidential 13 Documentation changes Changes in RG20(BSS) 1 Documentation changes 1.1 Overview of documentation changes Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation is available as a browsable and downloadable NED documentation set. The documentation set is available in both XHTML and PDF formats, and you can browse and download single PDF documents. The Summary of Changes section of each PDF document lists the latest changes to that document. The release change documents list the technical changes made to the documents in this release. Related Topics Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 08: ವ ವ ವ ವ ವ ವ ವ ವ ವ Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi Multiradio 10 BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Horizon BTS Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 07: ವ ವ ವ ವ ವ ವ ವ ವ ವ Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi Multiradio 10 BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Horizon BTS Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06: ವ ವ ವ ವ ವ ವ ವ 14 Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Id:0900d8058091afab Confidential DN0963445 Changes in RG20(BSS) Documentation changes Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 05: ವ ವ ವ ವ ವ ವ ವ Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04: ವ ವ ವ ವ ವ ವ ವ Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 03: ವ ವ ವ ವ ವ ವ ವ ವ Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Power Systems Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 02: ವ ವ ವ ವ ವ ವ ವ ವ Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi EDGE BTS Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Power Systems Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01: ವ ವ ವ ವ DN0963445 Documentation changes in BSC Documentation changes in BTSplus Documentation changes in Flexi Multiradio BTS Documentation changes in Flexi EDGE BTS Id:0900d8058091afab Confidential 15 Documentation changes Changes in RG20(BSS) ವ ವ ವ ವ 16 Documentation changes in UltraSite EDGE BTS Documentation changes in MetroSite EDGE BTS Documentation changes in SiteWizard Documentation changes in Power Systems Id:0900d8058091afab Confidential DN0963445 Changes in RG20(BSS) 1.2 1.2.1 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 09 Documentation changes in BSC/TCSM and mcBSC/mcTC This section lists the changes made to the BSC/TCSM and mcBSC/mcTC documentation between issue 09 and issue 08 of this documentation set. 1.2.1.1 New document Name BSS21388: Random Fill Bits Table 1 1.2.1.2 New document for RG20(BSS). Location in documentation Feature Descriptions / RG20(BSS) features / Radio network performance New document for RG20(BSS) release Modified documents Name Changes in RG20(BSS) Table 2 Description Location in documentation Information on Documenta- ವ tion changes has been updated for RG20(BSS), RG20(BSS) EP2 and mcBSC. Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 09 Documentation changes in Changes Name Description Location in documentation BSC Transport Site Solution Scenarios and Requirements Document updated for mcBSC. System Descriptions External Synchronization Equipment Document updated for mcBSC. System Descriptions External L2/L3 Equipment Document updated for mcBSC. System Descriptions Table 3 DN0963445 Description Documentation changes in System Descriptions Id:0900d8058091af95 Confidential 17 Changes in RG20(BSS) Name Handover Signalling in BSC Description Document updated for mcBSC. See the 'Summary of changes' of the document. Table 4 Location in documentation Functional Area Descriptions / Radio network performance Documentation changes in Functional Area Descriptions Name BSS21341: A over IP Description Document updated for mcBSC and RG20(BSS) EP2. Location in documentation Feature Descriptions / RG20(BSS) Features / Transmission and transport See the 'Summary of changes' of the document. BSS21454: Packet Abis over Ethernet, BSS21439: Packet Abis Sync. ToP IEEE1588v2,BSS30450: Packet Abis Synchronous Ethernet, and BSS21444: Packet Abis Security Document updated for mcBSC. BSS21440: Packet Abis over TDM, BSS21438 Packet Abis over Satellite, BSS21445 Packet Abis Congestion Reaction Document updated for RG20(BSS) EP2. BSS20045: PCU Restart Handling Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. BSS101406: Ethernet Ring/Path Protection Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. RG301736: Inter System NCCR for TD-SCDMA Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. Table 5 18 Feature Descriptions / RG20(BSS) Features / Transmission and transport Feature Descriptions / RG20(BSS) Features / Transmission and transport Feature Descriptions / RG20(BSS) features / Operability Feature Descriptions / RG20(BSS) EP2 features / Transmission and transport Feature Descriptions / RG20(BSS) EP2 features / Multiradio interworking Documentation changes in Feature Descriptions Id:0900d8058091af95 Confidential DN0963445 Changes in RG20(BSS) Name Description RG602124:Composite Multi Site Transmission Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. RG301733: Adjustable TBF Multiplexing Density Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. BSS402071: Instant QoS Signaling Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. RG301666: (E)GPRS DL Power Control Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. BSS30315, BSS30320 and Document updated for RG301732: GSM - TDRG20(BSS) EP2. SCDMA Interworking See the 'Summary of changes' of the document. Table 5 Location in documentation Feature Descriptions / RG20(BSS) EP2 features / Radio network performance Feature Descriptions / RG20(BSS) EP2 features / Packet switched data Feature Descriptions / RG20(BSS) EP2 features / Packet switched data Feature Descriptions / RG20(BSS) EP2 features / Packet switched data Feature Descriptions / Existing features / Multiradio interworking Documentation changes in Feature Descriptions (Cont.) Name Description Multicontroller BSC and Multicontroller Transcoder Product Description Document updated for mcBSC. Product Description of Flexi BSC Document updated for RG20(BSS) EP2. Location in documentation BSC/TCSM descriptions See the 'Summary of changes' of the document. BSC/TCSM descriptions See the 'Summary of changes' of the document. Product Description of Document updated for TCSM3i High Capacity RG20(BSS) EP2. Transcoder Submultiplexer See the 'Summary of changes' of the document. Table 6 DN0963445 BSC/TCSM descriptions Documentation changes in BSC/TCSM Descriptions Id:0900d8058091af95 Confidential 19 Changes in RG20(BSS) Name Multicontroller BSC and Multicontroller TC Hardware Description Table 6 Description Document updated for mcBSC. See the 'Summary of changes' of the document. Location in documentation BSC/TCSM descriptions / BSC/TCSM hardware descriptions Documentation changes in BSC/TCSM Descriptions (Cont.) Name BSS Transmission Configuration Description Document updated for mcBSC. Location in documentation Plan and Dimension See the 'Summary of changes' of the document. Multicontroller Site IP Con- Document updated for nectivity Guidelines mcBSC. Plan and Dimension See the 'Summary of changes' of the document. BSC Site IP Configuration Principles Document updated for mcBSC. Plan and Dimension See the 'Summary of changes' of the document. Table 7 Documentation changes in Plan and Dimension Name Creating and Managing mcBSC Hardware Description Document updated for mcBSC. Location in documentation Install / BSC/TCSM See the 'Summary of changes' of the document. Multicontroller BSC and Multicontroller TC Installation Quick Guide Document updated for mcBSC. Installation Site Requirements for BCN Hardware Document updated for mcBSC. Install / BSC/TCSM See the 'Summary of changes' of the document. Install / BSC/TCSM See the 'Summary of changes' of the document. Table 8 20 Documentation changes in Install Id:0900d8058091af95 Confidential DN0963445 Changes in RG20(BSS) Name Description Installing BCN Hardware to IR206 Cabinet Document updated for mcBSC. Location in documentation Install / BSC/TCSM See the 'Summary of changes' of the document. Creating and managing BSC Hardware Document updated for RG20(BSS) EP2. Install / BSC/TCSM See the 'Summary of changes' of the document. Table 8 Documentation changes in Install (Cont.) Name Description Commissioning mcBSC and mcTC Document updated for mcBSC. Location in documentation Commission / BSC/TCSM See the 'Summary of changes' of the document. Table 9 Documentation changes in Commission Name Description BSS Integration Document updated for mcBSC. Location in documentation Integrate and Configure See the 'Summary of changes' of the document. Table 10 Documentation changes in Integrate and Configure Name Description Activating and Testing BSS30315, BSS30320 and RG301732: GSM TDSCDMA Interworking Table 11 DN0963445 Document updated for RG20(BSS) EP2. Location in documentation Activate / Multiradio interworking See the 'Summary of changes' of the document. Documentation changes in Activate Id:0900d8058091af95 Confidential 21 Changes in RG20(BSS) Name Description Radio Network Administra- Document updated for tion RG20(BSS) EP2. Location in documentation Administer / BSC/TCSM See the 'Summary of changes' of the document. Dynamic Abis Pool Handling Document updated for RG20(BSS) EP2. Administer / BSC/TCSM See the 'Summary of changes' of the document. Software Configuration Management Document updated for mcBSC. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. Table 12 Documentation changes in Administer Name Replacing Plug-in Units and Other Hardware Units Description Document updated for RG20(BSS) EP2. Location in documentation Troubleshoot / BSC/TCSM See the 'Summary of changes' of the document. Table 13 Documentation changes in Troubleshoot Name Base Station Alarms (7000-7999) Description Document updated for RG20(BSS) EP2. Location in documentation Reference / Alarms See the 'Summary of changes' of the document. Alarm Structure Document updated for RG20(BSS) EP2. Reference / Alarms See the 'Summary of changes' of the document. EQ - Base Transceiver Station Handling in BSC Document updated for RG20(BSS) EP2. See the 'Summary of changes' of the document. Table 14 22 Reference / Commands / BSC/TCSM MML commands Documentation changes in Reference Id:0900d8058091af95 Confidential DN0963445 Changes in RG20(BSS) Name Description EE - Base Station Controller Parameter Handling in BSC Document updated for RG20(BSS) EP2. NA - Global Title Result Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. NE - Signaling Network State Interrogation Document updated for RG20(BSS). See the 'Summary of changes' of the document. NF - SCCP Data Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. NG - SCCP State Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. NH - SCCP Subsystem State Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. NI - SCCP Calling GT Analysis and Result Handling Document updated for RG20(BSS). NL - Signalling Link State Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. NR - Signalling Route Set Data Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. NS - Signalling Link Set Data Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. Table 14 DN0963445 Location in documentation Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Documentation changes in Reference (Cont.) Id:0900d8058091af95 Confidential 23 Changes in RG20(BSS) Name NV - Signalling Route State Handling Description Document updated for RG20(BSS). See the 'Summary of changes' of the document. UD - Diagnostics Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. OC - SCCP Parameter Set Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. IS - I/O Device Working States Document updated for RG20(BSS). See the 'Summary of changes' of the document. NF - SCCP Data Handling Document updated for mcBSC. Location in documentation Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. UD - Diagnostics Handling Document updated for mcBSC. Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. RN - Number Modification Document updated for mcBSC. Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. IS - I/O Device Working States Document updated for mcBSC. Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. WY - Internal LAN Management Document updated for mcBSC. Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. BSC Measurement Counters Displaying Program (FOXMEA) Table 14 24 Document updated for mcBSC. See the 'Summary of changes' of the document. Reference / Commands / Service Terminal commands Documentation changes in Reference (Cont.) Id:0900d8058091af95 Confidential DN0963445 Changes in RG20(BSS) Name Description PCU2 Service Terminal Commands Document updated for mcBSC. See the 'Summary of changes' of the document. Service Terminal Document updated for mcBSC and RG20(BSS) EP2. Location in documentation Reference / Commands / Service Terminal commands Reference / Commands / Service Terminal commands See the 'Summary of changes' of the document. 72 Packet Control Unit Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 123 Packet Abis BTS mea- Document updated for surement RG20(BSS) EP2. See the 'Summary of changes' of the document. BSS Radio Network Parameter Dictionary Document updated for mcBSC. Reference / Counters/performance indicators / Packet-switched measurements Reference / Counters/performance indicators / Transmission measurements Reference / Parameters See the 'Summary of changes' of the document. Table 14 1.2.1.3 Documentation changes in Reference (Cont.) Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 09. DN0963445 Id:0900d8058091af95 Confidential 25 Changes in RG20(BSS) 1.2.2 Documentation changes in BTSplus New document BTSplus : RG10/RG20(BR) RG10/RG20(BSS) Alarm Mapping Table 15 26 Location in documentation Reference / Alarms / BTSplus Document for BTSplus Id:0900d8058090a91c Confidential DN0963445 Changes in RG20(BSS) 1.2.3 Documentation changes in Flexi Multiradio BTS Modified documents Location in documentation Flexi Multiradio BTS GSM/EDGE Feature Descriptions Feature Descriptions / Base stations Flexi Multiradio BTS GSM/EDGE RF Module and RRH Module Description Flexi Multiradio BTS Creating Stack, Wall and Pole Configu- Install / Flexi Multiradio BTS rations for Flexi Multiradio BTS GSM/EDGE Installing Flexi Multiradio BTS GSM/EDGE Optional Items Install / Flexi Multiradio BTS Creating Flexi Multiradio BTS GSM/EDGE Feederless and Distributed Site Configurations Install / Flexi Multiradio BTS Creating RF Sharing LTE-GSM Config- Install / Flexi Multiradio BTS urations Creating FCIA configurations for Flexi Multiradio GSM/EDGE BTS Install / Flexi Multiradio BTS Creating FCOA Configurations for Flexi Multiradio GSM/EDGE BTS Install / Flexi Multiradio BTS Commissioning Flexi Multiradio BTS GSM/EDGE Commission / Flexi Multiradio BTS Trouble Management of Flexi Multiradio BTS GSM/EDGE Troubleshoot / Flexi Multiradio BTS Changing Flexi Multiradio BTS GSM/EDGE Configurations Expand and Upgrade Table 16 DN0963445 Documents for Flexi Multiradio BTS Id:0900d8058091afd9 Confidential 27 Changes in RG20(BSS) 1.2.4 Documentation changes in Flexi Multiradio 10 BTS No document updates for Flexi Multiradio 10 BTS in this release. 28 Id:0900d8058090a91e Confidential DN0963445 Changes in RG20(BSS) 1.2.5 Documentation changes in Flexi EDGE BTS Modified documents Flexi EDGE BTS Commissioning Table 17 DN0963445 Location in documentation Commission / Flexi EDGE BTS Documents for Flexi EDGE BTS Id:0900d8058090a91f Confidential 29 Changes in RG20(BSS) 1.2.6 Documentation changes in UltraSite EDGE BTS No document updates for UltraSite BTS in this release. 30 Id:0900d8058090a920 Confidential DN0963445 Changes in RG20(BSS) 1.2.7 Documentation changes in MetroSite EDGE BTS No document updates for MetroSite EDGE BTS in this release. DN0963445 Id:0900d8058090a921 Confidential 31 Changes in RG20(BSS) 1.2.8 Documentation changes in SiteWizard No document updates for SiteWizard BTS in this release. 32 Id:0900d8058090a922 Confidential DN0963445 Changes in RG20(BSS) 1.2.9 Documentation changes in Horizon BTS New document for the Horizon BTS in NED issue 09 of the documentation set. New documents Commissioning 2G Horizon BTS Table 18 Location in documentation Commission / BSC/TCSM New document for Horizon BTS Document updated for the Horizon BTS in NED issue 09 of the documentation set. Modified documents Parameter/Attribute Mapping for Migrating 2G Horizon BTS to Flexi BSC Product Family Table 19 DN0963445 Location in documentation Reference / Parameters Modified document for Horizon BTS Id:0900d8058090a923 Confidential 33 Changes in RG20(BSS) 1.3 1.3.1 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 08 Documentation changes in BSC/TCSM and mcBSC/mcTC This section lists the changes made to the BSC/TCSM and mcBSC/mcTC documentation between issue 08 and issue 07 of this documentation set. 1.3.1.1 Modified documents Name Changes in RG20(BSS) Table 20 Location in documentation Information on Documenta- ವ tion changes has been updated for RG20(BSS), S15 EP2.1, mcBSC and mcTC. Radio Network Configuration Management Description Document updated for mcBSC. Location in documentation Functional Area Descriptions / Operability Documentation changes in Functional Area Descriptions Name Description BSS30385: Circuit Switched Dynamic Abis Pool Document updated for S15 EP2.1. RG602124: Composite Multi SiteTransmission Document updated for S15 EP2.1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. BSS21341: A over IP Document updated for mcBSC. See the 'Summary of changes' of the document. Table 22 34 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 08 Documentation changes in Changes Name Table 21 Description Location in documentation Feature Descriptions / RG20(BSS) features / Radio network performance Feature Descriptions / RG20(BSS) EP2 features / Radio network performance Feature Descriptions / RG20(BSS) features / Transmission and transport Documentation changes in Feature Descriptions Id:0900d805809187e6 Confidential DN0963445 Changes in RG20(BSS) Name Description BSS21316: Flexi BTS Autoconnection Feature Description Document updated for RG20(BSS). RG301736: Inter System NCCR for TD-SCDMA Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. BSS03050: Frequency Hopping Document updated for RG20(BSS). Location in documentation Feature Descriptions / RG20(BSS) features / Operability Feature Descriptions / RG20(BSS) EP2 features / Multiradio interworking Feature Descriptions / Radio network See the 'Summary of changes' of the document. Table 22 Documentation changes in Feature Descriptions (Cont.) Name Description Installation Site Requirements for Flexi BSC and TCSM Document updated for RG20(BSS). PWT User Guide Document updated for RG20(BSS). Location in documentation Install / BSC/TCSM See the 'Summary of changes' of the document. Install / BSC/TCSM See the 'Summary of changes' of the document. Table 23 Name Description Activating and Testing BSS30315, BSS30320 and RG301732: GSM TDSCDMA Interworking Document updated for S15 EP2.1. Table 24 DN0963445 Documentation changes in Install Location in documentation Activate / Multiradio interworking See the 'Summary of changes' of the document. Documentation changes in Activate Id:0900d805809187e6 Confidential 35 Changes in RG20(BSS) Name Licence Management in BSC Description Document updated for S15 EP2.1 and mcBSC. Location in documentation Administer / BSC/TCSM See the 'Summary of changes' of the document. Integrated LAN Administra- Document has been tion updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Recovery and Unit Working Document has been State Administration updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Common Channel Signalling (MTP,SCCP and TC) Document has been updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Updating Embedded Software Document has been updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. D-Channel Services Document has been updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Signalling Transport over IP (M3UA and IUA) Document has been updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Software Configuration Management in mcBSC and mcTC Document updated for RG20(BSS) and mcTC. Updating Embedded Software Document updated for mcBSC. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. Table 25 36 Documentation changes in Administer Id:0900d805809187e6 Confidential DN0963445 Changes in RG20(BSS) Name Description Integrated LAN Administra- Document updated for tion mcBSC. Location in documentation Administer / mcBSC/mcTC See the 'Summary of changes' of the document. Common Channel Signalling (MTP, SCCP and TC) Document updated for mcBSC. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. Recovery and Unit Working Document updated for State Administration mcBSC. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. D-Channel Services Document updated for mcBSC. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. OSI Guide Document updated for mcBSC. Administer / mcBSC/mcTC See the 'Summary of changes' of the document. Table 25 Documentation changes in Administer (Cont.) Name Maintaining and Troubleshooting mcBSC and mcTC Hardware Document updated for mcBSC. Replacing Plug-in Units and Other Hardware Units BSC Document updated for RG20(BSS). Table 26 DN0963445 Description Location in documentation Troubleshoot / BSC/TCSM See the 'Summary of changes' of the document. Troubleshoot / BSC/TCSM See the 'Summary of changes' of the document. Documentation changes in Troubleshoot Id:0900d805809187e6 Confidential 37 Changes in RG20(BSS) Name OS - States of SS7 Statistics Description Document updated for RG20(BSS). See the 'Summary of changes' of the document. OY - SCTP Configuration Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. YW - SDHSONET Transmission Protection Handling Document updated for RG20(BSS). D2 - IUA Message Interface over UDP Configuration Handling Document updated for mcBSC. See the 'Summary of changes' of the document. Location in documentation Reference / Commands/ BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. DY - Network Element Syn- Document updated for chronization Handling mcBSC. Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. WD - Embedded Software Handling Document updated for mcBSC. Reference / Commands / mcBSC MML commands See the 'Summary of changes' of the document. YW - SDHSONET Transmission Protection Handling Document updated for mcBSC. 72 Packet Control Unit Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Interconnection Cables in Flexi BSC Reference / Commands / mcBSC MML commands Document updated for RG20(BSS). Reference / Counters/performance indicators / Packet-switched measurements Reference / Hardware See the 'Summary of changes' of the document. Table 27 38 Documentation changes in Reference Id:0900d805809187e6 Confidential DN0963445 Changes in RG20(BSS) Name Description Equipment List for Flexi BSC Document updated for RG20(BSS). Location in documentation Reference / Hardware See the 'Summary of changes' of the document. Use of LAN Ports in Flexi BSC Document updated for RG20(BSS). Reference / Hardware See the 'Summary of changes' of the document. BSC-SMLC Interface Specification Document updated for S15 EP2.1. Reference / Interfaces See the 'Summary of changes' of the document. Table 27 1.3.1.2 Documentation changes in Reference (Cont.) Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 08. DN0963445 Id:0900d805809187e6 Confidential 39 Changes in RG20(BSS) 1.3.2 Documentation changes in BTSplus Modified documents Operating guidelines: LMT Evolution Table 28 40 Location in documentation BTSplus User Guides Document for BTSplus Id:0900d805808fca3a Confidential DN0963445 Changes in RG20(BSS) 1.3.3 Documentation changes in Flexi Multiradio BTS Modified documents Location in documentation Flexi Multiradio BTS GSM/EDGE Feature Descriptions Feature Descriptions / Base stations Flexi Multiradio BTS GSM/EDGE Product Description Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE System Module (ESMB/C) Description Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE RF Module and RRH Module Description Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE Optional Items Description Flexi Multiradio BTS Creating Stack, Wall and Pole Configu- Install / Flexi Multiradio BTS rations for Flexi Multiradio BTS GSM/EDGE Installing Flexi Multiradio BTS GSM/EDGE Optional Items Install / Flexi Multiradio BTS Commissioning Flexi Multiradio BTS GSM/EDGE Commission / Flexi Multiradio BTS Testing Flexi Multiradio BTS GSM/EDGE Troubleshoot / Flexi Multiradio BTS Software Compatibility of Flexi Multiradio BTS GSM/EDGE Reference / Compatibility Table 29 DN0963445 Documents for Flexi Multiradio BTS Id:0900d805808fca3b Confidential 41 Changes in RG20(BSS) 1.3.4 Documentation changes in Flexi Multiradio 10 BTS No document updates for Flexi Multiradio 10 BTS in this release. 42 Id:0900d805808fca3c Confidential DN0963445 Changes in RG20(BSS) 1.3.5 Documentation changes in Flexi EDGE BTS Modified documents Flexi EDGE BTS Feature Description Feature Descriptions / Base stations Flexi EDGE BTS System Module (ESMA) Description Flexi EDGE BTS descriptions Testing Flexi EDGE BTS Install / Flexi EDGE BTS Creating Flexi EDGE BTS Feederless Site Configurations Install / Flexi EDGE BTS Flexi EDGE BTS Commissioning Commission / Flexi EDGE BTS Expanding Flexi EDGE BTS Configurations Expand and Upgrade Software Compatibility of Flexi EDGE BTS Reference / Compatibility Table 30 DN0963445 Location in documentation Documents for Flexi EDGE BTS Id:0900d805808fcabb Confidential 43 Changes in RG20(BSS) 1.3.6 Documentation changes in UltraSite EDGE BTS Modified documents Feature Descriptions for UltraSite EDGE Base Station Table 31 44 Location in documentation Feature Descriptions / Base stations Document for UltraSite EDGE BTS Id:0900d805808fcabc Confidential DN0963445 Changes in RG20(BSS) 1.3.7 Documentation changes in MetroSite EDGE BTS No document updates for MetroSite EDGE BTS in this release. DN0963445 Id:0900d805808fcabd Confidential 45 Changes in RG20(BSS) 1.3.8 Documentation changes in SiteWizard No document updates for SiteWizard BTS in this release. 46 Id:0900d805808fcabe Confidential DN0963445 Changes in RG20(BSS) 1.3.9 Documentation changes in Horizon BTS Document updated for the Horizon BTS in NED issue 08 of the documentation set. Modified documents Horizon BTS at Flexi BSC Product Family Table 32 DN0963445 Location in documentation Feature Descriptions / Base stations Documents for Horizon BTS Id:0900d805808fcabf Confidential 47 Changes in RG20(BSS) 1.4 1.4.1 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 07 Documentation changes in BSC/TCSM and mcBSC/mcTC This section lists the changes made to the BSC/TCSM and mcBSC/mcTC documentation between issue 07 and issue 06 of this documentation set. 1.4.1.1 Modified documents Name Changes in RG20(BSS) Table 33 Description Location in documentation Information on Documenta- ವ tion changes has been updated for S15 EP2.1. Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 07 Documentation changes in Changes Name Radio Network Recovery and State Management Description Document updated for S15 EP2.1. Location in documentation Functional Area Descriptions / Operability See the 'Summary of changes' of the document. Table 34 Documentation changes in Functional Area Descriptions Name BSS21362: Fast BSS Restart Description Document updated for S15 EP2.1. Location in documentation Feature Descriptions / Operability See the 'Summary of changes' of the document. EDGE system feature description Document updated for S15 EP2.1. See the 'Summary of changes' of the document. BSS20984: 2G TRX automatic power down Document updated for S15 EP2.1 and Horizon BTS. See the 'Summary of changes' of the document. Table 35 48 Feature Descriptions / RG20(BSS) Features / Packet switched data Feature Descriptions / Existing Features / Operability Documentation changes in Feature Descriptions Id:0900d805808fd04d Confidential DN0963445 Changes in RG20(BSS) Name Description BSS Transmission Configuration Document updated for S15 EP2.1. Location in documentation Plan and dimension See the 'Summary of changes' of the document. Table 36 Documentation changes in Plan and Dimension Name Description Radio Network Administra- Document updated for S15 tion EP2.1. Location in documentation Administer / BSC/TCSM See the 'Summary of changes' of the document. Table 37 Documentation changes in Administer Name Description EE - Base Station Controller Parameter Handling in BSC Document updated for S15 EP2.1. EF - Base Control Function Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. EQ - Base Transceiver Station Handling in BSC Document updated for S15 EP2.1. See the 'Summary of changes' of the document. ER - Transceiver Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. ES - Abis Interface Config- Document updated for S15 uration EP2.1. See the 'Summary of changes' of the document. Table 38 DN0963445 Location in documentation Reference / Commands/ BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Documentation changes in Reference Id:0900d805808fd04d Confidential 49 Changes in RG20(BSS) Name Description EU - Power Control Param- Document updated for S15 eter Handling EP2.1. See the 'Summary of changes' of the document. EW - BCF Software Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Table 38 1.4.1.2 Location in documentation Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Documentation changes in Reference (Cont.) Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 07. 50 Id:0900d805808fd04d Confidential DN0963445 Changes in RG20(BSS) 1.4.2 Documentation changes in BTSplus Modified documents Operator guidelines: LMT evolution Table 39 DN0963445 Location in documentation BTSplus User Guides Document for BTSplus Id:0900d805808fd07b Confidential 51 Changes in RG20(BSS) 1.4.3 Documentation changes in Flexi Multiradio BTS Modified documents Location in documentation Flexi Multiradio BTS GSM/EDGE Feature Description Feature Descriptions / Existing features / Base Stations Flexi Multiradio BTS GSM/EDGE System Module (ESMB/C) Description Flexi Multiradio BTS Descriptions Flexi Multiradio BTS Optional Items Description Flexi Multiradio BTS Descriptions Creating Stack, Wall and Pole Configu- Install / Flexi Multiradio BTS rations for Flexi Multiradio BTS GSM/EDGE Creating FCIA Configurations for Flexi Multiradio GSM/EDGE BTS Install / Flexi Multiradio BTS Installing Flexi Multiradio BTS Optional Items Install / Flexi Multiradio BTS Creating FCOA Configurations for Flexi Multiradio GSM/EDGE BTS Install / Flexi Multiradio BTS Testing Flexi Multiradio BTS GSM/EDGE Install / Flexi Multiradio BTS Commissioning Flexi Multiradio BTS GSM/EDGE Commission / Flexi Multiradio BTS Trouble Management of Flexi Multiradio BTS GSM/EDGE Troubleshoot / Flexi Multiradio BTS Software Compatibility of Flexi Multiradio BTS GSM/EDGE Reference / Compatibility Table 40 52 Documents for Flexi Multiradio BTS Id:0900d805808fd07d Confidential DN0963445 Changes in RG20(BSS) 1.4.4 Documentation changes in Flexi Multiradio 10 BTS Flexi Multiradio 10 BTS is a new BTS type available in RG20(BSS) EP2. New documents added for the Flexi Multiradio 10 BTS in NED issue 07 of the documentation set. New documents Location in documentation Flexi Multiradio 10 BTS Product Description Flexi Multiradio 10 BTS Flexi Multiradio 10 BTS System Module Description Flexi Multiradio 10 BTS Flexi Multiradio 10 BTS Transmission Description Flexi Multiradio 10 BTS Table 41 New documents for Flexi Multiradio 10 BTS Modified documents Modified documents Location in documentation Flexi Multiradio BTS RF Module and Remote Radio Head Description Flexi Multiradio BTS Flexi Multiradio BTS Optional Items Description Flexi Multiradio BTS Flexi Multiradio BTS Installation Site Requirements Install/Flexi Multiradio 10 BTS Installing Flexi Multiradio BTS Install/Flexi Multiradio 10 BTS Modules for Stack, Wall and Pole Configurations Installing Flexi Multiradio BTS Modules in Cabinets Install/Flexi Multiradio 10 BTS Installing Flexi Multiradio BTS Optional Items Install/Flexi Multiradio 10 BTS Installing Flexi Cabinet for Outdoor FCOA Install/Flexi Multiradio 10 BTS Installing Flexi Cabinet for Indoor FCIA Install/Flexi Multiradio 10 BTS Cabling Flexi Multiradio BTS and Creating Configurations Install/Flexi Multiradio 10 BTS Maintaining Flexi Cabinet for Indoor (FCIA) Maintain hardware/Flexi Compact BTS Maintaining Flexi Cabinet for Outdoor (FCOA) Maintain hardware/Flexi Compact BTS Maintaining Flexi Multiradio BTS Hardware Maintain Hardware / Flexi Multiradio10 BTS Table 42 DN0963445 Modified documents for Flexi Multiradio 10 BTS Id:0900d805808fd07f Confidential 53 Changes in RG20(BSS) 1.4.5 Documentation changes in Flexi EDGE BTS Modified documents Flexi EDGE BTS Feature Description Feature Descriptions / Existing features / Base Stations Flexi EDGE BTS Commissioning Commission / Flexi EDGE BTS Software Compatibility of Flexi EDGE BTS Reference / Compatibility Table 43 54 Location in documentation Documents for Flexi EDGE BTS Id:0900d805808fd081 Confidential DN0963445 Changes in RG20(BSS) 1.4.6 Documentation changes in UltraSite EDGE BTS Modified documents Feature Description for UltraSite EDGE Base Station Table 44 DN0963445 Location in documentation Feature Descriptions / Existing features / Base Stations Document for UltraSite EDGE BTS Id:0900d805808fd083 Confidential 55 Changes in RG20(BSS) 1.4.7 Documentation changes in MetroSite EDGE BTS Modified documents Location in documentation Feature Description for MetroSite EDGE Base Station Feature Descriptions / Existing features / Base Stations Table 45 56 Documents for MetroSite EDGE BTS Id:0900d805808fd085 Confidential DN0963445 Changes in RG20(BSS) 1.4.8 Documentation changes in SiteWizard Modified documents SiteWizard Product Description SiteWizard User Guides SiteWizard Installation Instructions SiteWizard User Guides Table 46 DN0963445 Location in documentation Documents for SiteWizard Id:0900d805808fd087 Confidential 57 Changes in RG20(BSS) 1.4.9 Documentation changes in Horizon BTS Horizon BTS is a new BTS type available in RG20(BSS) EP2. New documents added for the Horizon BTS in NED issue 07 of the documentation set. Modified documents Service manual: Horizon II Micro Horizon BTS descriptions Service manual: Horizon II Macro Outdoor Lite Enclosure Horizon BTS descriptions Service manual: DC Outdoor Enclosure Horizon BTS descriptions Service manual: Horizon 2G-nx BBU Horizon BTS descriptions Installation and Configuration: Horizon II Macro Install / Horizon BTS Installation and Configuration: Horizon II Mini Install / Horizon BTS Installation and Configuration: Horizon II Micro Install / Horizon BTS Installation and Configuration: Horizon Macro Indoor Install / Horizon BTS Installation and Configuration: Horizon Macro Outdoor Install / Horizon BTS Installation and Configuration: Horizon II Macro Outdoor Lite Enclosure Install / Horizon BTS Installation and Configuration: DC Outdoor Enclosure Install / Horizon BTS Installation and Configuration: Horizon 2G-nx BBU Install / Horizon BTS Supplementary information: Horizon Macro Transceiver Upgrades Expand and Upgrade GSM Safety and Legal Information Legal, Safety and Environmental Information / Horizon BTS Abis EDGE Dimensioning for Horizon BTS at Flexi BSC Product Family Plan and dimension Table 47 58 Location in documentation Documents for Horizon BTS Id:0900d805808fd089 Confidential DN0963445 Changes in RG20(BSS) 1.5 1.5.1 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 06 Documentation changes in BSC/TCSM and mcBSC/mcTC This section lists the changes made to the BSC/TCSM and mcBSC and mcTC documentation between issue 06 and issue 05 of this documentation set. 1.5.1.1 New documents New documents for RG20(BSS) EP2 release Table New documents gives information on the documents added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06. Name Location in documentation RG602124: Composite Multi Site Transmission New document for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Radio network performance BSS21507: Flexible MCPA TX Power Pooling New document for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Radio network performance RG301666: (E)GPRS DL Power Control New document for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Packet switched data RG301733: Adjustable TBF New document for S15 Multiplexing Density EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Packet switched data BSS402071: Instant QoS Signaling New document for S15 EP2.1. This feature is also supported in S14. Feature Descriptions / RG20(BSS) EP2 features / Packet switched data BSS402059: Smart Resource Adaptation New document for S15 EP2.1. This feature is also supported in S14. Feature Descriptions / RG20(BSS) EP2 features / Packet switched data BSS101406: Ethernet ring/path protection New document for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Transmission and transport BSS101417: Packet Abis QoS aware Ethernet Switching New document for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Transmission and transport RG301736: Inter System NCCR for TD-SCDMA New document for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Multiradio interworking Table 48 DN0963445 Description New documents for S15 EP1.2 and S15 EP2.1 releases Id:0900d805809187e8 Confidential 59 Changes in RG20(BSS) Name 141 Multipoint A measurement Table 48 Description New document for S15 EP2.1. Location in documentation Reference / Counters/performance indicators / Circuitswitched measurements New documents for S15 EP1.2 and S15 EP2.1 releases (Cont.) New documents for RG20(BSS) EP1 release Table New documents gives information on the documents added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06. Name Description Location in documentation BSS21335: Precise Paging New document for S15 EP1.2. Feature Descriptions / RG20(BSS) EP1 features / Radio network performance BSS21550: Automatic TRX Unblocking New document for S15 EP1.2. This feature is also supported in S14. Feature description / RG20(BSS) EP1 features / Radio network performance BSS21539: Packet Abis IP/TDM Aggregation New document for S15 EP1.2. Feature Descriptions / RG20(BSS) EP2 features / Transmission and transport BSS21327: Local Switching New document for S15 for Packet Abis EP1.2 and modified for S15 EP2.1. Feature Descriptions / RG20(BSS) EP2 features / Transmission and transport VL - BSC Lawful Interception Handling New document for S15 EP1.2. Reference/ Commands / BSC/TCSM MML commands 132 Local Switching Traffic Measurement New document for S15 EP1.2. Reference / Counters/performance indicators / Transmission measurements Table 49 New documents for S15 EP1.2 and S15 EP2.1 releases New documents for mcBSC/mcTC Table New documents gives information on the documents added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06. Name Location in documentation Creating and Managing mcBSC Hardware New document for mcBSC. Install / BSC/TCSM Commissioning mcBSC and mcTC New document for mcBSC. Commission / BSC/TCSM mcTC Internal Alarms (70001-71090) New document for mcTC. Reference / Alarms / mcTC Table 50 60 Description New documents for mcBSC and mcTC Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) Name Location in documentation Hardware Revision Lists for Multicontroller BSC New document for mcBSC/mcTC. Reference / Hardware Hardware Revision Lists for Multicontroller TC New document for mcBSC/mcTC. Reference / Hardware Table 50 1.5.1.2 Description New documents for mcBSC and mcTC (Cont.) Modified documents Modified documents for RG20(BSS) EP1 and RG20(BSS) EP2 releases Name Description Location in documentation Guide to GSM/EDGE BSS Operating Documentation Changes in RG20(BSS) Information on Documenta- ವ tion changes has been updated for RG20(BSS), mcBSC, S15 EP1.2, and S15 EP2.1. Parameter Changes Information on Parameter Changes has been updated for mcBSC, S15 EP1.2, and S15 EP2.1. Table 51 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 06 Documentation changes in Changes Name Description Handover Signalling in BSC Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. RF Power control and handover algorithm Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Radio Network Recovery and State Management Document updated for S15 EP2.1. Location in documentation Functional Area Descriptions / Radio network performance Functional Area Descriptions / Radio network performance Functional Area Descriptions / Operability See the 'Summary of changes' of the document. Table 52 DN0963445 Documentation changes in Functional Area Descriptions Id:0900d805809187e8 Confidential 61 Changes in RG20(BSS) Name System Maintenance in BSC and mcTC Description Document updated for mcBSC and mcTC. Location in documentation Functional Area Descriptions / Troubleshooting See the 'Summary of changes' of the document. Table 52 Documentation changes in Functional Area Descriptions (Cont.) Name Description BSS21309: OSC Half Rate with SAIC MS Document updated for S15 EP1.2. See the 'Summary of changes' of the document. BSS21392: TRX Specific Link Adaptation for DLDC Document updated for S15 EP2.1. See the 'Summary of changes' of the document. EDGE system feature description Document updated for S15 EP2.1. See the 'Summary of changes' of the document. GPRS system feature description Document updated for S15 EP2.1. See the 'Summary of changes' of the document. RG301733: Adjustable TBF Multiplexing Density Document updated for S15 EP2.1. See the 'Summary of changes' of the document. BSS21341: A over IP Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. BSS21440: Packet Abis over TDM /BSS21438: Packet Abis over Satellite/BSS21445: Packet Abis Congestion Reaction Table 53 62 Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Location in documentation Feature Descriptions / RG20(BSS) features / Radio network performance Feature Descriptions / RG20(BSS) Features / Packet switched data Feature Descriptions / Existing Features / Packet switched data Feature Descriptions / Existing Features / Packet switched data Feature Descriptions / RG20(BSS) EP2 Features / Packet switched data Feature Descriptions / RG20(BSS) Features / Transmission and transport Feature Descriptions/ RG20(BSS) Features / Transmission and transport Documentation changes in Feature Descriptions Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) Name Description Location in documentation BSS21454: Packet Abis over IP/Ethernet/BSS21438: Packet Abis over Satellite/BSS21444: Packet Abis Security/BSS21445: Packet Abis Congestion Reaction/BSS21439: Packet Abis Sync. ToP IEEE1588v2/BSS30450: Packet Abis Synchronous Ethernet Document updated for S15 EP2.1 and mcBSC. Feature Descriptions/ RG20(BSS) Features / Transmission and transport Antenna Hopping System Feature Description Document updated for S15 EP2.1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. BSS Synchronization Document updated for S15 EP2.1. See the 'Summary of changes' of the document. BSS10016 and BSS10118: Document updated for S15 Common BCCH Control EP2.1. See the 'Summary of changes' of the document. BSS11052: Dynamic Frequency and Channel Allocation Document updated for S15 EP2.1 and mcBSC. BSS6037: Extended Cell Range Document updated for S15 EP2.1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. BSS03050: Frequency Hopping Document updated for S15 EP2.1. See the 'Summary of changes' of the document. BSS20872 Robust AMR Signalling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Table 53 DN0963445 Feature Descriptions / RG20(BSS) EP2 Features / Radio network performance Feature Descriptions / Existing Features / Radio network performance Feature Descriptions / Existing Features / Radio network Performance Feature Descriptions / Existing Features / Radio network performance Feature Descriptions / Existing Features / Radio network Performance Feature Descriptions / Existing Features / Radio network performance Feature Descriptions / Existing Features / Radio network performance Documentation changes in Feature Descriptions (Cont.) Id:0900d805809187e8 Confidential 63 Changes in RG20(BSS) Name Description BSS20960: Wideband AMR and BSS21118: AMR TFO Document updated for S15 EP2.1. Multi-Operator BSS Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Multipoint A Interface in BSC Document updated for S15 EP2.1. See the 'Summary of changes' of the document. BSS20088: Dual Transfer Mode Document updated for S15 EP2.1. See the 'Summary of changes' of the document. BSS20984: 2G TRX automatic power down Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. BSS20012: File Based Plan Provisioning System Feature Description Document updated for S15 EP1.2. BSS20958: Energy saving mode for BCCH TRX Document updated for S15 EP2.1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Feature Descriptions / Existing Features / Radio network Feature Descriptions / Existing Features / Radio network Feature Descriptions / Existing Features / Radio network Feature Descriptions / Existing Features / Packet switched data Feature Descriptions / Existing Features / Operability Feature Descriptions / Existing Features / Operability Feature Descriptions / Existing Features / Operability BSS30315 and BSS30320: Document updated for S15 GSM - TD-SCDMA InterEP2.1. working See the 'Summary of changes' of the document. Feature Descriptions / Existing Features / Multiradio interworking BSS21528: ISHO acceleration via Iur-g Feature Descriptions/ Existing Features / Multiradio interworking Document updated for S15 EP1.2. See the 'Summary of changes' of the document. Table 53 64 Location in documentation Documentation changes in Feature Descriptions (Cont.) Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) Name Description Product Description of BSC3i High Capacity Base Station Controller Document updated for S15 EP2.1. Product Description of Flexi BSC Document updated for S15 EP2.1. Location in documentation BSC/TCSM descriptions See the 'Summary of changes' of the document. BSC/TCSM descriptions See the 'Summary of changes' of the document. Table 54 Documentation changes in BSC/TCSM descriptions Name Description BSS transmission configuration Document updated for S15 EP2.1. Location in documentation Plan and dimension See the 'Summary of changes' of the document. Table 55 Documentation changes in Plan and Dimension Name Description Creating and Managing BSC Hardware Document updated for S15 EP2.1. Location in documentation Install / BSC/TCSM See the 'Summary of changes' of the document. Multicontroller BSC and Multicontroller TC Installation Quick Guide Document updated for mcBSC and mcTC. PWT User Guide Document updated for RG20(BSS). Install / BSC/TCSM See the 'Summary of changes' of the document. Install / BSC/TCSM See the 'Summary of changes' of the document. Table 56 DN0963445 Documentation changes in Install Id:0900d805809187e8 Confidential 65 Changes in RG20(BSS) Name Description Location in documentation Commissioning Flexi BSC Document updated for S15 EP2.1. Commission / BSC/TCSM See the 'Summary of changes' of the document. Table 57 Documentation changes in Commission Name STM-1/OC-3 (SDH/SONET) and ETP Interface Table 58 Document updated for RG20(BSS). Location in documentation Integrate and Configure See the 'Summary of changes' of the document. Documentation changes in Integrate and Configure Name Description Activating and Testing BSS11073: Recovery for BSS and Site Synchronisation and BSS20371: BSS Synchronisation Recovery Improvement Document updated for S15 EP2.1. Activating and Testing BSS21324: Intelligent Selective Paging Document updated for S15 EP2.1. Activating and testing BSS30315 and BSS30320: GSM-TDSCDMA Interworking Document updated for S15 EP2.1. Table 59 66 Description Location in documentation Activate / Radio network performance See the 'Summary of changes' of the document. Activate/ Radio network performance See the 'Summary of changes' of the document. Activate / Multiradio interworking See the 'Summary of changes' of the document. Documentation changes in Activate Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) Name Description BCF Software Handling Document updated for S15 EP2.1. Location in documentation Administer / BSC/TCSM See the 'Summary of changes' of the document. License Management in BSC Document updated for S15 EP2.1. Administer / BSC/TCSM See the 'Summary of changes' of the document. Radio Network Administra- Document updated for S15 tion EP2.1. Administer / BSC/TCSM See the 'Summary of changes' of the document. Managing the BSS Transmission Document updated for mcBSC and mcTC. Administer / BSC/TCSM See the 'Summary of changes' of the document. Software Configuration Management in mcBSC and mcTC Document updated for mcBSC and mcTC. I/O System Administration Document updated for mcBSC and mcTC. Administer / BSC/TCSM See the 'Summary of changes' of the document. Administer / BSC/TCSM See the 'Summary of changes' of the document. Integrated LAN Administra- Document updated for tion mcBSC and mcTC. Administer / BSC/TCSM See the 'Summary of changes' of the document. Recovery and Unit Working Document updated for State Administration RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Common Channel Signalling (MTP, SCCP and TC) Document updated for RG20(BSS). Administer / BSC/TCSM See the 'Summary of changes' of the document. Table 60 DN0963445 Documentation changes in Administer Id:0900d805809187e8 Confidential 67 Changes in RG20(BSS) Name Software Configuration Management Description Document updated for RG20(BSS). Location in documentation Administer / BSC/TCSM See the 'Summary of changes' of the document. Table 60 Documentation changes in Administer (Cont.) Name Replacing Plug-in Units and Other Hardware Units Description Document updated for mcBSC and mcTC. Location in documentation Troubleshoot / BSC/TCSM See the 'Summary of changes' of the document. Software Platform Trouble- Document updated for shooting mcBSC and mcTC. Table 61 Troubleshoot / BSC/TCSM Documentation changes in Troubleshoot Name MB Upgrade to EMB Description Document updated for mcBSC and mcTC. Location in documentation Expand and Upgrade See the 'Summary of changes' of the document. Table 62 Documentation changes in Expand and Upgrade Name Base Station Alarms (7000-7999) Description Document updated for S15 EP2.1. Location in documentation Reference / Alarms See the 'Summary of changes' of the document. Transmission Equipment Alarms (8000-8999) Document updated for S15 EP2.1. Reference / Alarms See the 'Summary of changes' of the document. Table 63 68 Documentation changes in Reference Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) Name Description Call Related DX Causes in BSC Document updated for S15 EP2.1. Location in documentation Reference / Clear codes/cause codes See the 'Summary of changes' of the document. EA - Adjacent Cell Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. EE - Base Station Controller Parameter Handling in BSC Document updated for S15 EP2.1. EF - Base Control Function Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. EH - Handover Control Parameter Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. EQ - Base Transceiver Station Handling in BSC Document updated for S15 EP2.1. See the 'Summary of changes' of the document. ER - Transceiver Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. ES - Abis Interface Config- Document updated for S15 uration EP2.1. See the 'Summary of changes' of the document. EU - Power Control Param- Document updated for S15 eter Handling EP2.1. See the 'Summary of changes' of the document. EW - BCF Software Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Table 63 DN0963445 Reference / Commands / BSC/TCSM MML commands Reference / Commands/ BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference/ Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Documentation changes in Reference (Cont.) Id:0900d805809187e8 Confidential 69 Changes in RG20(BSS) Name IF - Virtual Data Storing Device Handling Description Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. IV - User Authentication Policy Handling Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. Q8 - IP QoS Configuration Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. TP - GSM Measurement Handling Document updated for S15 EP2.1. See the 'Summary of changes' of the document. WD - Embedded Software Handling Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. BCF Remote MMI Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Abis O&M Monitoring Document updated for S15 EP2.1. See the 'Summary of changes' of the document. PCU2 Service Terminal Commands Document updated for mcBSC and mcTC. See the 'Summary of changes' of the document. 1 Traffic Measurement Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. 2 Resource Availability Measurement Document updated for S15 EP2.1. See the 'Summary of changes' of the document. Table 63 70 Location in documentation Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / BSC/TCSM MML commands Reference / Commands / Service Terminal commands Reference / Commands / Service Terminal commands Reference / Commands / Service Terminal commands Reference / Counters/performance indicators / Circuit-switched measurements Reference / Counters/performance indicators / Circuit-switched measurements Documentation changes in Reference (Cont.) Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) Name 3 Resource Access Measurement Description Location in documentation Document updated for S15 EP2.1. Reference / Counters/performance indicators / Circuit-switched measurements See the 'Summary of changes' of the document. 4 Handover Measurement Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. 5 Power Control Measurement Document updated for S15 EP2.1. See the 'Summary of changes' of the document. 27 GPRS Cell Reselection Report Document updated for S15 EP2.1. See the 'Summary of changes' of the document. 51 BSC level clear code PM Measurement Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. 72 Packet Control Unit Measurement Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. 95 GPRS Cell Re-selection Measurement Document updated for S15 EP2.1 and mcBSC. See the 'Summary of changes' of the document. 139 Air Path Loss Measurement DN0963445 Reference / Counters/performance indicators / Circuit-switched measurements Reference / Counters/performance indicators / Observations Reference / Counters/performance indicators / Circuit-switched measurements Reference / Counters/performance indicators / Packet-switched measurements Reference / Counters/performance indicators / Packet-switched measurements See the 'Summary of changes' of the document. Reference / Counters/performance indicators / Circuit-switched measurements BSS Radio Network Configuration Database (BSDATA) Document updated for S15 EP2.1. Reference / Databases / BSC/TCSM BSC-SGSN Interface Specification BSS GPRS Protocol (BSSGP) Document updated for S15 EP2.1. Table 63 Document updated for S15 EP2.1. Reference / Counters/performance indicators / Circuit-switched measurements See the 'Summary of changes' of the document. Reference / Interfaces See the 'Summary of changes' of the document. Documentation changes in Reference (Cont.) Id:0900d805809187e8 Confidential 71 Changes in RG20(BSS) Name Description BSC-SGSN Interface Specification Network Service Protocol (NS) Document updated for S15 EP2.1. BSS Radio Network Parameter Dictionary Document updated for S15 EP2.1 and mcBSC. Location in documentation Reference / Interfaces See the 'Summary of changes' of the document. Reference / Parameters See the 'Summary of changes' of the document. PRFILE and FIFILE Parameter List Document updated for S15 EP2.1 and mcBSC. Reference / Parameters See the 'Summary of changes' of the document. Table 63 Documentation changes in Reference (Cont.) Name Nokia Siemens Networks Multicontroller BSC, Release 1.0, Environmental Product Declaration Table 64 1.5.1.3 Description Document updated for mcBSC. See the 'Summary of changes' of the document. Location in documentation Legal, Safety and Environmental Information / BSC/TCSM Documentation changes in Legal, Safety and Environmental Information Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06. 72 Id:0900d805809187e8 Confidential DN0963445 Changes in RG20(BSS) 1.5.2 Documentation changes in BTSplus Modified documents BSS21469: BS2xx@Flexi BSC product family Feature Descriptions / Radio network Operating guidelines: LMT Evolution BTSplus User Guides Migrating BTSplus to the Flexi BSC product family Integrate and Configure KPI guidelines for BTSplus migration into the Flexi BSC product family Reference / Counters/performance indicators Table 65 DN0963445 Location in documentation Documents for BTSplus Id:0900d805808a9651 Confidential 73 Changes in RG20(BSS) 1.5.3 Documentation changes in Flexi Multiradio BTS Modified documents Flexi Multiradio BTS GSM/EDGE System Module (ESMB/C) Description Flexi Multiradio BTS Flexi Multiradio BTS Optional Items Description Flexi Multiradio BTS Installing Flexi Multiradio BTS Optional Items Install / Flexi Multiradio BTS Commissioning Flexi Multiradio BTS GSM/EDGE Commission / Flexi Multiradio BTS Trouble Management of Flexi Multiradio BTS GSM/EDGE Troubleshoot / Flexi Multiradio BTS Table 66 74 Location in documentation Documents for Flexi Multiradio BTS Id:0900d805808a980f Confidential DN0963445 Changes in RG20(BSS) 1.5.4 Documentation changes in Flexi EDGE BTS Modified documents Flexi EDGE BTS Commissioning Commission / Flexi EDGE BTS Trouble Management of Flexi EDGE BTS Troubleshoot / Flexi EDGE BTS Table 67 DN0963445 Location in documentation Documents for Flexi EDGE BTS Id:0900d805808a9810 Confidential 75 Changes in RG20(BSS) 1.5.5 Documentation changes in UltraSite EDGE BTS Modified documents Trouble Management of UltraSite EDGE BTS Table 68 76 Location in documentation Troubleshoot / UltraSite EDGE BTS Document for UltraSite EDGE BTS Id:0900d805808a9811 Confidential DN0963445 Changes in RG20(BSS) 1.5.6 Documentation changes in MetroSite EDGE BTS No document updates for MetroSite EDGE BTS in this release. DN0963445 Id:0900d805808a9812 Confidential 77 Changes in RG20(BSS) 1.5.7 Documentation changes in SiteWizard No document updates for SiteWizard in this release. 78 Id:0900d805808a9813 Confidential DN0963445 Changes in RG20(BSS) 1.6 1.6.1 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 05 Documentation changes in BSC/TCSM and mcBSC/mcTC This section lists the changes made to the BSC/TCSM and mcBSC/mcTC documentation between issue 05 and issue 04 of this documentation set. 1.6.1.1 New documents New documents for RG20(BSS) EP1 release Table New documents for RG20(BSS) EP1 gives information on the new documents created for the RG20(BSS) EP1 release, added to GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 05. Name Description Related change deliveries BSS21520: RF sharing GSM-LTE Feature Descriptions / RG20(BSS) features / Multiradio interworking BSS21534: OSC for AMR FR and BSS21325: 8 k TRAU for OSC AMR FR Table 69 Location in documentation GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Feature Descriptions / RG20(BSS) features / Radio network performance New documents for RG20(BSS) EP1 features New documents for mcBSC release Table New documents for mcBSC gives information on the documents created newly for the mcBSC release, added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 05. Name Related change deliveries Location in documentation Multicontroller BSC and Multicontroller Transcoder Product Description BSC/TCSM Descriptions mcBSC Site IP Connectivity Guidelines Plan and dimension Table 70 DN0963445 Description New documents for mcBSC Id:0900d805808db4ee Confidential 79 Changes in RG20(BSS) Name Related change deliveries Location in documentation BSC Site IP Configuration Principles Plan and dimension 133 Ethernet mcTC Reference /Counters/performance indicators / Transmission measurements Table 70 1.6.1.2 Description New documents for mcBSC (Cont.) Modified documents Modified documents for RG20(BSS) EP1 and mcBSC releases Name Changes in RG20(BSS) Description Information on documentation changes has been updated. 80 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 05 Changes Documentation changes in Changes Name Description BSS21309: OSC Half Rate with SAIC MS Document updated for RG20(BSS). Table 72 Location in documentation ವ GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Parameter Changes Table 71 Related change deliveries See the 'Summary of changes' of the document. Related change deliveries GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Location in documentation Feature Descriptions / RG20(BSS) features / Radio network performance Documentation changes in Feature Descriptions Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name Description BSS30385: Circuit switched dynamic Abis pool Document updated for RG20(BSS). See the 'Summary of changes' of the document. BSS20106: Packet Document updated Control Unit (PCU2) for RG20(BSS). Pooling See the 'Summary of changes' of the document. Table 72 Related change deliveries Location in documentation GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Feature Descriptions / RG20(BSS) features / Radio network performance GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Feature Descriptions / Existing features / Packet switched data Documentation changes in Feature Descriptions (Cont.) Name Description Abis EDGE Dimensioning Document updated for mcBSC. Related change deliveries Location in documentation Plan and Dimension See the 'Summary of changes' of the document. Table 73 Documentation changes in Plan and Dimension Name License Management in BSC Description Document updated for mcBSC. See the 'Summary of changes' of the document. Table 74 DN0963445 Related change deliveries GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Location in documentation Administer / BSC/TCSM Documentation changes in Administer Id:0900d805808db4ee Confidential 81 Changes in RG20(BSS) Name Failure Printouts (2000-3999) Description Document updated for RG20(BSS). See the 'Summary of changes' of the document. Base Station Document updated Alarms (7000-7999) for RG20(BSS). See the 'Summary of changes' of the document. Transmission Equipment Alarms Related change deliveries Location in documentation GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Alarms GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Alarms Document updated for RG20(BSS). Reference / Alarms See the 'Summary of changes' of the document. AB - Blocked Alarms Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. AC - Alarm Cancel- Document updated ling for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. AE - Error Ratio Counter Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. AH - Alarm History Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 82 Documentation changes in Reference Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name AL - Lamp Panel Handling Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. AO - Alarm Operat- Document updated ing Instruction for RG20(BSS) and Handling mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. AP - Alarm Parame- Document updated ters Handling for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. AR - Alarm System Rulebase Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. AT - Alarm Printing Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. CR - External Circuit Group and Route States Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. D1 - Pseudo Wire ToP Synchronization Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 DN0963445 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 83 Changes in RG20(BSS) Name Description D2 - IUA Message Interface over UDP Configuration Handling Document updated for RG20(BSS) and mcBSC. D3 - Logical PCU Association Handling Document updated for mcBSC. DB - Database Handling Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. DC - Clock Handling Document updated for mcBSC. See the 'Summary of changes' of the document. DD - Remote Debugger Session Document updated for mcBSC. See the 'Summary of changes' of the document. DE - File Conversion Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. DF - Memory File Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 84 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name Description DO - Operating System Supervision and Statistics Handling Document updated for RG20(BSS) and mcBSC. DP - Preprocessor Memory Handling Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. Reference / Commands / MML commands See the 'Summary of changes' of the document. DS - Primary Rate Access D-Channel Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. DT - Primary Rate Access D-Channel State Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. DU - Disk Update Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. DV - Disk Log Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. DW - Primary Rate Access D-Channel for IUA Data Handling Table 75 DN0963445 Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 85 Changes in RG20(BSS) Name Description Related change deliveries DY - Network Document updated Element Synchroni- for mcBSC. zation Handling See the 'Summary of changes' of the document. EA - Adjacent Cell Handling Reference / Commands / MML commands See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands EE - Base Station See the 'Summary Controller Parame- of changes' of the ter Handling in BSC document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands EF - Base Control Function Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands EH - Handover Control Parameter Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands EQ - Base Transceiver Station Handling in BSC See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands ER - Transceiver Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands Table 75 86 Location in documentation Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name Description EU - Power Control Parameter Handling See the 'Summary of changes' of the document. I2 - SSH Protocol Layer Handling Document updated for RG20(BSS) and mcBSC. Related change deliveries GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Location in documentation Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. I3 - SSL/TLS Protocol Layer Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. IA - MMI System Authority Handling Document updated for mcBSC. See the 'Summary of changes' of the document. IB - I/O File Backup Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. IC - Command Calendar Handling Document updated for mcBSC. See the 'Summary of changes' of the document. ID - Disk Command File Execution Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 DN0963445 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 87 Changes in RG20(BSS) Name Description IE - Disk File Operations Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. IF - Virtual Data Storing Device Handling Document updated for mcBSC. IG - MML Command Log Handling Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. II - I/O Configuration Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. IM - Magnetic Tape Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. IN - Line Printer Handling Document updated for mcBSC. See the 'Summary of changes' of the document. IO - Network User Authority Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 88 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name IP - Batch Copy Handling Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. IQ - Disk Optimization Control Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. IR - Security Reporting Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. IS - I/O Device Working States Document updated for mcBSC. See the 'Summary of changes' of the document. IT - Terminal Parameters Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. IV - User Authentication Policy Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. IW - Disk File and Directory Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 DN0963445 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 89 Changes in RG20(BSS) Name Description IX - Disk File Compression Handling Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. NA - Global Title Result Handling Document updated for mcBSC. See the 'Summary of changes' of the document. NB - Global Title Analysis Handling Document updated for mcBSC. See the 'Summary of changes' of the document. NC - Signalling Link Data Handling Document updated for mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands NE - Signalling Document updated Network State Inter- for mcBSC. rogation See the 'Summary of changes' of the document. Reference / Commands / MML commands NF - SCCP Data Handling Reference / Commands / MML commands Document updated for mcBSC. See the 'Summary of changes' of the document. NG - SCCP State Handling Document updated for mcBSC. See the 'Summary of changes' of the document. NH - SCCP Subsystem State Handling Table 75 90 Reference / Commands / MML commands Document updated for mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name Description NI - SCCP Calling GT Analysis and Result Handling Document updated for mcBSC. NL - Signalling Link State Handling Document updated for mcBSC. Related change deliveries See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. NM - CCS7 Level 3 Parameters Handling Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. NN - Signalling Route Set Parameter Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. NO - Signalling Link Parameter Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. NP - Service Information Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. NR - Signalling Route Set Data Handling Table 75 DN0963445 Document updated for mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 91 Changes in RG20(BSS) Name Description NS - Signalling Link Set Data Handling See the 'Summary of changes' of the document. NV - Signalling Route State Handling Document updated for mcBSC. OB - SCCP Broadcast Status Handling Document updated for mcBSC. Related change deliveries GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. OC - SCCP Param- Document updated eter Set Handling for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. OD - SCCP Screen- Document updated ing Handling for mcBSC. See the 'Summary of changes' of the document. OI - Management of Traffic Matrix Measurement for MTP Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. OL - Interrogation of Document updated Signalling Link Sta- for mcBSC. tistics Meters See the 'Summary of changes' of the document. Table 75 92 Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name OM - Interrogation of Auxiliary MTP Statistics Meters Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. ON - Interrogation of Signalling Network Statistics Meters Document updated for mcBSC. OO - OSI Statistics Handling Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. OS - States of SS7 Statistics Document updated for mcBSC. See the 'Summary of changes' of the document. OT - Interrogation of SCCP and TCAP Statistics Meters Document updated for mcBSC. See the 'Summary of changes' of the document. OY- SCTP Configu- Document updated ration Handling for RG20(BSS). See the 'Summary of changes' of the document. Q2 - IPSec Configu- Document updated ration Handling for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 DN0963445 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 93 Changes in RG20(BSS) Name Description Q4 - Key Database Handling Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. Q8 - IP QoS Config- Document updated uration Handling for mcBSC. See the 'Summary of changes' of the document. QB - OSI Network Address and NSAP Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. QC - Physical Channel Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QD - OSI Environment Application Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QE - OSI Environment Connectionless Network Service Handling Document updated for RG20(BSS) and mcBSC. QF - OSI File Services Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 94 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name QG - Physical Channel Group Data Handling Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. QH - Ethernet Inter- Document updated for RG20(BSS) and face Handling mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QK - IP Routing Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QL - OSI Environment Linkage Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QN - O&M Network Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QQ - OSI Access Control Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QR - TCP/IP Stack Data Handling Document updated for mcBSC. See the 'Summary of changes' of the document. Table 75 DN0963445 Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 95 Changes in RG20(BSS) Name QS - Physical Channel State Handling Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. QT - Analog Terminal Data Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QV - Virtual Document updated Terminal Communi- for RG20(BSS) and cation mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. QX - X.25 Interface Configuration Parameters Handling Document updated for RG20(BSS) and mcBSC. RB - Semipermanent Broadband Connections Handling Document updated for RG20(BSS) and mcBSC. RR - Route Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Reference / Commands / MML commands See the 'Summary of changes' of the document. Reference / Commands / MML commands See the 'Summary of changes' of the document. RS - Semipermanent Circuits Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 96 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name Description T2 - Measurement Handling Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. TP - GSM Measure- See the 'Summary ment Handling in of changes' of the mcBSC document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands UD - Diagnostics Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands UJ - Plug-in Unit Restart Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. US - Working State and Restart Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. W6 - LAN Device Topology Management Document updated for mcBSC. W7 - Licence and Feature Handling Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 DN0963445 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 97 Changes in RG20(BSS) Name WA - Wired Alarm Connections Handling Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. WB - Computer Configuration Handling Document updated for mcBSC. WD - Embedded Software Handling See the 'Summary of changes' of the document. WG - Transcoder Configuration in mcBSC Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. WK - Software Package Fallback Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. WN - Change Delivery Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. WO - Parameter Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 75 98 Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) Name WQ - Software Package Management Description Related change deliveries Document updated for RG20(BSS) and mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. WR - Software Package Deployment Handling Document updated for mcBSC. WS - Software Package Status Handling Document updated for RG20(BSS) and mcBSC. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. WT - Equipment Management Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. WU - Unit Connections Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. WX - Software Con- Document updated figuration Resource for RG20(BSS) and Handling mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. WY - Internal LAN Management Document updated for mcBSC. See the 'Summary of changes' of the document. Table 75 DN0963445 Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential 99 Changes in RG20(BSS) Name Description Related change deliveries YA - SDH/SONET Document updated Interface Configura- for RG20(BSS) and tion Handling mcBSC. Location in documentation Reference / Commands / MML commands See the 'Summary of changes' of the document. YE - Exchange Terminal Supervision Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. YF - LAN HW Supervision Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. YM - PCM Statistics: Measurement and Output Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. YN - SDH OR SONET Statistics Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. YW - SDH/SONET Transmission Protection Handling Document updated for RG20(BSS) and mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. 1 Traffic Measurement Document updated for RG20(BSS). See the 'Summary of changes' of the document. Table 75 100 Reference / Counters/Performance indicators / CircuitSwitched measurements Documentation changes in Reference (Cont.) Id:0900d805808db4ee Confidential DN0963445 Changes in RG20(BSS) 1.6.1.3 Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 05. DN0963445 Id:0900d805808db4ee Confidential 101 Changes in RG20(BSS) 1.6.2 Documentation changes in BTSplus Document BSS601668: BS2xx Loop Protection with Flexi BSC Feature Descriptions / BTS solution Installing BS-240 / 240 II / 240XL / 240XL II Install / BTSplus Installing BS-240U / 240U II / 240XLU / 240XLU II Install / BTSplus Abis mediation of BTSplus parameters/attributes towards the Flexi BSC product family Reference / Parameters Table 76 102 Location in documentation Documents for BTSplus Id:0900d805808db56c Confidential DN0963445 Changes in RG20(BSS) 1.6.3 Documentation changes in Flexi Multiradio BTS Modified documents The following Flexi Multiradio BTS documents have updates due to RG20(BSS) on top feature release: Modified documents Flexi Multiradio BTS GSM/EDGE RF Module and RRH Module Description Related change deliveries GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Location in documentation Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE Optional Items Description Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE Cositing Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE System Module (ESMB/C) Description GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Flexi Multiradio BTS Flexi Multiradio BTS GSM/EDGE feature description GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Feature Descriptions / Existing features / Base Stations Requirements for Installation and Oper- GSM/EDGE BSS, Rel. ation for Flexi Multiradio BTS RG20(BSS), Operating DocumenGSM/EDGE tation, Issue 04, Doc Change Delivery 2 Install / Flexi Multiradio BTS Creating Stack, Wall and Pole Configurations for Flexi Multiradio BTS GSM/EDGE Install / Flexi Multiradio BTS Creating FCOA Configurations for Flexi Multiradio GSM/EDGE BTS Install / Flexi Multiradio BTS Creating FCIA configurations for Flexi Multiradio GSM/EDGE BTS Install / Flexi Multiradio BTS Installing Flexi Multiradio BTS GSM/EDGE Optional Items Install / Flexi Multiradio BTS Creating Flexi Multiradio BTS GSM/EDGE Feederless Site Configurations GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Commissioning Flexi Multiradio BTS GSM/EDGE Table 77 DN0963445 Install / Flexi Multiradio BTS Commission / Flexi Multiradio BTS Documents for Flexi Multiradio BTS Id:0900d805808db56e Confidential 103 Changes in RG20(BSS) Modified documents Maintaining Flexi Multiradio BTS modules Related change deliveries Location in documentation GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Maintain Hardware / Flexi Multiradio BTS Testing Flexi Multiradio BTS GSM/EDGE Troubleshoot / Flexi Multiradio BTS Trouble Management of Flexi Multiradio BTS GSM/EDGE GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Changing Flexi Multiradio BTS GSM/EDGE Configurations Expand and Upgrade Software Compatibility of Flexi Multiradio BTS GSM/EDGE Table 77 104 Troubleshoot / Flexi Multiradio BTS GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Compatibility Documents for Flexi Multiradio BTS (Cont.) Id:0900d805808db56e Confidential DN0963445 Changes in RG20(BSS) 1.6.4 Documentation changes in Flexi EDGE BTS Modified documents The following Flexi EDGE BTS documents have updates due to RG20(BSS) on top feature release: Modified documents Related change deliveries Location in documentation Flexi EDGE BTS feature description GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Feature Descriptions / Existing features / Base Stations Flexi EDGE BTS Commissioning GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Commission / Flexi EDGE BTS Trouble Management of Flexi EDGE BTS Software Compatibility of Flexi EDGE BTS Table 78 DN0963445 Troubleshoot / Flexi EDGE BTS GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 04, Doc Change Delivery 2 Reference / Compatibility Documents for Flexi EDGE BTS Id:0900d805808db570 Confidential 105 Changes in RG20(BSS) 1.6.5 Documentation changes in UltraSite EDGE BTS The following UltraSite EDGE BTS documents have updates for RG20(BSS) on top feature release: Modified documents UltraSite BTS Feature Description Feature Descriptions / Existing features / Base Stations Trouble Management of UltraSite BTS GSM/EDGE Troubleshoot / UltraSite BTS GSM/EDGE Software Compatibility of UltraSite BTS GSM/EDGE Reference / Compatibility Table 79 106 Location in documentation Documents for UltraSite EDGE BTS Id:0900d805808db572 Confidential DN0963445 Changes in RG20(BSS) 1.6.6 Documentation changes in MetroSite EDGE BTS The following MetroSite EDGE BTS document has updates due to RG20(BSS) on top feature release: Modified documents Software Compatibility of MetroSite BTS Table 80 DN0963445 Location in documentation Reference / Compatibility Documents for MetroSite EDGE BTS Id:0900d805808db574 Confidential 107 Changes in RG20(BSS) 1.6.7 Documentation changes in SiteWizard No document updates in SiteWizard for this release. 108 Id:0900d805808db576 Confidential DN0963445 Changes in RG20(BSS) 1.7 1.7.1 Documentation changes in GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 04 Documentation changes in BSC/TCSM and mcBSC/mcTC This section lists the changes made to the BSC/TCSM and mcBSC/mcTC documentation between issue 04 and issue 03 of this documentation set. 1.7.1.1 New documents New documents for RG20(BSS) EP1 release Table New documents for RG20(BSS) EP1 gives information on the new documents created for the RG20(BSS) EP1 release, added to GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04. Name Description Related change deliveries Location in documentation BSS101574: Air Path Loss Measurement Feature Descriptions / Operability BTSplus/FlexiBSC Feature Extensions Functional Area Description BSS601668: BS2xx Loop Protection with Flexi BSC Feature Description 132 Local Switching Traffic Measurement Reference / Counters/Performance indicators / Transmission measurements 139 Air Path Loss Measurement Reference / Counters/Performance indicators / Circuitswitched measurements BTSplus mainline commands Reference / FlexiBSC Table 81 New documents for RG20(BSS) EP1 New documents for mcBSC release Table New documents for mcBSC gives information on the documents created newly for the mcBSC release, added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04. DN0963445 Id:0900d805808db4f0 Confidential 109 Changes in RG20(BSS) Name Related change deliveries Location in documentation Installation Site Requirements for Multicontroller BSC and Multicontroller TC Install / BSC/TCSM Multicontroller BSC and Multicontroller TC Installation Quick Guide Install / BSC/TCSM Installing BCN Modules to the IR206 Cabinet Install / BSC/TCSM Maintaining and Troubleshooting BCN Hardware Troubleshoot / BSC/TCSM EF - Base Control Function Handling in mcBSC Reference / Commands / MML commands EQ - Base Transceiver Station Handling in mcBSC Reference / Commands / MML commands ES - Abis Interface Configuration in mcBSC Reference / Commands / MML commands FX - Gb Interface Handling in mcBSC Reference / Commands / MML commands WG - Transcoder Configuration in mcBSC Reference / Commands / MML commands TP - GSM Measurement Handling in mcBSC Reference / Commands / MML commands Multicontroller BSC and Multicontroller TC Hardware Description Reference /Hardware Multicontroller BSC Environmental Product Declaration Legal, Safety and Environmental Information / BSC/TCSM Table 82 110 Description New documents for mcBSC Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Name Description Related change deliveries Multicontroller TC Environmental Product Declaration Table 82 1.7.1.2 Location in documentation Legal, Safety and Environmental Information / BSC/TCSM New documents for mcBSC (Cont.) Modified documents Modified documents for RG20(BSS) EP1 and mcBSC releases Name Changes in RG20(BSS) Table 83 Description Related change deliveries Information on documentation changes has been updated. Location in documentation ವ Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 04 Documentation changes in Changes Name BSS Description Description Related change deliveries Document updated for mcBSC. Location in documentation System Descriptions See the 'Summary of changes' of the document Transport Network Solutions for BSS Document updated for mcBSC. System Descriptions See the 'Summary of changes' of the document Table 84 DN0963445 Documentation changes in System Descriptions Id:0900d805808db4f0 Confidential 111 Changes in RG20(BSS) Name Description BSC Transport Site Solution Scenarios and Requirements Document updated for mcBSC. External L2/L3 Equipment Document updated for mcBSC. Related change deliveries Location in documentation System Descriptions See the 'Summary of changes' of the document System Descriptions See the 'Summary of changes' of the document External Synchroni- Document updated sation Equipments for mcBSC. System Descriptions See the 'Summary of changes' of the document External Security Gateway Document updated for mcBSC. System Descriptions See the 'Summary of changes' of the document Table 84 Documentation changes in System Descriptions (Cont.) Name Basic Call Description Document updated for mcBSC. See the 'Summary of changes' of the document. Handover signalling Document updated in BSC for mcBSC. See the 'Summary of changes' of the document. RF Power control Document updated and handover algo- for RG20(BSS) rithm EP1. See the 'Summary of changes' of the document. Table 85 112 Related change deliveries Location in documentation Functional Area Descriptions / Radio network performance Functional Area Descriptions / Radio network performance Functional Area Descriptions / Radio network performance Documentation changes in Functional Area Descriptions Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Name Description Radio channel allocation Document updated for mcBSC and RG20(BSS) EP1. Related change deliveries Functional Area Descriptions / Radio network performance See the 'Summary of changes' of the document. Table 85 Documentation changes in Functional Area Descriptions (Cont.) Name Description BSS21309: OSC Half Rate with SAIC MS Document updated for mcBSC and RG20(BSS) EP1. Related change deliveries BSS30385: Circuit switched dynamic Abis pool Document updated for RG20(BSS) EP1. Feature Descriptions / Radio network performance See the 'Summary of changes' of the document. BSS21341: A over IP Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. DN0963445 Location in documentation Feature Descriptions / Radio network performance See the 'Summary of changes' of the document. Table 86 Location in documentation GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Feature Descriptions / Transmission and transport Documentation changes in Feature Descriptions Id:0900d805808db4f0 Confidential 113 Changes in RG20(BSS) Name Description Related change deliveries Location in documentation BSS21454: Packet Abis over IP/Ethernet / BSS21438: Packet Abis over Satellite / BSS21444: Packet Abis Security / BSS21445: Packet Abis Congestion Reaction / BSS21439: Packet Abis Sync. ToP IEEE1588v2 / BSS30450: Packet Abis Synchronous Ethernet Document updated for mcBSC. BSS21440: Packet Abis over TDM /BSS21438: Packet Abis over Satellite / BSS21445: Packet Abis Congestion Reaction See the 'Summary of changes' of the document. GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Feature Descriptions / Transmission and transport BSS10012 and See the 'Summary BSS11114 Location of changes' of the Services in BSC document. GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Feature Descriptions / Value added services BSS20045: PCU Restart Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Feature Descriptions / Operability BSS21270: 105km Extended Cell for GPRS/EDGE Document updated for RG20(BSS) EP1. Feature Descriptions / Transmission and transport See the 'Summary of changes' of the document. Feature Descriptions / Radio network See the 'Summary of changes' of the document. Table 86 114 Documentation changes in Feature Descriptions (Cont.) Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Name BSS21161: SDCCH and PS data channels on DFCA TRX Description Related change deliveries Document updated for mcBSC. See the 'Summary of changes' of the document. Multi-Operator BSS Document updated for mcBSC. See the 'Summary of changes' of the document. BSS11052: Dynamic Frequency and Channel Allocation Document updated for mcBSC and RG20(BSS) EP1. BSS6037: Extended Cell Range Document updated for RG20(BSS) EP1. Location in documentation Feature Descriptions / Radio network Feature Descriptions / Radio network Feature Descriptions / Radio network See the 'Summary of changes' of the document. Feature Descriptions / Radio network See the 'Summary of changes' of the document. Radio Resource Pre-emption and Queuing Document updated for RG20(BSS) EP1. Feature Descriptions / Radio network See the 'Summary of changes' of the document. BSS20094: Extended Cell for GPRS/EDGE Document updated for RG20(BSS) EP1. Feature Descriptions / Packet switched data See the 'Summary of changes' of the document. Extended Cell Document updated for mcBSC. See the 'Summary of changes' of the document. Table 86 DN0963445 Feature Descriptions / Packet switched data Documentation changes in Feature Descriptions (Cont.) Id:0900d805808db4f0 Confidential 115 Changes in RG20(BSS) Name Description BSS20958: Energy saving mode for BCCH TRX Document updated for mcBSC. BSS20012: File Based Plan Provisioning System Feature Description Document updated for mcBSC and RG20(BSS) EP1. Table 86 Related change deliveries Feature Descriptions / Operability See the 'Summary of changes' of the document. Feature Descriptions / Operability See the 'Summary of changes' of the document. Documentation changes in Feature Descriptions (Cont.) Name Description PCU2 in BSC Related change deliveries Document updated for mcBSC. Engineering for Flexi BSC Location in documentation BSC/TCSM descriptions / BSC/TCSM hardware descriptions / Plug-in unit descriptions See the 'Summary of changes' of the document. Table 87 Location in documentation See the 'Summary of changes' of the document. BSC/TCSM descriptions / BSC/TCSM hardware descriptions Documentation changes in BSC/TCSM descriptions Name Description Abis EDGE Dimensioning Document updated for mcBSC and RG20(BSS) EP1. Related change deliveries Location in documentation Plan and dimension See the 'Summary of changes' of the document. Table 88 116 Documentation changes in Plan and dimension Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Name Description Related change deliveries BSC EDGE Dimen- Document updated sioning for mcBSC and RG20(BSS) EP1. Location in documentation Plan and dimension See the 'Summary of changes' of the document. Abis EDGE Dimensioning for BTSplus at the Flexi BSC product family Document updated for mcBSC and RG20(BSS) EP1. BTS EDGE Dimensioning Document updated for mcBSC and RG20(BSS) EP1. Plan and dimension See the 'Summary of changes' of the document. Plan and dimension See the 'Summary of changes' of the document. Gb EDGE Dimensioning Document updated for mcBSC and RG20(BSS) EP1. Plan and dimension See the 'Summary of changes' of the document. BSS (BSC) Traffic Handling Capacity, Network Planning and Overload Protection Document updated for mcBSC. BSS Transmission Configuration Document updated for mcBSC. Plan and dimension See the 'Summary of changes' of the document. Plan and dimension See the 'Summary of changes' of the document. Table 88 DN0963445 Documentation changes in Plan and dimension (Cont.) Id:0900d805808db4f0 Confidential 117 Changes in RG20(BSS) Name Description Related change deliveries Location in documentation GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Install / BSC/TCSM Creating and Managing BSC Hardware See the 'Summary of changes' of the document. Installing Flexi BSC and TCSM3i See the 'Summary of changes' of the document. Install / BSC/TCSM Jumper settings of the plug-in units in Flexi BSC and TCSM3i See the 'Summary of changes' of the document. Install / BSC/TCSM Jumper Settings of See the 'Summary the Cartridges in of changes' of the BSC3i and TCSM3i document. Install / BSC/TCSM Connector Panels and External Cables in Flexi BSC and TCSM3i Install / BSC/TCSM Table 89 Documentation changes in Install Name Description Commissioning Flexi BSC Table 90 See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Related change deliveries GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Location in documentation Commission Documentation changes in Commission Name Description BSS Integration Related change deliveries Document updated for mcBSC. Location in documentation Integrate and Configure See the 'Summary of changes' of the document. Table 91 118 Documentation changes in Integrate and Configure Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Name Description Activating and testing BSS21277: 105km Extended Cell CS Document updated for RG20(BSS) EP1. Table 92 Related change deliveries Location in documentation Activate / Radio network performance See the 'Summary of changes' of the document. Documentation changes in Activate Name Licence Management in BSC Description Related change deliveries Document updated for mcBSC and RG20(BSS) EP1. Location in documentation Administer See the 'Summary of changes' of the document. Managing the BSS Transmission Document updated for mcBSC. Administer See the 'Summary of changes' of the document. Recovery and Unit Working State Administration Document updated for RG20(BSS) and mcBSC. Administer See the 'Summary of changes' of the document. Security and User Management Document updated for RG20(BSS) and mcBSC. Administer See the 'Summary of changes' of the document. Integrated LAN Administration Document updated for RG20(BSS). Administer See the 'Summary of changes' of the document. Table 93 DN0963445 Documentation changes in Administer Id:0900d805808db4f0 Confidential 119 Changes in RG20(BSS) Name Description I/O System Administration Document updated for RG20(BSS) and mcBSC. Related change deliveries Location in documentation Administer See the 'Summary of changes' of the document. Common Channel Signalling (MTP, SCCP and TC) Document updated for RG20(BSS) and mcBSC. Administer See the 'Summary of changes' of the document. Document updated for RG20(BSS) and mcBSC. D-Channel Services Administer See the 'Summary of changes' of the document. Signalling Transport over IP (M3UA and IUA) Document updated for RG20(BSS) and mcBSC. Administer See the 'Summary of changes' of the document. Software ConfiguDocument updated ration Management for RG20(BSS). Administer See the 'Summary of changes' of the document. Table 93 Documentation changes in Administer (Cont.) Name Description Failure Printouts (2000-3999) Related change deliveries Document updated for mcBSC. Location in documentation Troubleshoot / BSC/TCSM See the 'Summary of changes' of the document. Table 94 120 Documentation changes in Troubleshoot Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Location in documentation Call Related DX Causes in BSC Document updated for RG20(BSS) EP1. Reference / Clear codes/cause codes See the 'Summary of changes' of the document. MML User Interface See the 'Summary of changes' of the document. Reference / Commands / MML commands D2 - IUA Message Interface over UDP Configuration Handling See the 'Summary of changes' of the document. Reference / Commands / MML commands DB - Database Handling Document updated for RG20(BSS). Reference / Commands / MML commands See the 'Summary of changes' of the document. DD - Remote Debugger Session Document updated for mcBSC. See the 'Summary of changes' of the document. DE - File Conversion Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. DV - Disk Log Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. EA - Adjacent Cell Handling Document updated for RG20(BSS) EP1. Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 95 DN0963445 Documentation changes in Reference Id:0900d805808db4f0 Confidential 121 Changes in RG20(BSS) Location in documentation EB - Frequency List and GPRS Objects Handling Document updated for mcBSC. Reference / Commands / MML commands See the 'Summary of changes' of the document. EE - Base Station Document updated Controller Parame- for RG20(BSS) ter Handling in BSC EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. EF - Base Control Function Handling Document updated for RG20(BSS) EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. EH - Handover Control Parameter Handling Document updated for RG20(BSS) EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. EM - Base Control Function Maintenance Mode Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Reference / Commands / MML commands EO - Base Transceiver Station Alarms Handling See the 'Summary of changes' of the document. GSM/EDGE BSS, rel. RG20(BSS), Operating Documentation, Issue 03, Doc Change Delivery 1 Reference / Commands / MML commands EQ - Base Transceiver Station Handling in BSC Document updated for RG20(BSS) EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. Table 95 122 Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Location in documentation ER - Transceiver Handling Document updated for RG20(BSS) EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. ES - Abis Interface Configuration Document updated for RG20(BSS) EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. EU - Power Control Parameter Handling Document updated for RG20(BSS) EP1. Reference / Commands / MML commands See the 'Summary of changes' of the document. I2 - SSH Protocol Layer Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. IA - MMI System Authority Handling Document updated for mcBSC. See the 'Summary of changes' of the document. IG - MML Command Log Handling Document updated for RG20(BSS). IR - Security Reporting Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Table 95 DN0963445 Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential 123 Changes in RG20(BSS) Location in documentation NB - Global Title Analysis Handling Document updated for mcBSC. See the 'Summary of changes' of the document. NR - Signalling Route Set Data Handling Document updated for mcBSC. OB - SCCP Broadcast Status Handling Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. OC - SCCP Param- Document updated eter Set Handling for mcBSC. See the 'Summary of changes' of the document. OD - SCCP Screen- Document updated ing Handling for mcBSC. See the 'Summary of changes' of the document. OS - States of SS7 Statistics Document updated for mcBSC. See the 'Summary of changes' of the document. OY- SCTP Configu- Document updated ration Handling for RG20(BSS). See the 'Summary of changes' of the document. RC - Circuit Group Handling Document updated for mcBSC. See the 'Summary of changes' of the document. Table 95 124 Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Location in documentation QR - TCP/IP Stack Data Handling Document updated for RG20(BSS). See the 'Summary of changes' of the document. TP - GSM Measure- Document updated ment Handling for RG20(BSS) EP1. Reference / Commands / MML commands Reference / Commands / MML commands See the 'Summary of changes' of the document. WO - Parameter Handling Document updated for mcBSC. See the 'Summary of changes' of the document. WR - Software Package Deployment Handling Document updated for mcBSC. WY - Internal LAN Management Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. YE - Exchange Terminal Supervision Handling Document updated for mcBSC. BSC Measurement Counters Displaying Program (FOXMEA) Document updated for mcBSC. Table 95 DN0963445 See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / MML commands Reference / Commands / Service Terminal commands Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential 125 Changes in RG20(BSS) Location in documentation BSC Radio Resource Monitoring Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. PCU2 Service Terminal Commands Document updated for mcBSC. Performance Measurements Document updated for mcBSC and RG20(BSS) EP1. See the 'Summary of changes' of the document. Reference / Commands / Service Terminal commands Reference / Commands / Service Terminal commands Reference / Counters/Performance indicators See the 'Summary of changes' of the document. 1 Traffic Measurement Document updated for mcBSC and RG20(BSS) EP1. See the 'Summary of changes' of the document. 2 Resource Availability Measurement Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. 3 Resource Access Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 4 Handover Measurement Document updated for mcBSC and RG20(BSS) EP1. See the 'Summary of changes' of the document. Table 95 126 Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Location in documentation 6 Load Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 7 Availability Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 17 TCH Observation Document updated for mcBSC. See the 'Summary of changes' of the document. 21 Radio Measurement Report Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. 29 Drop Call Break- Document updated down Observation for RG20(BSS) EP1. See the 'Summary of changes' of the document. 50 BSC Level Clear Document updated Code Measurement for mcBSC. See the 'Summary of changes' of the document. 51 BSC Level Clear Code (PM) Measurement Document updated for mcBSC and RG20(BSS) EP1. See the 'Summary of changes' of the document. Table 95 DN0963445 Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Observations Reference / Counters/Performance indicators / Observations Reference / Counters/Performance indicators / Observations Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential 127 Changes in RG20(BSS) Location in documentation 56 Resource Availability per BSC Measurement Document updated for mcBSC. 72 Packet Control Unit Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. 74 Frame Relay Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 76 Dynamic Abis Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 77 FER Measurement Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. 79 Coding Scheme Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. 90 Quality of Service Measurement Document updated for mcBSC. 95 GPRS Cell Reselection Measurement Document updated for mcBSC. Table 95 128 See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Packet switched measurements Reference / Counters/Performance indicators / Packet switched measurements Reference / Counters/Performance indicators / Packet switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Packet switched measurements Reference / Counters/Performance indicators / Packet switched measurements Reference / Counters/Performance indicators / Packet switched measurements Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Location in documentation 97 Enhanced Quality of Service Measurement Document updated for mcBSC. 99 Total FEP Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. 100 DFCA Measurement Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. 108 DFCA SAIC Measurement Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. 109 Soft Channel Capacity Measurement Document updated for mcBSC. 122 OSC RX Quality Document updated for RG20(BSS) EP1. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. 124 Packet Abis Traffic measurement Table 95 DN0963445 Document updated for mcBSC. See the 'Summary of changes' of the document. Reference / Counters/Performance indicators / Packet switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit switched measurements Reference / Counters/Performance indicators / Circuit Switched measurements Reference / Counters/Performance indicators / Transmission measurements Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential 129 Changes in RG20(BSS) Location in documentation 125 Packet Abis SCTP Measurement Document updated for mcBSC. 130 AoIP Traffic BSC Measurement Document updated for mcBSC. See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Reference / Counters/Performance indicators / Transmission measurements 131 AoIP Traffic TCSM Measurement Document updated for mcBSC. 226 Abis DChannel Measurement See the 'Summary of changes' of the document. Reference / Counters/Performance indicators / Transmission measurements BSS Radio Network Configuration Database (BSDATA) Document updated for RG20(BSS) EP1. Reference / Databases Configuration Database of OSI Environment (OEDATA) See the 'Summary of changes' of the document. Reference / Databases Configuration See the 'Summary Database of TCP/IP of changes' of the Data Transfer document. (WAGONS) Reference / Databases See the 'Summary Internal LAN Link Database (ILDATA) of changes' of the document. Reference / Databases General Error Messages of System Reference /Error codes Table 95 130 Reference / Counters/Performance indicators / Transmission measurements See the 'Summary of changes' of the document. Reference / Counters/Performance indicators / Transmission measurements See the 'Summary of changes' of the document. See the 'Summary of changes' of the document. Documentation changes in Reference (Cont.) Id:0900d805808db4f0 Confidential DN0963445 Changes in RG20(BSS) Location in documentation Logical Files See the 'Summary of changes' of the document. Reference /Files Interconnection Cables in TCSM3i See the 'Summary of changes' of the document. Reference /Hardware BSS Radio Network Document updated Parameter Diction- for mcBSC and ary RG20(BSS) EP1. Reference / Parameters See the 'Summary of changes' of the document. PRFILE and FIFILE Parameter List Document updated for mcBSC. Reference / Parameters See the 'Summary of changes' of the document. Table 95 Documentation changes in Reference (Cont.) Name DX 200 Software License Terms Table 96 1.7.1.3 Description Related change deliveries See the 'Summary of changes' of the document. Location in documentation Legal, Safety and Environmental Information / BSC/TCSM Documentation changes in Legal, Safety, and Environmental Information Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04. DN0963445 Id:0900d805808db4f0 Confidential 131 Changes in RG20(BSS) 1.7.2 1.7.2.1 Documentation changes in BTSplus Documentation changes in BTSplus for RG20(BSS) EP1 release There are 2 new documents for RG20(BSS) EP1 release: Feature Description RG601668: BS2xx loop protection with Flexi BSC Functional Area Description BTSplus/FlexiBSC Feature Extensions 1.7.2.2 Documentation changes in BTSplus for mcBSC release No document updates in BTSplus for mcBSC release. 132 Id:0900d805808db5a5 Confidential DN0963445 Changes in RG20(BSS) 1.7.3 Documentation changes in Flexi Multiradio BTS Modified documents The following Flexi Multiradio BTS documents have updates due to RG20(BSS) EP1 release: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ DN0963445 Flexi Multiradio Radio Frequency Module (FXxx) description Flexi Multiradio BTS GSM/EDGE System Module (ESMB/C) description Flexi Multiradio BTS GSM/EDGE Optional Items description Flexi Multiradio BTS feature description Requirements for Installation and Operation for Flexi Multiradio BTS GSM/EDGE Installing Flexi Multiradio BTS GSM/EDGE Optional Items Creating Flexi Multiradio BTS GSM/EDGE Feederless Site Configurations Software Compatibility of Flexi Multiradio BTS GSM/EDGE Testing Flexi Multiradio BTS GSM/EDGE Commissioning Flexi Multiradio BTS GSM/EDGE Maintaining Flexi Multiradio BTS modules Id:0900d805808db5a7 Confidential 133 Changes in RG20(BSS) 1.7.4 Documentation changes in Flexi EDGE BTS Modified documents The following Flexi EDGE BTS documents have updates due to RG20(BSS) EP1 release: ವ ವ ವ ವ ವ 134 Flexi EDGE BTS feature description Requirements for Installation and Operation for Flexi EDGE Flexi EDGE BTS Commissioning SW compatibility of Flexi EDGE Trouble Management of Flexi Multiradio BTS GSM/EDGE Id:0900d805808db5a9 Confidential DN0963445 Changes in RG20(BSS) 1.7.5 Documentation changes in UltraSite EDGE BTS The following UltraSite EDGE BTS documents have updates for RG20(BSS) EP1 release: ವ ವ DN0963445 UltraSite BTS Feature Description Software Compatibility of UltraSite BTS GSM/EDGE Id:0900d805808db5ab Confidential 135 Changes in RG20(BSS) 1.7.6 Documentation changes in MetroSite EDGE BTS The following MetroSite EDGE BTS document has updates due to RG20(BSS) EP1 release: ವ 136 Software Compatibility of MetroSite BTS Id:0900d805808db5ad Confidential DN0963445 Changes in RG20(BSS) 1.7.7 Documentation changes in SiteWizard No document updates in SiteWizard for this release. DN0963445 Id:0900d805808db5af Confidential 137 Changes in RG20(BSS) 1.7.8 Documentation changes in Power Systems Power systems documentation have been removed from this issue, and they will be published in NOLS PIC as stand-alone publications. 138 Id:0900d805808db5b1 Confidential DN0963445 Changes in RG20(BSS) 1.8 1.8.1 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 03 Documentation changes in BSC This section lists the changes made to the BSC documentation between issue 03 and issue 02 of this documentation set. New documents Table New documents gives information on the documents added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 03. Name Description Related change deliveries Location in documentation CP1D-A BSC/TCSM descriptions/BSC/TCSM hardware descriptions/Plug-in unit descriptions ETP Service Terminal Commands Reference/Commands/Service Terminal commands I3 - SSL/TLS Protocol Layer Handling Reference/Commands/MML commands Table 97 New documents Modified documents Name Changes in RG20(BSS) Table 98 DN0963445 Description Related change deliveries Information on documentation changes has been updated. Location in documentation ವ Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 03 Documentation changes in Changes Id:0900d80580866171 Confidential 139 Changes in RG20(BSS) Name Description BSC Transport Site Solution Scenarios and Requirements See the 'Summary of changes' of the updated document Table 99 Related change deliveries Location in documentation Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 02, doc change delivery 1 Documentation changes in SystemDescriptions Name Description Related change deliveries Location in documentation RF Power control See the 'Summary and handover algo- of changes' of the rithm updated document Table 100 Name Description BSS21309: OSC Half Rate with SAIC MS See the 'Summary of changes' of the updated document BSS21454: Packet Abis over IP/Ethernet/BSS21438: Packet Abis over Satellite/BSS21444: Packet Abis Security/BSS21445: Packet Abis Congestion Reaction/BSS21439: Packet Abis Sync. ToP IEEE1588v2/BSS3 0450: Packet Abis Synchronous Ethernet See the 'Summary of changes' of the updated document Table 101 140 Documentation changes in Functional Area Descriptions Related change deliveries Location in documentation Documentation changes in Feature Descriptions Id:0900d80580866171 Confidential DN0963445 Changes in RG20(BSS) Name Description Related change deliveries Location in documentation BSS101411:Extend See the 'Summary ed BCCH of changes' of the updated document Soft Channel Capacity in BSC See the 'Summary of changes' of the updated document BSS20012: File See the 'Summary Based Plan Proviof changes' of the sioning System updated document Feature Description Antenna Hopping System Feature Description See the 'Summary of changes' of the updated document BSS20960: Wideband AMR and BSS21118: AMR TFO See the 'Summary of changes' of the updated document Table 101 Documentation changes in Feature Descriptions (Cont.) Name Description Related change deliveries Location in documentation Product Description See the 'Summary of Flexi BSC of changes' of the updated document. Engineering for BSC3i and Upgrades See the 'Summary of changes' of the updated document. PCU2 in BSC See the 'Summary of changes' of the updated document. ETP See the 'Summary of changes' of the updated document ETP-A See the 'Summary of changes' of the updated document Table 102 DN0963445 Documentation changes in BSC/TCSM descriptions Id:0900d80580866171 Confidential 141 Changes in RG20(BSS) Name Description Related change deliveries Location in documentation BSC Site IP ConSee the 'Summary nectivity Guidelines of changes' of the updated document. Planning Network Element Hardware Configuration Table 103 Documentation changes in Plan and dimension Name BSS Integration Table 104 Activating and Testing BSS7069: Three Digit MNC Related change deliveries Location in documentation See the 'Summary of changes' of the updated document. Description Related change deliveries Location in documentation See the 'Summary of changes' of the updated document Documentation changes in Activate Name Description Signalling Transport over IP (M3UA and IUA) See the 'Summary of changes' of the updated document Security and user management See the 'Summary of changes' of the updated document Table 106 142 Description Documentation changes in Integrate and Configure Name Table 105 See the 'Summary of changes' of the updated document. Related change deliveries Location in documentation Documentation changes in Administer Id:0900d80580866171 Confidential DN0963445 Changes in RG20(BSS) Name Replacing Plug-in Units and Other Hardware Units Table 107 Description Related change deliveries Location in documentation See the 'Summary of changes' of the updated document Documentation changes in Troubleshoot Location in documentation Failure Printouts (2000-3999) See the 'Summary of changes' of the updated document Base Station See the 'Summary Alarms (7000-7999) of changes' of the updated document EE - Base Station See the 'Summary Controller Parame- of changes' of the ter Handling in BSC updated document IV - User Authentication Policy Handling See the 'Summary of changes' of the updated document QR - TCP/IP Stack Data Handling See the 'Summary of changes' of the updated document TP - GSM Measure- See the 'Summary ment Handling of changes' of the updated document UJ - Plug-in Unit Restart Handling See the 'Summary of changes' of the updated document 1 Traffic Measurement See the 'Summary of changes' of the updated document 72 Packet Control Unit Measurement See the 'Summary of changes' of the updated document 125 Packet Abis SCTP Measurement See the 'Summary of changes' of the updated document Table 108 DN0963445 Documentation changes in Reference Id:0900d80580866171 Confidential 143 Changes in RG20(BSS) Location in documentation BSS Radio Network See the 'Summary Parameter Diction- of changes' of the ary updated document Table 108 Documentation changes in Reference (Cont.) Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 03. 144 Id:0900d80580866171 Confidential DN0963445 Changes in RG20(BSS) 1.8.2 Documentation changes in BTSplus No document updates in BTSplus for this release. DN0963445 Id:0900d80580866891 Confidential 145 Changes in RG20(BSS) 1.8.3 Documentation changes in Flexi Multiradio BTS Modified documents The following Flexi Multiradio BTS documents have updates for release EX3.1: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ 146 Flexi Multiradio BTS GSM/EDGE Product Description Requirements for Installation and Operation for Flexi Multiradio BTS GSM/EDGE Installing Flexi Multiradio BTS GSM/EDGE Optional Items Creating FCIA Configurations for Flexi Multiradio GSM/EDGE BTS Creating FCOA Configurations for Flexi Multiradio GSM/EDGE BTS Creating Flexi Multiradio BTS GSM/EDGE Feederless Site Configurations Testing Flexi Multiradio BTS GSM/EDGE Commissioning Flexi Multiradio BTS GSM/EDGE Creating stack, wall, and pole configurations for Flexi Multiradio BTS GSM/EDGE Installing Flexi Multiradio BTS GSM/EDGE Optional Items Flexi Multiradio BTS GSM/EDGE Optional Items Description Flexi Multiradio BTS GSM/EDGE RF Module (FXxx) Description Flexi Multiradio BTS GSM/EDGE System Module (ESMB/C) Description Changing Flexi Multiradio BTS GSM/EDGE Configurations Id:0900d8058086688d Confidential DN0963445 Changes in RG20(BSS) 1.8.4 Documentation changes in Flexi EDGE BTS Modified documents The following Flexi EDGE BTS documents have updates for release EX4.0: ವ ವ ವ ವ ವ ವ ವ ವ DN0963445 Flexi EDGE BTS Feature Descriptions Flexi EDGE BTS Product Description Installing Flexi EDGE BTS Optional Items Flexi EDGE BTS Commissioning Trouble Management of Flexi EDGE BTS Expanding Flexi EDGE BTS SW compatibility of Flexi EDGE BTS Quick Guide for Flexi EDGE BTS and FlexiHopper Commissioning Id:0900d805808537be Confidential 147 Changes in RG20(BSS) 1.8.5 Documentation changes in UltraSite EDGE BTS No document updates in UltraSite EDGE BTS for this release. 148 Id:0900d8058086689d Confidential DN0963445 Changes in RG20(BSS) 1.8.6 Documentation changes in MetroSite EDGE BTS No document updates in MetroSite EDGE for this release. DN0963445 Id:0900d8058086689f Confidential 149 Changes in RG20(BSS) 1.8.7 Documentation changes in SiteWizard No document updates in SiteWizard for this release. 150 Id:0900d805808668a1 Confidential DN0963445 Changes in RG20(BSS) 1.8.8 Documentation changes in Power Systems Documentation Changes in SiteStar Battery Cabinet The following documents have been updated in the system library: ವ DN0963445 SiteStar Alarm Connection Id:0900d805808668a3 Confidential 151 Changes in RG20(BSS) 1.9 1.9.1 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 02 Documentation changes in BSC This section lists the changes made to the BSC documentation between issue 02 and issue 01 of this documentation set. New documents Table New documents gives information on the documents added to Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 02. Name Description Related change deliveries Location in documentation System Maintenance Functional Area Descriptions/System Maintenance Security and User Management Reference/Security and User Management Table 109 New documents Modified documents Name Related change deliveries Location in documentation Changes in RG20(BSS) Information on documentation changes has been updated. ವ Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 02 Parameter Changes Information on parameter changes has been updated. ವ New parameters Modified parameters Table 110 152 Description ವ Documentation changes in Changes Id:0900d80580800866 Confidential DN0963445 Changes in RG20(BSS) Name BSS Description Description Related change deliveries Location in documentation See the 'Summary of changes' of the updated document BSC Transport Site Solution Scenarios and Requirements BSC Transport Site Solution L2_L3 External Equipment BSC Transport Site Solution Synchronization BSC Site Solution Security Gateway Table 111 Documentation changes in SystemDescriptions Name Description Related change deliveries Location in documentation TCSM3i Functional- See the 'Summary ities of changes' of the updated document Table 112 Name Description BSS21309: OSC Half Rate with SAIC MS See the 'Summary of changes' of the updated document BSS30385: Circuit switched dynamic Abis pool See the 'Summary of changes' of the updated document Table 113 DN0963445 Documentation changes in Functional Area Descriptions Related change deliveries Location in documentation Documentation changes in Feature Descriptions Id:0900d80580800866 Confidential 153 Changes in RG20(BSS) Name Description Related change deliveries BSS21454: Packet Abis over IP/Ethernet/BSS21438: Packet Abis over Satellite/BSS21444: Packet Abis Security/BSS21445: Packet Abis Congestion Reaction/BSS21439: Packet Abis Sync. ToP IEEE1588v2/BSS3 0450: Packet Abis Synchronous Ethernet See the 'Summary of changes' of the updated document Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 BSS21440: Packet Abis over TDM /BSS21438: Packet Abis over Satellite/BSS21445: Packet Abis Congestion Reaction See the 'Summary of changes' of the updated document Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 BSS21443: Packet TRS for UltraSite / BTSplus See the 'Summary of changes' of the updated document Location in documentation BSS21271: Abis See the 'Summary Delay Measureof changes' of the ment (TDM, PWE3) updated document BSS21503: FlexiPacket Radio Connectivity See the 'Summary of changes' of the updated document Antenna Hopping System Feature Description See the 'Summary of changes' of the updated document Table 113 154 Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 Documentation changes in Feature Descriptions (Cont.) Id:0900d80580800866 Confidential DN0963445 Changes in RG20(BSS) Name Description BSS11052: Dynamic Frequency and Channel Allocation See the 'Summary of changes' of the updated document Related change deliveries Location in documentation BSS20738: Paging See the 'Summary coordination in BSC of changes' of the updated document GPRS System See the 'Summary Feature Description of changes' of the updated document EDGE System See the 'Summary Feature Description of changes' of the updated document BSS20094: Extended Cell for GPRS/EDGE See the 'Summary of changes' of the updated document BSS20958: Energy saving mode for BCCH TRX See the 'Summary of changes' of the updated document BSS20984: 2G TRX automatic power down See the 'Summary of changes' of the updated document BSS20012: File See the 'Summary Based Plan Proviof changes' of the sioning System updated document Feature Description BSS21353: LTE See the 'Summary System Information of changes' of the updated document Table 113 Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 Documentation changes in Feature Descriptions (Cont.) Name Description Related change deliveries Location in documentation Product Description See the 'Summary of Flexi BSC of changes' of the updated document. Table 114 DN0963445 Documentation changes in BSC/TCSM descriptions Id:0900d80580800866 Confidential 155 Changes in RG20(BSS) Name Description Product Description of Nokia TCSM3i High Capacity Transcoder Submultiplexer See the 'Summary of changes' of the updated document. Table 114 Description BSC Site IP ConSee the 'Summary nectivity Guidelines of changes' of the updated document. BSC Site IP Connectivity Examples See the 'Summary of changes' of the updated document. BSS Transmission Configuration See the 'Summary of changes' of the updated document. 156 Related change deliveries Location in documentation Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 Documentation changes in Plan and dimension Name Description Creating and Managing BSC Hardware See the 'Summary of changes' of the updated document. PWT User Guide See the 'Summary of changes' of the updated document Table 116 Location in documentation Documentation changes in BSC/TCSM descriptions (Cont.) Name Table 115 Related change deliveries Related change deliveries Location in documentation Documentation changes in Install Id:0900d80580800866 Confidential DN0963445 Changes in RG20(BSS) Name BSS Integration Table 117 Description Related change deliveries Location in documentation See the 'Summary of changes' of the updated document. Documentation changes in Integrate and Configure Name Description Activating and Testing BSS10046: Multi BCF Control in BSC See the 'Summary of changes' of the updated document Activating and testing BSS21270: 105km Extended Cell for GPRS/EDGE See the 'Summary of changes' of the updated document Related change deliveries Location in documentation Activating and See the 'Summary Testing BSS11114: of changes' of the Lb interface to BSC updated document Table 118 Documentation changes in Activate Name Diagnostics and Testing Table 119 Location in documentation See the 'Summary of changes' of the updated document Description Licence Management in BSC See the 'Summary of changes' of the updated document Radio Network Administration See the 'Summary of changes' of the updated document Table 120 Related change deliveries Documentation changes in Monitor and Measure Name DN0963445 Description Related change deliveries Location in documentation Documentation changes in Administer Id:0900d80580800866 Confidential 157 Changes in RG20(BSS) Name Description Common Channel Signalling (MTP,SCCP and TC) See the 'Summary of changes' of the updated document Integrated LAN Administration See the 'Summary of changes' of the updated document Related change deliveries Location in documentation Software ConfiguSee the 'Summary ration Management of changes' of the updated document Table 120 Documentation changes in Administer (Cont.) Name Replacing Plug-in Units Table 121 Description Related change deliveries Location in documentation See the 'Summary of changes' of the updated document Documentation changes in Troubleshoot Location in documentation Notices (0-999) See the 'Summary of changes' of the updated document Disturbance Printouts (1000-1999) See the 'Summary of changes' of the updated document. Call Related DX Causes in BSC See the 'Summary of changes' of the updated document EA - Adjacent Cell Handling See the 'Summary of changes' of the updated document EE - Base Station See the 'Summary Controller Parame- of changes' of the ter Handling in BSC updated document EW - BCF Software Handling Table 122 158 See the 'Summary of changes' of the updated document Documentation changes in Reference Id:0900d80580800866 Confidential DN0963445 Changes in RG20(BSS) Location in documentation NR - Signalling Route Set Data Handling See the 'Summary of changes' of the updated document QR - TCP/IP Stack Data Handling See the 'Summary of changes' of the updated document QX - X.25 Interface Configuration Parameters Handling See the 'Summary of changes' of the updated document US - Working State and Restart Handling See the 'Summary of changes' of the updated document WD - Embedded Software Handling /Boot Package Handling See the 'Summary of changes' of the updated document WS - Software Package Status Handling See the 'Summary of changes' of the updated document WT - Equipment Management See the 'Summary of changes' of the updated document BSC Measurement Counters Displaying Program (FOXMEA) See the 'Summary of changes' of the updated document Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 PCU2 Service Terminal Commands See the 'Summary of changes' of the updated document Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 Performance Measurements See the 'Summary of changes' of the updated document Table 122 DN0963445 Documentation changes in Reference (Cont.) Id:0900d80580800866 Confidential 159 Changes in RG20(BSS) Location in documentation 1 Traffic Measurement See the 'Summary of changes' of the updated document 2 Resource Availability Measurement See the 'Summary of changes' of the updated document 4 Handover Measurement See the 'Summary of changes' of the updated document 50 BSC Level Clear See the 'Summary Code Measurement of changes' of the updated document 51 BSC Level Clear Code (PM) Measurement See the 'Summary of changes' of the updated document 70 Channel Finder Measurement See the 'Summary of changes' of the updated document 72 Packet Control Unit Measurement See the 'Summary of changes' of the updated document 95 GPRS Cell Reselection Measurement See the 'Summary of changes' of the updated document 110 PCU Utilisation Measurement See the 'Summary of changes' of the updated document 135 Precise RX See the 'Summary Level Measurement of changes' of the updated document 136 Precise Timing Advance Measurement See the 'Summary of changes' of the updated document 137 Precise Power See the 'Summary Level Measurement of changes' of the updated document 138 Adjacent Cell RX Level Measurement Table 122 160 See the 'Summary of changes' of the updated document Documentation changes in Reference (Cont.) Id:0900d80580800866 Confidential DN0963445 Changes in RG20(BSS) Location in documentation lur-g interface spec- See the 'Summary ification of changes' of the updated document Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01, doc change delivery 1 BSS Radio Network See the 'Summary Parameter Diction- of changes' of the ary updated document Printouts of Starting Phases in Chorus Units See the 'Summary of changes' of the updated document Printouts of Starting Phases in DMX units See the 'Summary of changes' of the updated document Table 122 Documentation changes in Reference (Cont.) Name DX200 Software License Terms Table 123 Description Related change deliveries Location in documentation See the 'Summary of changes' of the updated document Documentation changes in Troubleshoot Removed documents No BSC documents have been removed from Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 02. DN0963445 Id:0900d80580800866 Confidential 161 Changes in RG20(BSS) 1.9.2 Documentation changes in BTSplus The following documents have been modified in the Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 02. Reference ವ 162 KPI guidelines for BTSplus migration to the Flexi BSC product family Id:0900d80580801f21 Confidential DN0963445 Changes in RG20(BSS) 1.9.3 Documentation changes in Flexi Multiradio BTS New documents added for Flexi Multiradio BTS ME1: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ DN0963445 Flexi Multiradio BTS GSM/EDGE Feature Descriptions Flexi Multiradio BTS GSM/EDGE Product Description Flexi Multiradio BTS GSM/EDGE Optional Items Description Flexi Cabinet for Indoor Quick Guide Flexi Cabinet for Outdoor Quick Guide Requirements for Installation and Operation for Flexi Multiradio BTS GSM/EDGE Creating FCIA configurations for Flexi Multiradio GSM/EDGE BTS Creating FCOA Configurations for Flexi Multiradio GSM/EDGE BTS Installing Flexi Cabinet for Outdoor (FCOA) Creating Flexi Multiradio BTS GSM/EDGE Feederless Site Configurations Commissioning Flexi Multiradio BTS GSM/EDGE Maintaining Flexi Multiradio BTS Modules Maintaining Flexi Cabinet for Indoor (FCIA) Maintaining Flexi Cabinet for Outdoor (FCOA) Testing Flexi Multiradio BTS GSM/EDGE Trouble Management of Flexi Multiradio BTS GSM/EDGE Id:0900d80580801fe7 Confidential 163 Changes in RG20(BSS) 1.9.4 Documentation changes in Flexi EDGE BTS Modified documents The following Flexi EDGE BTS documents have updates for release EPX 4.0: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ 164 Flexi EDGE BTS Feature Descriptions Flexi EDGE BTS System Module (ESMA) Description Flexi EDGE BTS Optional Items Description Creating Stack, Wall and Pole Configurations Installing Flexi Cabinet for Outdoor (FCOA) Creating FCOA Configurations for Flexi EDGE BTS Creating Flexi EDGE BTS Feederless Site Configurations Testing Flexi EDGE BTS Flexi EDGE BTS Commissioning Maintaining Flexi Cabinet for Indoor (FCIA) Maintaining Flexi Cabinet for Outdoor (FCOA) Trouble Management of Flexi EDGE BTS SW compatibility of Flexi EDGE BTS Id:0900d80580801f22 Confidential DN0963445 Changes in RG20(BSS) 1.9.5 Documentation changes in UltraSite EDGE BTS Modified documents The following documents are updated for UltraSite EDGE BTS for release CX7: ವ DN0963445 Trouble Management of UltraSite EDGE BTS Id:0900d80580801f26 Confidential 165 Changes in RG20(BSS) 1.9.6 Documentation changes in MetroSite EDGE BTS No document updates in MetroSite EDGE for this release. 166 Id:0900d80580801feb Confidential DN0963445 Changes in RG20(BSS) 1.9.7 Documentation changes in SiteWizard No document updates in SiteWizard for this release DN0963445 Id:0900d80580801f25 Confidential 167 Changes in RG20(BSS) 1.9.8 Documentation changes in Power Systems No document updates in Power Systems for this release 168 Id:0900d80580801f24 Confidential DN0963445 Changes in RG20(BSS) 1.10 1.10.1 1.10.1.1 Documentation changes in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 01 Documentation changes in BSC New documents The following documents are new: Changes ವ ವ Changes in RG20(BSS) Parameter Changes Functional Area Descriptions: ವ System Maintenance Feature Descriptions: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ BSS21309: OSC Half Rate with SAIC MS BSS30385: Circuit Switched Dynamic Abis Pool BSS21222: Energy optimised TCH Allocation BSS21343: DLDC Territory Procedures BSS21392: TRX Specific Link Adaptation for DLDC BSS20083: Inter-BSC NACC BSS21341: A over IP BSS21454: Packet Abis over IP/Ethernet/BSS21438: Packet Abis over Satellite/BSS21444: Packet Abis Security/BSS21445: Packet Abis Congestion Reaction/BSS21439: Packet Abis Sync. ToP IEEE1588v2/BSS30450: Packet Abis Synchronous Ethernet BSS21440: Packet Abis over TDM /BSS21438: Packet Abis over Satellite/BSS21445: Packet Abis Congestion Reaction BSS30395: Packet Abis Delay Measurement BSS21443: Packet TRS for UltraSite / BTSplus BSS21271: Abis Delay Measurement (TDM, PWE3) BSS21503: FlexiPacket Radio Connectivity BSS21316: Flexi BTS Autoconnection BSS20045: PCU Restart Handling BSS21232: Automatic EDAP Reallocation in PCU BSS21362: Fast BSS Restart BSS21045: Inter System NACC BSS21355: Inter System NACC for LTE Reference ವ ವ ವ ವ ವ DN0963445 120 TDM/PW Abis Delay Measurement 121 Circuit-switched Dynamic Abis Pool Measurement 122 OSC RX Quality 123 Packet Abis BTS measurement 124 Packet Abis Traffic measurement Id:0900d80580804c01 Confidential 169 Changes in RG20(BSS) ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ 125 Packet Abis SCTP measurement 126 Packet Abis Delay measurement 127 Packet Abis Congestion Control measurement 128 ETP Ethernet BSC measurement 129 ETP Ethernet TCSM Measurement 130 AoIP Traffic BSC Measurement 131 AoIP Traffic TCSM Measurement 135 Precise RX Level Measurement 136 Precise Timing Advance Measurement 137 Precise Power Level Measurement 138 Adjacent Cell RX Level Measurement Security and User Management System Descriptions ವ ವ ವ ವ 1.10.1.2 BSC Transport Site Solution Scenarios and Requirements BSC Transport Site Solution L2_L3 External Equipment BSC Transport Site Solution Synchronization BSC Site Solution Security Gateway Modified documents The following documents have been updated: System Descriptions ವ ವ BSS Description Transport Network Solutions for BSS Functional Area Descriptions ವ ವ ವ ವ ವ ವ ವ ವ Radio channel allocation RF Power control and handover algorithm Cell broadcast TCSM Support in BSC Transmission management in BSS Radio Network Maintenance Radio Network Recovery and State Management BSSMAP Error handling Feature Descriptions ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ 170 BSS21238: Merged P- & E-GSM900 BSS21270: 105km Extended Cell for GPRS/EDGE BSS20960: Wideband AMR and BSS21118: AMR TFO BSS21120 : AMR Unpacking optimization BSS21161: SDCCH and PS data channels on DFCA TRX Antenna Hopping System Feature Description BSS Synchronisation BSS10016 and BSS10118: Common BCCH Control Direct Access to Desired Layer/Band Directed Retry in BSC BSS20870: Double Power TRX for 2G BTS Id:0900d80580804c01 Confidential DN0963445 Changes in RG20(BSS) ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ BSS11052: Dynamic Frequency and Channel Allocation Enhanced Coverage by Frequency Hopping BSS10004 and BSS6071: Enhanced Speech Codecs: AMR and EFR BSC3015: FACCH Call Set-up BSS12158: IMSI-Based Handover Intelligent Underlay-Overlay PGSM900-EGSM900 BTS in BSC Soft Channel Capacity in BSC Handover Support for Coverage Enhancements Radio Resource Pre-emption and Queuing BSS20082: Single Antenna Interference Cancellation in BSC BSS10046: Multi BCF Control Intelligent Directed Retry in BSC GPRS System Feature Description EDGE System Feature Description BSS10045: Dynamic Abis BSS20094: Extended Cell for GPRS/EDGE BSS7003 and BSS7037: HSCSD and 14.4 kbit/s Data Services in BSC BSS20106: Packet Control Unit (PCU2) Pooling BSS20958: Energy saving mode for BCCH TRX BSS20012: File Based Plan Provisioning System Feature Description BSS21353: LTE System Information BSS10012 and BSS11114 Location Services in BSC BSC/TCSM descriptions ವ ವ ವ ವ ವ Product Description of Product Description of Product Description of Product Description of Product Description of BSC2i and BSCi High Capacity Base Station Controller BSC3i High Capacity Base Station Controller Flexi BSC TCSM2A and TCSM2E TCSM3i High Capacity Transcoder Submultiplexer Plan and Dimension ವ ವ ವ ವ ವ ವ ವ BTS EDGE Dimensioning Abis EDGE Dimensioning BSC EDGE Dimensioning Gb EDGE Dimensioning BSC Site IP Connectivity Guidelines BSC Site IP Connectivity Examples BSS Transmission Configuration Install ವ ವ Creating and Managing BSC Hardware PWT User Guide Commission ವ ವ ವ DN0963445 Commissioning Flexi BSC Commissioning TCSM3i BSS Integration Id:0900d80580804c01 Confidential 171 Changes in RG20(BSS) Activate ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ Activating and Testing BSS10005: Reversed Hunting Activating and Testing BSS8037: Enhanced Coverage by Frequency Hopping Activating and Testing BSS6115: TRX Prioritisation in TCH Allocation Activating and Testing BSS10046: Multi BCF Control in BSC Activating and Testing BSS21270: 105km Extended Cell for GPRS/EDGE Activating and Testing BSS20094: Extended Cell for GPRS/EDGE Activating and Testing BSS11088: Coding Schemes CS-3 and CS-4 Activating and Testing BSS10083: EGPRS Activating and Testing BSS9006: GPRS Activating and Testing BSS11114: Lb interface to BSC Activating and Testing BSS11134: Antenna Hopping Maintain Hardware ವ Creating and Managing BSC Hardware Monitor and Measure ವ ವ ವ BSC Statistics Administration Radio Network Testing Diagnostics and Testing Administer ವ ವ ವ ವ ವ ವ ವ ವ ವ Dynamic Abis Pool Handling Licence Management in BSC Managing the BSS Transmission Radio Network Administration Integrated LAN Administration Common Channel Signalling (MTP,SCCP and TC) Integrated LAN Administration Software Configuration Management Information Security Troubleshoot ವ Replacing Plug-in Units Reference ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ 172 Disturbance Printouts (1000-1999) Failure Printouts (2000-3999) Base Station Alarms (7000-7999) Transmission Equipment Alarms (8000-8999) Handling Common Problem Situations in BSC Call Related DX Causes in BSC CI - Internal Routing States D1 - Pseudo Wire ToP Synchronization Handling D2 - IUA Message Interface over UDP Configuration Handling DV - Disk Log Handling DW - Primary Rate Access D-Channel for IUA Data Handling BSC EA - Adjacent Cell Handling Id:0900d80580804c01 Confidential DN0963445 Changes in RG20(BSS) ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ DN0963445 EE - Base Station Controller Parameter Handling in BSC EH - Handover Control Parameter Handling EQ - Base Transceiver Station Handling in BSC ER - Transceiver Handling ES - Abis Interface Configuration EU - Power Control Parameter Handling EW - BCF Software Handling FX - Gb Interface Handling IS - IO Device Working States NR - Signalling Route Set Data Handling QR - TCP/IP Stack Data Handling RC - Circuit Group Handling (BSC) TP - GSM Measurement Handling UB - Single Radio Network Test Handling US - Working State and Restart Handling WD - Embedded Software Handling /Boot Package Handling WS - Software Package Status Handling WT - Equipment Management Abis O&M Monitoring BSC Measurement Counters Displaying Program (FOXMEA) PCU2 Service Terminal Commands EDGE, GPRS, and GSM Voice Key Performance Indicators Performance Measurements 1 Traffic Measurement 2 Resource Availability Measurement 4 Handover Measurement 50 BSC Level Clear Code Measurement 51 BSC Level Clear Code (PM) Measurement 52 Underlay-Overlay Statistics Measurement 70 Channel Finder Measurement 72 Packet Control Unit Measurement 76 Dynamic Abis Measurement 77 FER Measurement 95 GPRS Cell Re-selection Measurement 100 DFCA Measurement 108 DFCA SAIC Measurement 110 PCU Utilisation Measurement 113 Power Saving Measurement 114 Pseudo Wire BSC Measurement 116 Pseudo Wire TCSM Measurement 118 Pseudo Wire Tunnel BTS Measurement 119 TRE Ethernet Measurement 17 TCH Observation 21 Radio Measurement Report 29 Drop Call Breakdown Observation 226 Abis D-Channel Measurement Id:0900d80580804c01 Confidential 173 Changes in RG20(BSS) ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ BSS Radio Network Configuration Database (BSDATA) Logical Files BSC-CBC Interface DX 200 BSC-SGSN Interface Specification BSS GPRS Protocol (BSSGP) BSC-SGSN Interface Specification Network Service Protocol (NS) MSC-BSS Interface, Layer 3 Specification DX 200 BSC BSS Radio Network Parameter Dictionary PAFILE Timer and Parameter List PRFILE and FIFILE Parameter List Printouts of Starting Phases in Chorus Units Printouts of Starting Phases in DMX units Legal, Safety and Environmental Information ವ 1.10.1.3 Software Licence Terms Removed documents There are no removed documents in this release. 174 Id:0900d80580804c01 Confidential DN0963445 Changes in RG20(BSS) 1.10.2 1.10.2.1 Documentation changes in BTSplus New documents The following documents are new in release BRG2: Feature Descriptions ವ RG301397: Cositing with BS2xx Install ವ 1.10.2.2 Installing Flexi Multiradio in BS-241 / 241 II Modified documents The following documents have been updated in release BRG2: Feature Descriptions ವ BSS21469: BS2xx@ Flexi BSC product family Integrate and Configure ವ Migrating BTSplus to the Flexi BSC product family BTSplus descriptions ವ ವ ವ ವ ವ BS-240/241 product description BS-240 II / 240 II B / 241 II / 241 II B product description BTS module descriptions BTS frame descriptions BTS rack/shelter descriptions Install ವ Installing BS-241 / 241 II /24 II B Reference ವ Parameter/attribute mapping for migrating BTSplus to the Flexi BSC product family BTSplus user guides ವ Operating guidelines: LMT Evolution Commission ವ Commissioning BTSplus at the Flexi BSC product family Hardware ವ 1.10.2.3 KPI guidelines for BTSplus migration to the Flexi BSC product family Removed documents There are no removed documents in this release. DN0963445 Id:0900d80580804ac0 Confidential 175 Changes in RG20(BSS) 1.10.3 1.10.3.1 Documentation changes in Flexi Multiradio BTS New documents There are no new documents in this release. 1.10.3.2 Modified documents There are no updated documents in this release. 1.10.3.3 Removed documents There are no removed documents in this release. 176 Id:0900d80580804a2e Confidential DN0963445 Changes in RG20(BSS) 1.10.4 1.10.4.1 Documentation changes in Flexi EDGE BTS New documents There are no new documents in release EX4.0. 1.10.4.2 Modified documents The following documents have updated for release EX4.0: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ 1.10.4.3 Requirements for Installation and Operation Creating Stack, Wall and Pole Configurations Installing Flexi Cabinet for Indoor (FCIA) Creating FCIA Configurations Installing Flexi Cabinet for Outdoor (FCOA) Creating FCOA Configurations Installing Nokia Flexi EDGE BTS Optional Items Installing Nokia Flexi EDGE BTS Modules in Citytalk Cabinet Creating Nokia Flexi EDGE BTS Feederless Site Configurations Expanding Nokia Flexi EDGE BTS Maintaining Nokia Flexi EDGE BTS Modules Maintaining Flexi Cabinet for Indoor (FCIA) Maintaining Flexi Cabinet for Outdoor (FCOA) Nokia Flexi EDGE BTS Product Description Nokia Flexi EDGE BTS System Module (ESMA) Description Nokia Flexi EDGE BTS Dual TRX Module (EXxx) Description Optional Items Description Nokia Flexi EDGE BTS Co-siting Warnings and Cautions Removed documents There are no removed documents in release EX4.0. DN0963445 Id:0900d80580804a13 Confidential 177 Changes in RG20(BSS) 1.10.5 1.10.5.1 Documentation changes in UltraSite EDGE BTS New documents There are no new documents in release CX8. 1.10.5.2 Modified documents The following documents are updated for UltraSite EDGE BTS for release CX8: ವ ವ 1.10.5.3 Feature Descriptions for UltraSite EDGE BTS Trouble Management of UltraSite EDGE BTS Removed documents There are no removed documents in release CX8. 178 Id:0900d80580804a5e Confidential DN0963445 Changes in RG20(BSS) 1.10.6 1.10.6.1 Documentation changes in MetroSite EDGE BTS New documents There are no new documents in this release. 1.10.6.2 Modified documents There are no updated documents in this release. 1.10.6.3 Removed documents There are no removed documents in this release. DN0963445 Id:0900d80580804a58 Confidential 179 Changes in RG20(BSS) 1.10.7 1.10.7.1 Documentation changes in SiteWizard New documents There are no new documents in this release. 1.10.7.2 Modified documents There are no updated documents in this release. 1.10.7.3 Removed documents There are no removed documents in this release. 180 Id:0900d80580804a5c Confidential DN0963445 Changes in RG20(BSS) 1.10.8 1.10.8.1 Documentation changes in Power Systems New Documents The following documents are new: Power Systems user guides ವ ವ ವ 1.10.8.2 SiteStar Cabinet CPI SiteStar 19-inch rack CPI SiteStar Alarm Connection Modified documents There are no updated documents in this release. 1.10.8.3 Removed documents There are no removed documents in this release. DN0963445 Id:0900d80580804a5a Confidential 181 Software changes Changes in RG20(BSS) 2 Software changes 2.1 Software changes in RG20(BSS) EP2 2.1.1 New software features for RG20(BSS) EP2 2.1.1.1 Radio network performance New feature 2.1.1.2 Supported BTS types Location in documentation BSS21507: Flexible MCPA TX Power Pooling Flexi Multiradio BTS Feature Descriptions / RG20(BSS) EP2 Features / Radio network performance RG602124: Composite Multi Site Transmission Flexi Multiradio BTS Feature Descriptions / RG20(BSS) EP2 Features / Radio network performance Packet switched data New feature Supported BTS types RG301666: (E)GPRS DL Power Control Metro Site BTS Flexi EDGE BTS Flexi Multiradio BTS Location in documentation Feature Descriptions / RG20(BSS) EP2 Features / Packet switched data BTSplus BTS Ultra Site BTS RG301733: Adjustable TBF Multiplexing Density Ultra Site BTS Metro Site BTS Flexi EDGE BTS Feature Descriptions / RG20(BSS) EP2 Features / Packet switched data Flexi Multiradio BTS BTSplus BTS BSS402071: Instant QoS Signaling Feature Descriptions / RG20(BSS) EP2 Features / Packet switched data g Note This feature is supported in S14. BSS402059: Smart Resource Adaptation Feature Descriptions / RG20(BSS) EP2 Features / Packet switched data g Note This feature is supported in S14. 182 Id:0900d80580918800 Confidential DN0963445 Changes in RG20(BSS) 2.1.1.3 Software changes Transmission and transport New feature Supported BTS types BSS101406: Ethernet ring/path protection Flexi EDGE BTS BSS101417: Packet Abis QoS aware Ethernet Switching Flexi EDGE BTS Flexi Multiradio BTS Flexi Multiradio BTS Location in documentation Feature Descriptions / RG20(BSS) EP2 Features / Transmission and transport Feature Descriptions / RG20(BSS) EP2 Features / Transmission and transport g Note This feature is supported in S14. 2.1.1.4 BSS21327: Local Switching for Packet Abis Flexi EDGE BTS BSS21539: Packet Abis IP/TDM Aggregation Flexi EDGE BTS Flexi Multiradio BTS Flexi Multiradio BTS Feature Descriptions / RG20(BSS) EP2 Features / Transmission and transport Feature Descriptions / RG20(BSS) EP2 Features / Transmission and transport Multiradio interworking New feature RG301736: Inter System NCCR for TD-SCDMA Supported BTS types Ultra Site BTS Metro Site BTS Flexi EDGE BTS Location in documentation Feature Descriptions / RG20(BSS) EP2 Features / Multiradio interworking Flexi Multiradio BTS BTSplus BTS DN0963445 Id:0900d80580918800 Confidential 183 Changes in RG20(BSS) 2.2 Software changes in RG20(BSS) EP1 2.2.1 New software features for RG20(BSS) EP1 2.2.1.1 Radio network performance New feature Supported BTS types BSS21335: Precise Paging UltraSite BTS MetroSite BTS Flexi EDGE BTS Location in documentation Feature Descriptions / RG20(BSS) EP1 Features / Radio network performance Flexi Multiradio BTS BTSplus BTS BSS21534: OSC Full Rate with SAIC MS UltraSite BTS Flexi EDGE BTS Flexi Multiradio BTS BSS21325: 8 k TRAU for OSC AMR FR UltraSite BTS Flexi EDGE BTS Flexi Multiradio BTS BSS21388: Random Fill Bits UltraSite BTS Flexi EDGE BTS Flexi Multiradio BTS BSS21391: DFCA support for OSC UltraSite BTS Flexi EDGE BTS Flexi Multiradio BTS 2.2.1.2 Feature Descriptions / RG20(BSS) EP1 Features / Radio network performance Feature Descriptions / RG20(BSS) EP1 Features / Radio network performance Feature Descriptions / RG20(BSS) EP1 Features / Radio network performance Feature Descriptions / RG20(BSS) EP1 Features / Radio network performance Transmission and transport New feature Supported BTS types BSS21341: A over IP, Transcoder in BSS UltraSite BTS MetroSite BTS Flexi EDGE BTS Location in documentation Feature Descriptions / RG20(BSS) EP1 Features / Transmission and transport Flexi Multiradio BTS BTSplus BTS BSS30380: A over IP, Transcoder in MGW 184 Flexi EDGE BTS Flexi Multiradio BTS Id:0900d8058091897a Confidential Feature Descriptions / RG20(BSS) EP1 Features / Transmission and transport DN0963445 Changes in RG20(BSS) 2.2.1.3 Operability New feature Supported BTS types BSS101574: Air Path Loss Measurement UltraSite BTS Metro Site BTS Talk Family BTS Location in documentation Feature Descriptions / RG20(BSS) EP1 Features / Operability Flexi EDGE BTS Flexi Multiradio BTS BTSplus BTS BSS101562: Flexible Frame Offset Management UltraSite BTS Flexi EDGE BTS Flexi Multiradio BTS 2.2.1.4 Multiradio Interworking New feature Supported BTS types BSS21520: RF Sharing GSM LTE 2.2.1.5 Flexi Multiradio BTS Location in documentation Feature Descriptions / RG20(BSS) EP1 Features / Multiradio Interworking Site Solutions New feature Supported BTS types RG601668: BS2xx Loop Protection with Flexi BSC DN0963445 Feature Descriptions / RG20(BSS) EP1 Features / Operability BTSplus BTS Id:0900d8058091897a Confidential Location in documentation Feature Descriptions / RG20(BSS) EP1 Features / Multiradio Interworking 185 Changes in RG20(BSS) 2.3 Software changes in RG20(BSS) 2.3.1 New software features for RG20(BSS) RG20(BSS) features have Flexi Multiradio BTS support with RG20(BSS) EP1. 2.3.1.1 Radio network performance New feature Supported BTS types BSS21309: OSC Half Rate with SAIC MS Flexi EDGE BTS Location in documentation Feature Descriptions / Radio network performance g Note Flexi Multiradio BTS and UltraSite BTS are supported with RG20(BSS) EP1. BSS30385: Circuit Switched Dynamic Abis Pool Flexi EDGE BTS Feature Descriptions / Radio network performance g Note Flexi Multiradio BTS and UltraSite BTS are supported with RG20(BSS) EP1. BSS21222: Energy optimised TCH Allocation UltraSite BTS MetroSite BTS Feature Descriptions / Radio network performance Flexi EDGE BTS BTSplus BTS 2.3.1.2 Packet switched data New feature Supported BTS types BSS21343: DLDC Territory Procedures UltraSite BTS MetroSite BTS Location in documentation Feature Descriptions / Packet switched data Flexi EDGE BTS BTSplus BTS BSS21392: TRX Specific Link Adaptation for DLDC UltraSite BTS MetroSite BTS Feature Descriptions / Packet switched data Flexi EDGE BTS BTSplus BTS BSS20083: Inter-BSC NACC UltraSite BTS MetroSite BTS Feature Descriptions / Packet switched data Flexi EDGE BTS BTSplus BTS BSS21045: Inter System NACC UltraSite BTS MetroSite BTS Feature Descriptions / Packet switched data Flexi EDGE BTS BTSplus BTS 186 Id:0900d805808db3e4 Confidential DN0963445 Changes in RG20(BSS) New feature Supported BTS types BSS21355: Inter System NACC for LTE UltraSite BTS MetroSite BTS Location in documentation Feature Descriptions / Packet switched data Flexi EDGE BTS BTSplus BTS 2.3.1.3 Transmission and transport New feature 2.3.1.4 Supported BTS types Location in documentation BSS21454: Packet Abis over IP/Ethernet Flexi EDGE BTS Feature Descriptions / Transmission and transport BSS21440: Packet Abis over TDM Flexi EDGE BTS Feature Descriptions / Transmission and transport BSS30395: Packet Abis Delay measurement Flexi EDGE BTS Feature Descriptions / Transmission and transport BSS21443: Packet TRS for UltraSite / BTSplus UltraSite BTS Feature Descriptions / Transmission and transport BSS21271: Abis Delay Measurement (TDM, PWE3) Flexi EDGE BTS Feature Descriptions / Transmission and transport BSS21503: FlexiPacket Radio Connectivity Flexi EDGE BTS Feature Descriptions / Transmission and transport BTSplus BTS Operability New feature Supported BTS types Location in documentation BSS21316: Flexi BTS Autoconnection Flexi EDGE BTS Feature Descriptions / Operability BSS20045: PCU Restart Handling UltraSite BTS Feature Descriptions / Operability MetroSite BTS Flexi EDGE BTS BTSplus BTS BSS21232: Automatic EDAP Reallocation in PCU UltraSite BTS MetroSite BTS Feature Descriptions / Operability Flexi EDGE BTS BTSplus BTS BSS21362: Fast BSS Restart UltraSite BTS Flexi EDGE BTS Feature Descriptions / Operability BTSplus BTS DN0963445 Id:0900d805808db3e4 Confidential 187 Changes in RG20(BSS) 2.3.1.5 Site Solutions New feature Supported BTS types RG301397: Cositing with BS2xx 188 Flexi EDGE BTS BTSplus BTS Id:0900d805808db3e4 Confidential Location in documentation Feature Descriptions / Site Solutions DN0963445 Changes in RG20(BSS) Hardware changes 3 Hardware changes 3.1 Hardware changes in BSC 3.1.1 Changes in hardware products In S15 first deliveries, the Flexi BSC is used. Both the first delivery Flexi BSC and the upgraded Flexi BSC can be used as the BSC-part in the TCSM3i for combined BSC/TCSM installation option. The terminology concerning BSC network elements has been revised. M92 mechanicbased BSCs are referred to as BSCi/BSC2i, and M98 mechanic-based BSCs as Flexi BSC product family. The terms BSC, BSCi, BSC2i, and Flexi BSC are explained in the following table. BSC = Base Station Controller, a general term for all BSC network elements General name Product name Explanation BSCi/BSC2i BSCi High capacity (upgraded) version of the first generation DX 200 BSC (BSCE) BSC2i High capacity version of the second generation DX 200 BSC2 BSC3i 660 660 TRX one cabinet configuration, upgradable to Flexi BSC (prior to S12) BSC3i 1000/2000 1000 TRX one-cabinet or 2000 TRX twocabinet configuration, upgradable to Flexi BSC (S12 onwards) Flexi BSC 3000 TRX one-cabinet configuration (S14) Flexi BSC product family 4200 TRX one-cabinet configuration (S15) Table 124 BSC network elements The terminology concerning the cabling cabinets has also been revised. The following three cabling cabinet options are available: ವ ವ ವ 3.1.1.1 Cabling cabinet, 2 PCMs / cable (connector panels CPETS-G and CPETS-H) Cabling cabinet, 2 PCMs / cable (connector panels CPETS-E and CPETS-F) Cabling cabinet, coaxial PCMs (connector panels CPETC-E and CPETC-F) Flexi BSC New products A new member of Flexi BSC is introduced to the Flexi BSC product family on S15 level, namely the 4200 TRX Flexi BSC. The Flexi BSC is the latest step in the evolution of Nokia Siemens Networks Base Station Controller. The Flexi BSC consists of existing and new hardware products. The most important new products are shown in the following table. DN0963445 Id:0900d805808db38a Confidential 189 Hardware changes Changes in RG20(BSS) New Description Location in documentation Central Processor Unit For more information, see Functional unit descriptions for the Flexi BSC in Engineering for Flexi BSC Processor CP1D-A Plug-in units ETS2 Exchange Terminal for 2 x STM-1/OC- For more information, see 3 Functional unit descriptions for the Flexi BSC in Engineering for Flexi BSC ETP Exchange Terminal for Packet Transport For more information, see Functional unit descriptions for the Flexi BSC in Engineering for Flexi BSC ETP-A Exchange Terminal for Packet Transport over A-interface For more information, see Functional unit descriptions for the Flexi BSC in Engineering for Flexi BSC It is similar to the IC209-A with the exception of having three fan trays. For more information, see Engineering for Flexi BSC Cabinets IC209-C Table 125 New products 3.1.1.2 BSC3i 1000/2000 and BSC3i 660 Changed products Mandatory hardware requirements for the minimum memory capacity of CPU units of M98 mechanics BSC3i 1000/2000 and BSC3i 660 is 512 MB in BCSU and 1 GB in MCMU and OMU. 3.1.1.3 BSCi/BSC2i Changed products Mandatory hardware requirement for the minimum memory capacity of CPU units in computer units of M92 mechanics high capacity BSCi and BSC2i is 512 MB in BCSU, MCMU and OMU. 3.1.1.4 TCSM3i New products New Description Location in documentation Cartridges Table 126 190 New products Id:0900d805808db38a Confidential DN0963445 Changes in RG20(BSS) Hardware changes New Description Location in documentation TC1C-A 1/1 shelf Transcoder Cartridge For more information, see Engineering for TCSM3i Exchange Terminal for Packet Transport over A interface For more information, see Engineering for TCSM3i Plug-in units ETP-A Connector modules RCOM-B Connector Module for ETP-A For more information, see Engineering for TCSM3i RCM16 Connector Module for ET16 For more information, see Engineering for TCSM3i Terminators and setting modules TRMSB SBUS Termination Connector For more information, see Engineering for TCSM3i TRMBTB Timing Bus Termination Connector For more information, see Engineering for TCSM3i Table 126 New products (Cont.) 3.1.2 3.1.2.1 Changes in installation Flexi BSC A new Flexi BSC release is introduced in S15. It is based on the S14 Flexi BSC and supports all existing functionalities and their implementation principles. The new IC209C cabinet is used in new delivery S15 Flexi BSC and also in future S14 Flexi BSC installations. 3.1.2.2 TCSM3i In combined BSC/TCSM installation option, both first-delivery Flexi BSC and upgraded Flexi BSC can be used as the BSC-part. 3.1.3 3.1.3.1 Changes in network element hardware extensions and upgrades Flexi BSC New extensions and upgrades The S15 new delivery Flexi BSC cabinet is based on an indoor, ventilated, 5-shelf cabinet variant IC209-C with Fan Trays FTRB-A. Cabling cabinets The following three cabling cabinet options are available: ವ ವ DN0963445 Cabling cabinet, 2 PCMs / cable - CPETS-G and CPETS-H connector panels are in use Cabling cabinet, 1 PCM / cable - CPETS-E and CPETS-F connector panels are in use Id:0900d805808db38a Confidential 191 Hardware changes Changes in RG20(BSS) ವ Cabling cabinet, coaxial PCMs - CPETC-E and CPETC-F connector panels are in use Note that there is an additional small CPETx connector panel installed with a RACP2 roof adapter at the cabling cabinet top in S15 Flexi BSC first deliveries. Additionally, in combined BSC/TCSM installation deliveries, one or two or three TCSA cabinets (cabinet type variant TCSA set + TCSA0-A location set + TCSA-06 cabinet upgrade set per TCSA cabinet) is / are attached to BSCC cabinet. S14 Flexi BSC upgrade to S15 Flexi BSC BSC3i 1000/2000 and BSC3i 660 upgrade to Flexi BSC BSC3i 1000/2000 and BSC3i 660 upgrade to Flexi BSC can be implemented in the following ways: ವ ವ ವ ವ ವ ವ ವ First-delivery BSC3i 1000 to Flexi BSC upgrade First-delivery BSC3i 2000 (2 cabinets) to Flexi BSC (1 cabinet) upgrade First-delivery BSC3i 2000 (2 cabinets) to Flexi BSC (2 cabinets) upgrade BSC3i 2000 (BSC3i 1000 part upgraded from BSC3i 660; 2 cabinets) to Flexi BSC (1 cabinet) upgrade BSC3i 2000 (BSC3i 1000 part upgraded from BSC3i 660; 2 cabinets) to Flexi BSC (2 cabinets) upgrade BSC3i 660 (with GSW1KB) to Flexi BSC upgrade BSC3i 660 (with GSWB) to Flexi BSC upgrade ETS2 options The following ETS2 option is available for Flexi BSC: ETS2 equipment protection ETIP1-A options The following ETIP1-A options are available for Flexi BSC: ವ ವ ETIP1-A Exchange Terminal for IP Transmission ETIP1-A equipment protection ETP/ETP-A options The following ETP/ETP-A options are available for Flexi BSC: ವ ವ 3.1.3.2 ETP/ETP-A transmission protection ETP/ETP-A equipment protection TCSM3i New extensions and upgrades in TCSM3i for stand-alone installation option Cabiling cabinet for Double Density Cabling cabinet for Traditional PCMs Cabling cabinet for Coaxial PCMs Rear Connetction Module Set ETIP1-A options The following ETIP1-A options are available for stand-alone installation option: ವ ವ ವ 192 ETIP1-A for Ater-interface with equipment protection ETIP1-A for A-interface ETIP1-A equipment protection for A-interface Id:0900d805808db38a Confidential DN0963445 Changes in RG20(BSS) Hardware changes ETP-A options The following ETP-A option is available for stand-alone installation option: ವ ETP-A equipment protection New extensions and upgrades in TCSM3i for combined BSC/TCSM installation option Cabinet upgrade The TCSA cabinet upgrade for combined BSC/TCSM is updated to support also Flexi BSC as the BSC-part. ETS2 options The following ETS2 option is available for combined BSC/TCSM installation option: ETS2 equipment protection for A-interface ETIP1-A options The following ETIP1-A option is available for combined BSC/TCSM installation option: ವ ETIP1-A equipment protection for A-interface ETP-A options The following ETP-A option is available for combined BSC/TCSM installation option: ವ DN0963445 ETP-A equipment protection for A -interface Id:0900d805808db38a Confidential 193 Changes in RG20(BSS) 3.2 Hardware changes in Flexi EDGE BTS All the Flexi EDGE BTS documents have been modified for fault corrections and updated for the following: ವ 194 PASI card implementation Id:0900d80580804ac4 Confidential DN0963445 Changes in RG20(BSS) Alarm changes 4 Alarm changes 4.1 4.1.1 Alarm changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06 Overview of alarm changes The changes in alarms that have been made between the S15.1 and S15 EP2.1 software releases are described here. Minor changes that do not have any effect on the functionality of the alarm are not included. The change descriptions of individual alarms are divided into three groups: alarm documentation, printout changes, and alarm parameters. The possible statements are: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ Alarm text changed Meaning improved Meaning changed Supplementary Information Field (SIF) structure changed SIF values updated SIF meaning updated Instructions improved Operating sequence improved Cancelling updated Alarm parameters changed The new and changed alarms are listed by their alarm manual category. In addition, the new alarms are listed with their Meaning field and the changed alarms are listed with the supplementary information fields of the original and the updated alarm. The alarms are listed in the following alarm manuals, under the Reference and Troubleshoot\BSC/TCSM headings: ವ ವ ವ ವ ವ ವ DN0963445 Notices (0–999) Disturbance Printouts (1000–1999) Failure Printouts (2000–3999) Diagnosis Reports (3700–3999) Base Station Alarms (7000–7999) Transmission Equipment Alarms (8000–8999) Id:0900d805808db38c Confidential 195 Changes in RG20(BSS) 4.1.2 4.1.2.1 New alarms New alarms for RG20 EP2.1 release Failure Printouts (2000-3999) Number Name Meaning 3642 CONFLICT IN NEW RECOVERY ACTION DUE TO PREVIOUS RECOVERY Conflict situation in BSC application due to new recovery action before completing the previous recovery action. 3643 ETPC SUPERVISION FAILURE Master or remote BSC sets this alarm if ETPSIG-c supervision of an ETPC fails. As a result of this situation, the operation provided by ETPC in question is not available, or the operation is unreliable. 3647 BCSU LOAD THRESHOLD EXCEEDED FAILURE BCSU Load has exceeded the threshold value. 3649 PRECISE PAGING MISCONFIGURATION There is some misconfiguration related to repaging delay values in MSC/SGSN when precise paging feature is active. 3652 DYNAMIC MEMORY ALLOCATION FAILURE Dynamic memory allocation for a feature has failed. BSC has updated BTS Measurement Averaging to value 2 for all or some of the TRXs of the BCSU. The feature will not work. Transmission Equipment Alarms (8000-8999) Number Name Meaning 8293 ML-PPP BUNDLE ESTABLISHMENT FAILURE BTS is unable to establish ML-PPP bundle. 8294 ML-PPP BUNDLE DOWNGRADED Adding of a PPP link to the MC/ML-PPP bundle fail or a link is broken and has to be removed from the bundle. 8295 LICENSE FOR ETHERNET RING/PATH PROTECTION IS NOT AVAILABLE The feature cannot be activated without a licence. 8296 NO LICENSE FOR QOS AWARE ETH SWITCHING Licence for QoS aware Ethernet Switching is not available. 8297 LICENSE FOR PACKET ABIS IP/TDM AGGREGATION IS NOT AVAILABLE The feature cannot be activated without a licence. CONFIGURED AND NEGOTIATED PAOTDM PARAMETERS MISMATCH BTS is unable to function in PAoTDM mode as configured by the operator. 8299 4.1.2.2 This alarm affects the provided services. This alarm affects the provided services. New alarms for mcBSC release Failure Printouts (2000-3999) Number Name Meaning 3730 CONFLICT IN NEW RECOVERY ACTION DUE TO PREVIOUS RECOVERY Conflict situation in BSC application due to new recovery action before completing the previous recovery action. 196 Id:0900d805808c9bbb Confidential DN0963445 Changes in RG20(BSS) Transmission Equipment Alarms (8000-8999) Number Name Meaning 8299 CONFIGURED AND NEGOTIATED PAOTDM PARAMETERS MISMATCH BTS is unable to function in PAoTDM mode as configured by the operator. DN0963445 Id:0900d805808c9bbb Confidential 197 Changes in RG20(BSS) 4.1.3 4.1.3.1 Changed alarms Changed alarms for RG20 EP2.1 features Base Station Alarms (7000-7999) 7600 BCF FAULTY Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 The below new fault reason has been added. Fault reason: Flexible MCPA TX Power Pooling Licence is missing or feature is not configured at the BSC. Description: System module detected that the MCPA TX Power Pooling is not activated or installed at BSC. Instructions: Install and activate the feature licence and configure feature in use at the BSC OR recomission the site not to use the feature. 7602 BCF Notification Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 The below new fault reason has been added. Fault Reason: Composited Multi Site Transmission feature is not activated for the BTS Instruction: 1. Check if feature is disabled in BSC but node configuration exists in BTS. 2. Check if feature is enabled in BSC but node configuration does not exist in BTS 7605 BTS NOTIFICATION Change description: Cancelling updated Cancelling in S15.1 Cancelling in RG20 EP2.1 If the fault reason "ECxx RTC module has detected no fans" occurs in the Flexi EDGE BTS, you have to cancel the alarm manually. If the fault reason "RF module with different frequency band detected" occurs in FlexiMulti radio, to cancel the alarm, issue a BCF reset after hardware replacement. Do not cancel the alarm. The system cancels the alarm automatically when the fault has been corrected. If the fault reason "ECxx RTC module has detected no fans" occurs in the Flexi EDGE BTS, you have to cancel the alarm manually. If the fault reason "RF module with different frequency band detected" occurs in FlexiMulti radio, to cancel the alarm issue a BCF reset after hardware replacement. 198 Id:0900d805808c9bbc Confidential DN0963445 Changes in RG20(BSS) 7606 TRX FAULTY Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 The below new fault reason has been added. Fault reason: TRX object allocation failed in RF module. Description: RF module is equipped with MCPA and each MCPA can include up to 6 TRXs. It is detected that more than 6 TRXs are configured. Instructions: 1. Lock and remove extra TRXs or configure more MCPA units. 7722 ERROR IN BSS RADIO NETWORK DATABASE UPDATE Change description: SIF structure added, Instruction improved SIF structure in S15.1 DN0963445 SIF structure in RG20 EP2.1 Id:0900d805808c9bbc Confidential 199 Changes in RG20(BSS) 7722 ERROR IN BSS RADIO NETWORK DATABASE UPDATE 1 type of error01 error in updating the operational state of the radio network02 error in updating configuration of the radio network object (BCF/BTS/TRX) 03 error in updating the frequency hopping parameters 05 error in updating the GPRS related parameters of BTS sent by PCU 2 task in which the error occurred 01 failure in the TSL 02 cancelling of the TSL failure 03 failure in the TRX 04 cancelling of the TRX failure 05 cell-specific failure 06 cancelling of the cell-specific failure 07 BTS-site-specific failure 08 cancelling of the BTS-site-specific failure 09 restart of the BCSU 0A restart of the BTS site 0B correction request for the TRX configuration from the call control 0C BTS/TRX unlock given by means of an MML command 0E battery backup recovery of the BTS site 0F testing of the TSL 14 restart of the TRX 18 hot reset 19 restart of the MCMU 20 blocking due to RNW plan activation 21 deblocking due to RNW plan activation 22 updating GPRS related parameters in BTS sent by the PCU 23 blocking due to RNW plan activation 24 deblocking due to RNW plan activation 25 updating the GPRS related parameters in BTS sent by PCU 26 updating plan parameter changes 27 TRX manual power down 2A Fast BSS Restart 2B ETP unit restart 2E HDLC link failure2F HDLC link's PCM failure 30 Configuration data sending to BTS 3 general error message of the system. See General Error Messages of System for error code explanations. 1 type of error 01 error in updating the operational state of the radio network 02 error in updating configuration of the radio network object (BCF/BTS/TRX) 03 error in updating the frequency hopping parameters 05 error in updating the GPRS related parameters of BTS sent by PCU 06 error in unlocking BTS/TRX due to automatic TRX unblock 2 task in which the error occurred 01 failure in the TSL 02 cancelling of the TSL failure 03 failure in the TRX04 cancelling of the TRX failure05 cellspecific failure 06 cancelling of the cell-specific failure 07 BTS-site-specific failure 08 cancelling of the BTS-site-specific failure 09 restart of the BCSU 0A restart of the BTS site 0B correction request for the TRX configuration from the call control 0C BTS/TRX unlock given by means of an MML command 0E battery backup recovery of the BTS site 0F testing of the TSL 14 restart of the TRX 18 hot reset 19 restart of the MCMU 20 blocking due to RNW plan activation 21 deblocking due to RNW plan activation 22 updating GPRS related parameters in BTS sent by the PCU 23 blocking due to RNW plan activation 24 deblocking due to RNW plan activation 25 updating the GPRS related parameters in BTS sent by PCU 26 updating plan parameter changes 27 TRX manual power down 28 TRX automatic power down 29 O&M link fault cancel 2A Fast BSS Restart 2B ETP unit restart2E HDLC link failure 2F HDLC link's PCM failure 30 Configuration data sending to BTS 32 automatic TRX unblocking3 general error message of the system. See General Error Messages of System for error code explanations. Instruction in S15.1 Instruction in RG20 EP2.1 200 Id:0900d805808c9bbc Confidential DN0963445 Changes in RG20(BSS) 7722 ERROR IN BSS RADIO NETWORK DATABASE UPDATE 1. Use the MML command DBS to check if the operational state of the BSDATA is normal. If it is not, check whether the database system has set alarms and act according to their instructions to recover from the fault. 2. Check the value of the supplementary information field 2 (interrupted task). Interrupted task values: 03H or 04H: Check radio network parameters of the cell. Radio network recovery function may have changed some TRX's parameters before failure but some TRX may have old parameters. Delete the TRX and then re-create it with the correct parameters. Then change the BTS first to LOCKED state and then to UNLOCKED state to ensure parameters updating to BTS site. If interrupted task is not any of the values above , check the value of the supplementary information field 1 (error type). Error type values: 01H or 03H: Change the TRX first to LOCKED state and then to UNLOCKED state. The radio network database should now be updated correctly. (MML command ERS). If the update still fails, delete and re-create the BTS. 02H: Delete the related radio network object (TRX, BTS, BCF) and then re-create it with the correct parameters. The radio network database should now be updated correctly. 05H: GPRS is disabled and enabled back to segment by GENA parameter. 1. Use the MML command DBS to check if the operational state of the BSDATA is normal. If it is not, check whether the database system has set alarms and act according to their instructions to recover from the fault. 2. Check the value of the supplementary information field 2 (interrupted task). Interrupted task values: 03H or 04H: Check radio network parameters of the cell. Radio network recovery function may have changed some TRX's parameters before failure but some TRX may have old parameters. Delete the TRX and then re-create it with the correct parameters. Then change the BTS first to LOCKED state and then to UNLOCKED state to ensure parameters updating to BTS site. If interrupted task is not any of the values above , check the value of the supplementary information field 1 (error type). Error type values: 01H or 03H: Change the TRX first to LOCKED state and then to UNLOCKED state. The radio network database should now be updated correctly. (MML command ERS). If the update still fails, delete and re-create the BTS. 02H: Delete the related radio network object (TRX, BTS, BCF) and then re-create it with the correct parameters. The radio network database should now be updated correctly. 05H: GPRS is disabled and enabled back to segment by GENA parameter. 06H: Unlock the related radio network object (TRX, BTS) and clear alarm manually with ZEOR. Transmission Equipment Alarms (8000-8999) 8285 LICENCE FOR TIMING OVER PACKET IS NOT AVAILABLE Change description: Cancelling updated Cancelling in S15.1 Cancelling in RG20 EP2.1 Do not cancel the alarm. The system cancels the alarm automatically when the fault has been corrected. Alarm is cancelled when the license for ToP clock is made available or Alarm is cancelled when ToP clock is removed from the priority list. Do not cancel the alarm. The system cancels the alarm automatically when the fault has been corrected. Alarm is also cancelled due to any one of these reasons: When the license for ToP clock is made available and BCF reset is performed. When ToP clock is removed from the priority list. Failure Printouts (2000-3999) 2666 DBSMAN STOPPED IN ACTIVE UNIT Change description: Instruction improved Instruction in S15.1 DN0963445 Instruction in RG20 EP2.1 Id:0900d805808c9bbc Confidential 201 Changes in RG20(BSS) 2666 DBSMAN STOPPED IN ACTIVE UNIT The DBSMAN has intentionally stopped itself and no longer handles the disk update requests it receives. This alarm arises often in combination with other database handling system faults. Hence, also check the other active alarms with the MML command AAP.The 4th supplementary field gives a clue in detecting the underlying reason, which caused the DBSMAN to stop. Give the service terminal command ZGD, to examine the log of the database unit (the unit is indicated in Supplementaryinformation field 4) and the log of the unit, in which the disk updating system is located (that is, the alarm object unit).Also, save these logs and the alarm history (can be retrieved with the MML command AHP). The reason for the alarm canusually be found in them. Most often the fault is in the disk or the disk drive, and in this case the necessary actions to fix theinstallation need to be taken. If needed, contact your local Nokia Siemens Networks representative. The DBSMAN has intentionally stopped itself and no longerhandles the disk update requests it receives. This alarm arisesoften in combination with other database handling system faults. Hence, also check the other active alarms with the MML command AHO.The 4th supplementary field gives a clue in detecting the underlying reason, which caused the DBSMAN to stop. Give the service terminal command ZGD, to examine the log of the database unit (the unit is indicated in Supplementary information field 4) and the log of the unit, in which the disk updating system is located (that is, the alarm object unit).Also, save these logs and the alarm history (can be retrieved with the MML command AHP). The reason for the alarm can usually be found in them. Most often the fault is in the disk or the disk drive, and in this case the necessary actions to fix the installation need to be taken. If needed, contact your local Nokia Siemens Networks representative. 3122 STATISTICAL MEASUREMENT STOPPED Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 In all cases, there is an error situation, which probably cannot be corrected without a software update. Contact your local Nokia Siemens Networks representative. Send the unit's logs, operating system logs and active alarms to Nokia Siemens Networks representative.The logs can be output by using the service terminal commands ZGD and ZSL. The active alarms can be output by using the MML command ZAAP. In all cases, there is an error situation, which probably cannot be corrected without a software update. Contact your local Nokia Siemens Networks representative. Send the unit's logs, operating system logs and active alarms to Nokia Siemens Networks representative.The logs can be output by using the service terminal commands ZGD and ZSL. The active alarms can be output by using the MML command ZAHO. 3120 ET CONFIGURATION FAILED Change description: Instruction improved Instruction in S15.1 202 Instruction in RG20 EP2.1 Id:0900d805808c9bbc Confidential DN0963445 Changes in RG20(BSS) 3120 ET CONFIGURATION FAILED Depending on the value of the supplementary information field 2, do thefollowing: 01: Check with the MML command AAP, if there are any other active alarms related to the file system and follow the instructions of those alarms. 02: Program block is frozen or behaving falsely. The family id of the program block in question is given in the supplementary information field 2 and the address of its location computer is given in the last supplementary information field. In this case, the object unit of the alarm is the ET related to the communication error. If the failure still persists after restarting the NIU, fill in a Problem Report and send it to your local Nokia Siemens Networks representative. Enclose the alarm history to the Problem Report. 03: There are too many NIUs equipped in the Network Element. The configuration can not be maintained. In this case, the object unit of the alarm is the NIU of the ET(s) that can not be added to the configuration. If the given number of NIUs is not exceeded, try to restart the one that was previously added. If this does not help, fill in a Problem Report and send it to your local Nokia Siemens Networks representative. Enclose the alarm history to the Problem Report. Depending on the value of the supplementary information field 2, do the following: 01: Check with the MML command AHO, if there are any other active alarms related to the file system and follow the instructions of those alarms. 02: Program block is frozen or behaving falsely. The family id of the program block in question is given in the supplementary information field 2 and the address of its location computer is given in the last supplementary information field. In this case, the object unit of the alarm is the ET related to the communication error. If the failure still persists after restarting the NIU, fill in a Problem Report and send it to your local Nokia Siemens Networks representative. Enclose the alarm history to the Problem Report. 03: There are too many NIUs equipped in the Network Element. The configuration can not be maintained. In this case, the object unit of the alarm is the NIU of the ET(s) that can not be added to the configuration. If the given number of NIUs is not exceeded, try to restart the one that was previously added. If this does not help, fill in a Problem Report and send it to your local Nokia Siemens Networks representative. Enclose the alarm history to the Problem Report. 3523 PCU ETP SERIAL LINK FAILURE Change description: SIF structure added SIF structure in S15.1 SIF structure in RG20 EP2.1 1 Digital Signal Processor Identification. 1 plug-in unit index of the PCU 2 digital Signal Processor Identification. 3524 PCU ETP ETHERNET LINK FAILURE Change description: SIF structure added SIF structure in S15.1 SIF structure in RG20 EP2.1 ETP IP ADDR IP addess of ETP. 1 plug-in unit index of the PCU 2 IP address of ETP. 3525 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETP Change description: Meaning improved, SIF structure added Meaning in S15 Meaning in RG20 EP2.1 A failure has occurred in updating the BCF or BSC specific Packet Abis parameters to Exchange Terminal for Packet Transport (ETPE,ETPT or ETME). Either one or all of the BCFs attached to the ETPE/T or ETME unit are not able to serve traffic. A failure has occurred in updating the BCF or BSC specific Packet Abis parameters to the Exchange Terminal for Packet Transport (ETPE or ETPT). Either one or all of the BCFs attached to the ETPE/T unit are not able to serve traffic. SIF structure in S15.1 SIF structure in RG20 EP2.1 DN0963445 Id:0900d805808c9bbc Confidential 203 Changes in RG20(BSS) 3525 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETP 1 identification of the BCF. If alarm is set for BSC specific parameters the field has value 0xFFFF. 2 identification of the ETP group. This shall be set to 0xFF in case of McETP. 3 type of the ETP group. This shall be set to 0xFF in case of McETP. 4 ERROR_CODE 154 Timeout in waiting a response from ETP 741 IN0 configuration in ETP is missing or invalid 1 identification of the BCF. If alarm is set for BSC level parameters the field has value 65535d.2 identification of the ETP group. 3 type of the ETP group. 4 154 Timeout in waiting a response from ETP 741 IN0 configuration in ETP is missing or invalid 3941 UNEQUIPPED SDH VC SIGNAL Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 Check with the MML command AAP, if any other alarms concerning the fault are on. If this is the case, follow the instructions of that alarm. If no other alarms concerning the fault are on, the problem is somewhere in the transmission network, and it should be investigated. It can also be so that the network element where the SDH path is originating is not correctly configured. If the alarm is only temporarily on, no action is needed. Check with the MML command AHO, if any other alarms concerning the fault are on. If this is the case, follow the instructions of that alarm. If no other alarms concerning the fault are on, the problem is somewhere in the transmission network, and it should be investigated. It can also be so that the network element where the SDH path is originating is not correctly configured. If the alarm is only temporarily on, no action is needed. 3974 VP/VC LEVEL AIS RECEIVED Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 For instructions on how to solve the problem, see ATM resource management troubleshooting. Use the AAP MML command to check if there are any other alarms related to this problem. For instructions for solving the problem, see ATM resource management troubleshooting. You should also check if there are any other alarms related to this problem with MML command AHO. 3975 VP/VC LEVEL RDI RECEIVED Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 For instructions on how to solve the problem, see ATM resource management troubleshooting. Use the AAP MML command to check if there are any other alarms related to this problem. For instructions for solving the problem, see ATM resource management troubleshooting. You should also check if there are any other alarms related to this problem with MML command AHO. 3984 UNEQUIPPED SDH LOWER ORDER PATH SIGNAL Change description: Instruction improved Instruction in S15.1 204 Instruction in RG20 EP2.1 Id:0900d805808c9bbc Confidential DN0963445 Changes in RG20(BSS) 3984 UNEQUIPPED SDH LOWER ORDER PATH SIGNAL Check with the MML command AAP, if any other alarms concerning the fault are on. If this is the case, follow the instructions of that alarm. If no other alarms concerning the fault are on, the problem is somewhere in the transmission network, and it should be investigated. It can also be so that the network element where the SDH path is originating is not correctly configured. If the alarm is only temporarily on, no action is needed. The following lower-order path overhead (POH) bytes are zeros for this alarm: V5: V5 byte is allocated for lower-Order path overhead.This byte provide the functions of error checking, signal label and path status of VC-11 & VC-12 lower order paths. bits 5-7: it provides the signal label of VC11/Vc12. if it is 000, then it is unequipped. J2: Lower order trail trace identifier byte. Supports end to end monitoring of a lower order paths (VC11/VC12).All zeros for this case too. BIP-2: Bit Interleaved Parity Scheme.bits 1-2:used for error performance monitoring. Bits are zeros in this case also. Traffic disturbance happens only in the effected lower order path number. Uneffected path can still carry the traffic. Check with the MML command AHO, if any other alarms concerning the fault are on. If this is the case, follow the instructions of that alarm. If no other alarms concerning the fault are on, the problem is somewhere in the transmission network, and it should be investigated. It can also be so that the network element where the SDH path is originating is not correctly configured. If the alarm is only temporarily on, no action is needed. The following lower-order path overhead (POH) bytes are zeros for this alarm: V5: V5 byte is allocated for lower-Order path overhead.This byte provide the functions of error checking, signal label and path status of VC-11 & VC-12 lower order paths. bits 5-7: it provides the signal label of VC11/Vc12. if it is 000, then it is unequipped. J2: Lower order trail trace identifier byte. Supports end to end monitoring of a lower order paths (VC11/VC12).All zeros for this case too. BIP-2: Bit Interleaved Parity Scheme.bits 1-2:used for error performance monitoring. Bits are zeros in this case also. Traffic disturbance happens only in the effected lower order path number. Uneffected path can still carry the traffic. 3985 LOWER ORDER PATH SIGNAL LABEL MISMATCH Change description: Instruction improved Instruction in S15.1 Instruction in RG20 EP2.1 Check with the MML command AAP, if any other alarms concerning the fault are on. If this is the case, follow the instructions of that alarm. If no other alarms concerning the fault are on, the problem is somewhere in the transmission network, and it should be investigated. It can also be so that the network element where the SDH path is originating is not correctly configured. If the alarm is only temporarily on, no action is needed. Check with the MML command AHO, if any other alarms concerning the fault are on. If this is the case, follow the instructions of that alarm. If no other alarms concerning the fault are on, the problem is somewhere in the transmission network, and it should be investigated. It can also be so that the network element where the SDH path is originating is not correctly configured. If the alarm is only temporarily on, no action is needed. DN0963445 Id:0900d805808c9bbc Confidential 205 Changes in RG20(BSS) 4.1.4 Removed alarms No alarms have been removed in RG20(BSS) EP1.2 and RG20(BSS) EP2.1 releases. 206 Id:0900d805808c9bbd Confidential DN0963445 Changes in RG20(BSS) 4.2 4.2.1 Alarm changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04 Overview of alarm changes The changes in alarms that have been made between the S15 and S15 on top features BSC sofware and mcBSC software releases are described here. Minor changes that do not have any effect on the functionality of the alarm are not included. The change descriptions of individual alarms are divided into three groups: alarm documentation, printout changes, and alarm parameters. The possible statements are: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ Alarm text changed Meaning improved Meaning changed Supplementary Information Field (SIF) structure changed SIF values updated SIF meaning updated Instructions improved Operating sequence improved Cancelling updated Alarm parameters changed The new and changed alarms are listed by their alarm manual category. In addition, the new alarms are listed with their Meaning field and the changed alarms are listed with the supplementary information fields of the original and the updated alarm. The alarms are listed in the following alarm manuals, under the Reference and Troubleshoot\BSC/TCSM headings: ವ ವ ವ ವ ವ ವ DN0963445 Notices (0–999) Disturbance Printouts (1000–1999) Failure Printouts (2000–3999) Diagnosis Reports (3700–3999) Base Station Alarms (7000–7999) Transmission Equipment Alarms (8000–8999) Id:0900d8058087841d Confidential 207 Changes in RG20(BSS) 4.2.2 4.2.2.1 New alarms New alarms for RG20(BSS) on top feature release There are no new alarms updated due to RG20(BSS) on top features. 4.2.2.2 New alarms for mcBSC release Failure Printouts (2000-3999) Number Name Meaning 3610 MCTC TCSU NOT AVAILABLE Supervision of the TCSU functional unit has failed. 208 As a result of this situation, the operation provided by TCSU in question is not available, or the operation is unreliable. Id:0900d805808783ed Confidential DN0963445 Changes in RG20(BSS) 4.2.3 4.2.3.1 Changed alarms Changed alarms for RG20(BSS) on top features Base Station Alarms (7000-7999) 7793 ORTHOGONAL SUB CHANNEL ACTIVATION FAILURE Change description: Meaning improved Meaning in S15 Meaning for updates due to RG20(BSS) on top features Several consecutive OSC multiplexing attempts have failed due to channel activation failure in a TCH.The BSC has interrupted OSC multiplexing activity in the TRX.Failures due to CSDAP problems excluded. Several consecutive OSC multiplexing attempts have failed due to channel activation failure in a TCH or due to the target AMR FR channel preparation failure in DFR multiplexing in 8k TRAU mode.The BSC has interrupted OSC multiplexing activity in the TRX.Failures due to CSDAP problems excluded. 4.2.3.2 Changed alarms for mcBSC Failure Printouts (2000-3999) 3261 FAILURE IN UPDATING BSC SPECIFIC PARAMETERS TO PCU Change description: SIF structure added SIF structure in S15 SIF structure in mcBSC 1 the task in which the error occurred 1 the task in which the error occurred 09 restart of the PCU/BCSU 09 restart of the PCU/BCSU 0A restart of the BTS site 0A restart of the BTS site 0D configuration change done by means of an MML command 0D configuration change done by means of an MML command 22 update of feature state to PCU 22 update of feature state to PCU 23 blocking due to RNW plan activation 23 blocking due to RNW plan activation 24 deblocking due to RNW plan activation 24 deblocking due to RNW plan activation 26 updating plan parameter changes 26 updating plan parameter changes 2 family identity of the application process whose update failed 2 family identity of the application process whose update failed 434 ABATOR in the PCU plug-in unit 434 ABATOR in the PCU plug-in unit 663 CEKTOR in the PCU plug-in unit 663 CEKTOR in the PCU plug-in unit 3 the logical address of the BCSU where the PCU is located. 3 the logical address of the BCSU where the PCU is located. This field is 0xFFF. 4 the PIU index of the PCU. This field is 0xFF, in case of mcPCU. 5 a general error message of the system. You can check its meaning with a command of the service terminal extension MRS or in General Error Messages of System. DN0963445 4 the PIU index of the PCU. This field is 0xFF, in case of mcPCU. 5 a general error message of the system. You can check its meaning with a command of the service terminal extension MRS or in General Error Messages of System. Id:0900d80580878405 Confidential 209 Changes in RG20(BSS) 3273 GPRS/EDGE TERRITORY FAILURE Change description: SIF structure added SIF structure in S15 210 SIF structure in mcBSC Id:0900d80580878405 Confidential DN0963445 Changes in RG20(BSS) 3273 GPRS/EDGE TERRITORY FAILURE 1 identification of the BCF 1 identification of the BCF 2 identification of the BTS 2 identification of the BTS 3 indicates whether the alarm is active in normal (0), extended (1) or super extended (2) area of the BTS 3 indicates whether the alarm is active in normal (0), extended (1) or super extended (2) area of the BTS 4 identification of the TRX 4 identification of the TRX 5 territory type used in the BTS 5 territory type used in the BTS 6 index of the BCSU controlling the PCU 6 index of the BCSU controlling the PCU 7 PCU's plug-in unit index. 7 PCU's plug-in unit index. This field is 0xFF in the case of mcPCU. 8 current amount of GPRS/EDGE channels in the territory or current amount of connected GPRS/EDGE channels in extended or super extended area of the BTS, depending on the cell area for which the alarm is active 9 amount of GPRS/EDGE channels in the default territory or amount of configured GPRS/EDGE channels in extended or super extended area of the BTS, depending on cell area for which the alarm is active 8 current amount of GPRS/EDGE channels in the territory or current amount of connected GPRS/EDGE channels in extended or super extended area of the BTS, depending on the cell area for which the alarm is active 10 cause value 9 amount of GPRS/EDGE channels in the default territory or amount of configured GPRS/EDGE channels in extended or super extended area of the BTS, depending on cell area for which the alarm is active 1: TRX not found 10 cause value 2: TRX blocked 1: TRX not found 3: BCSU switchover 2: TRX blocked 4: ABIPRB has not received an answer from the PCU 3: BCSU switchover 5: RRMPRB has not received an answer from ABIPRB 4: ABIPRB has not received an answer from the PCU 6: PCU has not found applicable PCUPCM channels 5: RRMPRB has not received an answer from ABIPRB 7: PCU has not received an answer from RC0PRB 6: PCU has not found applicable PCUPCM channels 8: RC0PRB has not received an answer from SWICOP 7: PCU has not received an answer from RC0PRB 9: PCU has not found applicable DSP resources 8: RC0PRB has not received an answer from SWICOP 10: RC0PRB has received a connection error from SWICOP 9: PCU has not found applicable DSP resources 11: 10: RC0PRB has received a connection error from SWICOP 12: 11: 13: 12: 14: PCU has tried to reserve a PCUPCM channel from the EDAP area 13: 15: 14: PCU has tried to reserve a PCUPCM channel from the EDAP area 16: EDAP connections not ready 15: 17: 16: EDAP connections not ready 18: 17: 19: 18: 20: 19: 21: Unsupported territory type 20: 22: Maximum GPRS/EDGE capacity overstepped in the PCU 21: Unsupported territory type 22: Maximum GPRS/EDGE capacity overstepped in the PCU 23: Invalid data noticed during PSW territory upgrade 24: Territory collision 23: Invalid data noticed during PSW territory upgrade 25: DSP timeout in the PCU 24: Territory collision 25: DSP timeout in the PCU DN0963445 Id:0900d80580878405 Confidential 211 Changes in RG20(BSS) 3273 GPRS/EDGE TERRITORY FAILURE 26: 26: 27: 27: 28: 28: 29: DFCA hopping parameter conflict detected by BSC 29: DFCA hopping parameter conflict detected by BSC 30: DFCA hopping parameter conflict detected by PCU 30: DFCA hopping parameter conflict detected by PCU 31: No response from BTS/TRX 31: No response from BTS/TRX 32: Negative acknowledgement from BTS/TRX with general cause 32: Negative acknowledgement from BTS/TRX with general cause 33: Negative acknowledgement from BTS/TRX with ?no DFCA TRX? cause 33: Negative acknowledgement from BTS/TRX with ?no DFCA TRX? cause Table 127 Continuation of the row from the previous page 3324 FAILURE IN UPDATING CONFIGURATION DATA TO PCU Change description: SIF structure added SIF structure in S15 SIF structure in mcBSC 1 the task in which the error occurred and its explanation: 1 the task in which the error occurred and its explanation: 01 PS load report distribution list delivery failed 01 PS load report distribution list delivery failed Load balancing with NCCR is not working correctly Load balancing with NCCR is not working correctly 02 Send PS load report command failed 02 Send PS load report command failed Load balancing with NCCR is not working correctly Load balancing with NCCR is not working correctly 03 PCU IP address delivery failed 03 PCU IP address delivery failed Load balancing with NCCR, Packet Control Unit (PCU2) Pooling, and data transfer in inter-PCU cell reselection are not working correctly Load balancing with NCCR, Packet Control Unit (PCU2) Pooling, and data transfer in inter-PCU cell reselection are not working correctly 04 Data transfer inter-PCU cell reselection specific information delivery failed Packet Control Unit (PCU2) Pooling and data transfer in inter-PCU cell reselection are not working correctly 04 Data transfer inter-PCU cell reselection specific information delivery failed Packet Control Unit (PCU2) Pooling and data transfer in inter-PCU cell reselection are not working correctly 05 NS-VL's creation failed in one PCU of the packet service entity (PSE). Packet Control Unit (PCU2) Pooling is not working correctly 05 NS-VL's creation failed in one PCU of the packet service entity (PSE). Packet Control Unit (PCU2) Pooling is not working correctly 2 the plug-in unit (PIU) index of the PCU. 2 the plug-in unit (PIU) index of the PCU. This field is 0xFF in the case of mcPCU. 3 this informs you the segment in which the packet switched (PS) load report distribution list delivery failed. If the alarm is PCU-specific, the value in the SEG_ID field is 0xFFFF. 3 this informs you the segment in which the packet switched (PS) load report distribution list delivery failed. If the alarm is PCU-specific, the value in the SEG_ID field is 0xFFFF. 3415 GPRS/EDGE LOAD IS VERY HIGH IN PCU OF PSE Change description: SIF structure added SIF structure in S15 212 SIF structure in mcBSC Id:0900d80580878405 Confidential DN0963445 Changes in RG20(BSS) 3415 GPRS/EDGE LOAD IS VERY HIGH IN PCU OF PSE 1 packet service entity identifier 1 packet service entity identifier 2 logical address of the BCSU. 2 logical address of the BCSU. This field is 0xFFFF in the case of mcPCU. 3 PIU index of the PCU. 3 PIU index of the PCU. This field is 0xFF in the case of mcPCU. 3525 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETP Change description: Meaning improved, SIF structure added, Instructions added Meaning in S15 Meaning in mcBSC A failure has occurred in updating the BCF or BSC specific Packet Abis parameters to Exchange Terminal for Packet Transport (ETPE or ETPT). A failure has occurred in updating the BCF or BSC specific Packet Abis parameters to Exchange Terminal for Packet Transport (ETPE, ETPT or ETME).Either one or all of the BCFs attached to the ETPE/T or ETME unit are not able to serve traffic. SIF structure in S15 SIF structure in mcBSC 1 identification of the BCF. If alarm is set for BSC specific parameters the field has value 0xFFFF. 1 identification of the BCF. If alarm is set for BSC specific parameters the field has value 0xFFFF. 2 identification of the ETP group. This shall be set to 0xFF in case of McETP. 2 identification of the ETP group. This shall be set to 0xFF in case of McETP. 3 type of the ETP group. This shall be set to 0xFF in case of McETP. 3 type of the ETP group. This shall be set to 0xFF in case of McETP. 4 a general error message of the system. You can check its meaning with a command of the service terminal extension MRS or in General Error Messages of System 4 ERROR_CODE Instructions in S15 Instructions in mcBSC Ensure that ETP is in correct state. Ensure that ETP is in correct state. If alarm is set for BSC level parameter modification: If alarm is set for BSC level parameters: ETPE/T can be updated by modifying some Packet Abis related BSC parameter(with its existing value) or with ETPE/T unit restart. ERROR_CODE: 154 If alarm operation is for BCF level parameter modification: ETPE/T can be updated by modifying BCF (with its existing value),locking/unlocking the BCF or with ETPE/T unit restart (preferred when there are many BCFs for same ETP). 154 Timeout in waiting a response from ETP 741 IN0 configuration in ETP is missing or invalid Check ETPSIG-m interface configuration ERROR_CODE: 741 Check that the ETP internal Ethernet Interface (IN0) and its IP address has been configured and the subnet size is correct ( /24 ): MML command ZQRI:ETPE(/T),n,n::IN0;. IN0 can be configured with MML command ZQRA.. IP address can be configured with MML command ZQRN. Netmask length can be changed by removing the existing address with MML command ZQRG and configuring the same address again using a correct netmask length with MML command ZQRN. After checking either of above problems, restart the ETP unit. If alarm operation is for BCF level parameter modification: ETPE/T can be updated by modifying BCF (with its existing value),locking/unlocking the BCF or with ETPE/T unit restart (preferred when there are many BCFs for same ETP). DN0963445 Id:0900d80580878405 Confidential 213 Changes in RG20(BSS) 3546 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETPAC Change description: Meaning improved, SIF structure added, Instructions added Meaning in S15 Meaning in mcBSC A failure has occurred in updating the BSC or BCF specific parameters to Exchange Terminal for Packet Transport (ETP). A failure has occurred in updating the BSC or BCF specific parameters to ETPA/ETPC/ETMA/mcTC. SIF structure in S15 SIF structure in mcBSC 1 identification of the BCF (used with ETP-A). 1 identification of the BCF (used with ETP-A/ETMA). If alarm is set for BSC specific parameters, the field has value 0xFFFF. If alarm is set for BSC specific parameters, the field has value 0xFFFF. 2 identification for ETP unit type. 2 identification for ETP/MCTC unit type. 3 identification for ETP unit. 3 identification for ETP/MCTC unit. 4 identification for update operation where failure occured. 4 identification for update operation where failure occured. 0x2B = ETP restart 0x2B = ETP restart 0x2C = BSC level parameter modification 0x2C = BSC level parameter modification 0x2D = BCF level parameter modification (used with ETP-A) 0xC = BCF unlock (used with ETP-A) 0x2D = BCF level parameter modification (used with ETPA/ETMA) 0x1F = TRX unlock (used with ETP-A) 0xC = BCF unlock (used with ETP-A/ETMA) 5 identification for update phase where failure occured. 0x1F = TRX unlock (used with ETP-A/ETMA) 1 = PRFILE parameter reading failed2 = Update message sending to ETP failed3 = Update message sending to Resource control Program block failed (used with ETP-A) 5 identification for update phase where failure occured. ERROR_CODE a general error message of the system. You can check its meaning with a command of the service terminal extension MRS or in General Error Messages of System. Instructions in S15 214 1 = PRFILE parameter reading failed2 = Update message sending to ETP failed3 = Update message sending to Resource control Program block failed (used with ETP-A) ERROR_CODE a general error message of the system. You can check its meaning with a command of the service terminal extension MRS or in General Error Messages of System. Instructions in mcBSC Id:0900d80580878405 Confidential DN0963445 Changes in RG20(BSS) 3546 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETPAC If the alarm is raised, check alarm parameters for recovery. If the alarm is raised, check alarm parameters for recovery. If alarm operation is for ETP restart: If alarm operation is for ETP restart: ETPC can be updated modifying AoIP related BSC parameter (with its existing value) or with new ETPC unit restart. ETPC can be updated modifying AoIP related BSC parameter (with its existing value) or with new ETPC unit restart. ETPA can be updated doing first some AoIP related BSC parameter modification (with its existing value) and then modifying all ETP BCFs (with existing ETP group ID) or with new ETPA unit restart (preferred when there are many BCFs for same ETP). ETPA/ETMA can be updated doing first some AoIP related BSC parameter modification (with its existing value) and then modifying all ETP BCFs (with existing ETP group ID or valid BCF C/U Plane IP Address) or with new ETPA/ETMA unit restart (preferred when there are many BCFs for same ETP) or lock-unlock operation for all BCFs for this ETP.). If alarm operation is for BSC level parameter modification: ETPA and ETPC can be updated modifying some AoIP related BSC parameter (with its existing value) or with ETPA or ETPC unit restart. If alarm operation is for BCF level parameter modification: ETPA can be updated modifying BCF (with its existing ETP group ID) or with ETPA unit restart (preferred when there are many BCFs for same ETP. If alarm operation is for BCF or TRX unlock: BCF/TRX update to ETPA can be done with new lock-unlock operation or modifying BCF (with its existing ETP group ID) or with ETPA/ETMA unit restart (preferred when there are many BCFs for same ETP). If alarm phase is for PRFILE reading failure, check PRFILE parameter and continue with operation instructions. If alarm phase is for message sending to ETP failure, check that ETP unit is working and continue with operation instructions. If alarm phase is for message sending to Resource control Program block failure, check DX status and continue with operation instructions. If alarm operation is for BSC level parameter modification: ETPA,ETMA,ETPC and MCTC can be updated modifying some AoIP related BSC parameter (with its existing value) or with ETPA, ETMA or ETPC unit restart. If alarm operation is for BCF level parameter modification: ETPA can be updated modifying BCF (with its existing ETP group ID) or with ETPA/ETMA unit restart (preferred when there are many BCFs for same ETP or valid BCF C/U Plane IP Address) or lock-unlock operation for this BCF. If alarm operation is for BCF or TRX unlock: BCF/TRX update to ETPA/ETMA can be done with new lockunlock operation or modifying BCF (with its existing ETP group ID or valid BCF C/U Plane IP Address) or with ETPA/ETMA unit restart (preferred when there are many BCFs for same ETP). If alarm phase is for PRFILE reading failure, check PRFILE parameter and continue with operation instructions. If alarm phase is for message sending to ETP failure, check that ETP unit is working and continue with operation instructions. If alarm phase is for message sending to Resource control Program block failure, check DX status and continue with operation instructions. DN0963445 Id:0900d80580878405 Confidential 215 Changes in RG20(BSS) 4.2.4 4.2.4.1 Removed alarms Alarms removed in RG20(BSS) on top features release No alarms have been removed in RG20(BSS) on top feature release. 4.2.4.2 Alarms removed in mcBSC release No alarms have been removed in mcBSC release. 216 Id:0900d80580878407 Confidential DN0963445 Changes in RG20(BSS) 4.3 4.3.1 Alarm changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01 Overview of alarm changes The changes in alarms that have been made between the S14 and S15 BSC sofware releases are described here. Minor changes that do not have any effect on the functionality of the alarm are not included. The change descriptions of individual alarms are divided into three groups: alarm documentation, printout changes, and alarm parameters. The possible statements are: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ Alarm text changed Meaning improved Meaning changed Supplementary Information Field (SIF) structure changed SIF values updated SIF meaning updated Instructions improved Operating sequence improved Cancelling updated Alarm parameters changed The new and changed alarms are listed by their alarm manual category. In addition, the new alarms are listed with their Meaning field and the changed alarms are listed with the supplementary information fields of the original and the updated alarm. The alarms are listed in the following alarm manuals, under the Reference and Troubleshoot\BSC/TCSM headings: ವ ವ ವ ವ ವ ವ DN0963445 Notices (0–999) Disturbance Printouts (1000–1999) Failure Printouts (2000–3999) Diagnosis Reports (3700–3999) Base Station Alarms (7000–7999) Transmission Equipment Alarms (8000–8999) Id:0900d80580804bff Confidential 217 Changes in RG20(BSS) 4.3.2 New alarms For more information on alarm changes in S15, see Overview of alarm changes. New alarms in Disturbance Printouts (1000-1999) Number Name Meaning 1348 ETP SPARE UNIT WARMUP FAILURE The warm-up of the spare ETPT, ETPE or ETPC unit fails during controlled switchover. The reason may be a fault in the active or in the passive unit. The alarm is issued from both units. New alarms in Failure Printouts (2000-3999) Number Name Meaning 2885 SCTP CONNECTION TO PRIMARY UNIT FROM H.248 UNIT POOL IS LOST SCTP connection to the primary unit inside a H.248 unit pool has been lost. It endangers the possible non-call related signaling and so can cause inconsistent state between MSS and MGW. 2886 NO SCTP CONN TO PRIMARY OR SECONDARY UNIT FOR H.248 SIGNALING There is no SCTP connection to either primary or secondary unit inside an H.248 unit pool. Non-call related H.248 signaling is not possible and so it can cause inconsistent state between MSS and MGW. 2887 FAST BSS RESTART FAILED The BSC restart without radio network restart has failed. 2898 DISCREPANCY BETWEEN ACTUAL HW AND HW CONFIGURATION DATA This general alarm indicates that actual HW (information read from shelf SDR repository) and corresponding HW configuration data in equipment database mismatch, for example Automatic comparison of existing HW and HW configuration data finds one or more conflicts. An alarm is set during the comparison process if there is a conflict. Supplementary information fields identify the reason of the conflict. 2949 FAST BSS RESTART RNW UNBLOCKING STARTED TRX deblocking phase of the radio network is ongoing after BSC restart. 3515 ETP ETHERNET INTER- The Ethernet device is faulty or the Ethernet cable is disconFACE FAILURE nected. IP packets cannot be sent to network or received from network through this interface. 3523 PCU ETP SERIAL LINK FAILURE Serial link between packet control unit (PCU) and Exchange Terminal for Packet Transport (ETP) has failed. Cells connected to the PCU have lost General Packet Radio Service. 3524 PCU ETP ETHERNET LINK FAILURE Ethernet link between packet control unit (PCU) and Exchange Terminal for Packet Transport (ETP) has failed. Cells connected to the PCU have lost General Packet Radio Service. 3525 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETP A failure has occurred in updating the BCF or BSC specific parameters to Exchange Terminal for Packet Transport (ETP). 3536 CIRCUIT SWITCHED DYNAMIC ABIS POOL FAILURE CSDAP has encountered a malfunction and it has been taken out of use for a penalty period. BSC sets penalty for a certain CSDAP in case of consecutive remote transcoder failures and hunting error(s). 218 Id:0900d80580804ac6 Confidential DN0963445 Changes in RG20(BSS) Number Name Meaning 3537 ETP OVERLOAD CONDITION A DSP or Octeon core of the ETPx is highly overloaded. Overloaded ETPx has taken automatic recovery actions. 3541 ABNORMAL A INTERFACE IP RES RELEASE The BSC sets this alarm if a call is released from the A interface because of a RESET IP RECOURCE message, received from the MSC. 3542 ETPC U-PLANE IP ADDRESS ENQ FAILURE BSC sets this alarm if ETPC IP address enquiry from ETPC fails after ETPSIG-c interface is configured. 3546 FAILURE IN UPDATING CONFIGURATION PARAMETERS TO ETPAC A failure has occurred in updating the BSC or BCF specific parameters to Exchange Terminal for Packet Transport (ETP). 3571 PROTECTING ETP CONFIGURATION FAILED A failure has occurred in updating the BCF or BSC specific parameters to protecting Exchange Terminal for Packet Transport (ETP). New alarms in Base Station Alarms (7000-7999) Number Name Meaning 7623 BCF SHARED RADIO MODULE SW IS UPDATED IN BCF A shared Radio Module SW is updating and WDCMA is SW master. Radio Module(s) has gone offline. 7624 CS U-PLANE CONNECTION FAILURE Packet Abis BTS has detected that 3 consecutive dummy packets are lost in CS U-plane. BSC blocks the base station. 7625 PS U-PLANE CONNECTION FAILURE Packet Abis BTS has detected that 3 consecutive dummy packets are lost in PS U-plane. BSC disables GPRS use of TRXs under the BTS by sending SYS INFOs with GPRS disabled information via BTS to mobile stations. 7785 BCF UNBLOCKED WITHOUT BCF RESTART The alarm indicates that the TRX deblocking phase of the BCF is completed and BCF is restored to normal functional state after BSC restart. 7790 CONFLICTING BTS REGISTRATION ATTEMPT SEEN BTS registration is seen on BSC but could not been solved because of conflicting OMUSIGs of BCFs. 7791 NO SCF FILE FOR THE BTS IN BSC BTS has sent requesting message to BSC but no (activated) SCF exists in BSC. BSC has delivered the request to NetAct. 7792 SCF FILE DOWNLOAD TO THE BTS FAILED BSC has started SCF file download to BTS but download fails. 7793 ORTHOGONAL SUB CHANNEL ACTIVATION FAILURE Several consecutive OSC multiplexing attempts have failed due to channel activation failure in a TCH. HDLC PCM FAILURE The alarm concerns a PCM containing BCF links. 7798 The BSC has interrupted OSC multiplexing activity in the TRX. Failures due to CSDAP problems excluded. The radio network objects whose Abis HDLC links are part of this particular PCM are not functioning. Significance of this alarm depends on the number and nature of Abis HDLC links connected to this PCM. DN0963445 Id:0900d80580804ac6 Confidential 219 Changes in RG20(BSS) Number Name Meaning 7799 HDLC LINK FAILURE This BCF-specific alarm is active, when BCF is in unlocked state and one or more Abis HDLC link(s) of the BCF is faulted. New alarms in Transmission Equipment Alarms (8000-8999) Number Name Meaning 8283 LICENCE FOR IP SECURITY IS NOT AVAILABLE The feature cannot be activated without a licence. This alarm affects the provided services. 8284 TRAFFIC SHAPING MIS- Traffic shaping misconfigured. BTS-internal traffic shaping CONFIGURATION disabled but Abis traffic shaping is enabled or CIR value of Abis traffic shaping is smaller than CIR value of the BTS-internal uplink traffic shaping. 8285 LICENCE FOR TIMING OVER PACKET IS NOT AVAILABLE The feature cannot be activated without a licence. This alarm affects the provided services. 8286 LICENCE FOR SYNCHRONOUS ETHERNET IS NOT AVAILABLE The feature cannot be activated without a licence. This alarm affects the provided services. 8287 CLOCK RECOVERY IN PROGRESS BTS Timing over Packet Slave is running clock recovery algorithm and clock synchronisation is not yet complete. 8288 FAULT IN CONNECTION TO CLOCK MASTER Timing over Packet master is not reachable or unable to provide required synchronisation messages. 8289 SSM HAS LOST TRACE- Invalid clock quality level received. ABILITY TO PRC CLOCK SOURCE 8290 LICENCE FOR PACKET TRS E1/T1 IS NOT AVAILABLE The feature cannot be activated without a licence. This alarm affects the provided services. 8291 PMTU BTS TO BSC LESS THAN CONFIGRUED MTU Path MTU (PMTU) to BSC has been determined by BTS to be less than the configured MTU value. 8292 PMTU BTS TO SECURITY GATEWAY LESS THAN CONFIGURED MTU Path MTU (PMTU) to Security Gateway has been determined by BTS to be less than the configured MTU value. 220 Id:0900d80580804ac6 Confidential DN0963445 Changes in RG20(BSS) 4.3.3 Changed alarms For more information on alarm changes in S14, see Overview of alarm changes. Changed alarms in Disturbance Printouts (1000-1999) 1182 PREPROCESSOR UNIT RESTARTED Change description: Meaning improved, SIF structure added Meaning in S14 Meaning in S15 A preprocessor has restarted spontaneously. If the preprocessor is equipped into) a unit which working state is WO-EX, the restart causes disturbance to the function of the unit. A preprocessor has restarted spontaneously or executed by the supervision program block due to fault. If the preprocessor is equipped into a unit which working state is WO-EX, the restart causes disturbance to the function of the unit. SIF structure in S14. SIF structure in S15 1 type of the restarted preprocessor plug-in unit 1 type of the restarted preprocessor plug-in unit 2 index of the restarted preprocessor plug-in unit 2 index of the restarted preprocessor plug-in unit RESET_INITIATOR Reset initiator 00 spontaneous, not executed by the supervision 01 executed by the supervision program block due to fault NR_OF_RESTARTS number of restarts Support rules in S14 Support rules in S15 Supporting_amount (Centralized part) is 16 Supporting_amount (Centralized part) is 4 Supporting_amount (Distributed part) is 16 Supporting_amount (Distributed part) is 4 1340 HOTLINK FAILURE Change description: SIF values updated SIF structure in S14 SIF structure in S15 IF_STATUS: the exact error code of the HOTLink test. Possible reasons are: IF_STATUS: the exact error code of the HOTLink test. Possible reasons are: 0040 HOTLink sfp module unplugged 0040 HOTLink sfp module unplugged 0080 HOTLink fault 0080 HOTLink fault 0100 HOTLink CRC transmission fault 0100 HOTLink CRC transmission fault 0200 Hotlink parity error 0400 Hotlink clock error 1569 CRITICAL LIMIT IN SECURITY REPORTING REACHED Change description: SIF values updated SIF structure in S14 DN0963445 SIF structure in S15 Id:0900d80580804b5f Confidential 221 Changes in RG20(BSS) 1569 CRITICAL LIMIT IN SECURITY REPORTING REACHED COUNTER COUNTER The security reporting counter that has reached its critical limit: The security reporting counter that has reached its critical limit: 02 - counter for unauthorised users of service terminal 02 - counter for unauthorised users of service terminal 04 - counter for unauthorised users of the network 04 - counter for unauthorised users of the network 05 - counter for use of network: unauthorised commands 05 - counter for use of network: unauthorised commands 07 - counter for unauthorised MML users 07 - counter for unauthorised MML users 08 - counter for unauthorised MML commands 08 - counter for unauthorised MML commands 10 - counter for unsuccessful saves in MML log file 10 - counter for unsuccessful saves in MML log file 11 - counter for unsuccessful MML command checks 11 - counter for unsuccessful MML command checks 12 - counter for unsuccessful subscriber identifications 12 - counter for unsuccessful subscriber identifications 13 - counter for unidentified IMSI numbers 13 - counter for unidentified IMSI numbers 14 - counter for IMEI IDs on black list 14 - counter for IMEI IDs on black list 15 - counter for unidentified IMEI IDs 15 - counter for unidentified IMEI IDs 16 - counter for IMEI IDs in a grey list 17 - counter for unsuccessful saves in service terminal log file 18 - counter for SSH sessions 19 - counter for unauthorised SSH sessions Changed alarms in Failure Printouts (2000-3999) 2477 GLOBAL RESET MESSAGE RECEIVED Change description: SIF structure changed SIF structure in S14 SIF structure in S15 1 signalling point code of the MSC 1 signalling point code of the MSC 2 A-Interface Reset Selector type - TDM or IP 2794 HW BLOCK FAILURE IN PLUG-IN UNIT Change description: SIF values updated SIF structure in S14 222 SIF structure in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 2794 HW BLOCK FAILURE IN PLUG-IN UNIT HW_STATUS: the exact error code of the plug-in unit test. Simultaneous reasons are possible to appear. Possible reasons are: HW_STATUS: the exact error code of the plug-in unit test. Simultaneous reasons are possible to appear. Possible reasons are: 0001 Loss of 8M clock 0001 Loss of 8M clock 0002 Loss of 8k clock 0002 Loss of 8k clock 0004 Overheat. 0004 Overheat. 0008 Clock synthesizer: Output clock squelch 0008 Clock synthesizer: Output clock squelch 0010 Clock synthesizer: DPLL A loss of lock 0010 Clock synthesizer: DPLL A loss of lock 0020 Clock synthesizer: DPLL B loss of lock 0020 Clock synthesizer: DPLL B loss of lock 0040 Clock synthesizer: External VCXO clock loss 0040 Clock synthesizer: External VCXO clock loss 0080 Clock synthesizer: Input clock loss 0080 Clock synthesizer: Input clock loss 0100 Synchronization Transmission Block failure 0100 Synchronization Transmission Block failure 0200 Switchover logic / interconnecting backplane cable fault 0200 Switchover logic / interconnecting backplane cable fault 0400 Memory test failure in unit computer 0400 Memory test failure in unit computer 0800 Timing over Packet Block failure 0800 Timing over Packet Block failure 1000 Ethernet PHY Block failure 1000 Ethernet PHY Block failure 2000 LAPD failure 2000 LAPD failure 4000 Primary flash image failure 4000 Primary flash image failure 8000 GSW loop test failure for ET 8000 GSW loop test failure for ET 8001 DSP Core Failure 8002 Ethernet Switch Failure 8003 FE-FPGA Failure 8004 PCM-MUX FPGA Failure 8005 Mount failure from Flash Bank 0 8006 Mount failure from Flash Bank 1 8007 Unmount failure in Flash Bank 0 8008 Unmount failure in Flash Bank 1 2948 RADIO NETWORK INITIALIZATION Change description: Meaning improved Meaning in S14 Meaning in S15 BSC radio network has restarted due to the restart of the entire BSC or the restart of the active MCMU BTS sites have been restarted due to the restart of the entire BSC or the restart of the active MCMU 3164 PCU PROCESSOR OVERLOAD Change description: Instructions improved Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 223 Changes in RG20(BSS) 3164 PCU PROCESSOR OVERLOAD Measures the peak number of radio time slots (Abis channels) in GPRS or EGPRS use within a measurement period for a BTS. The total number of GPRS and EGPRS channels in a PCU is the sum of counter 002063 values of all the BTSs served by the PCU. Measures the peak number of radio time slots in GPRS or EGPRS use within a measurement period for a BTS. The total number of GPRS and EGPRS channels in a PCU is the sum of counter 002063 values of all the BTSs served by the PCU. 3274 NACC FAILURE Change description: SIF structure changed SIF structure in S14 SIF structure in S15 PCU_BCSU_LOG_ADDthe logical address of the BCSU where the PCU is located.PCU_INDEXthe PIU index of the PCU PCU_BCSU_LOG_ADDthe logical address of the BCSU where the PCU is located. This field is 0xFFFF, in case of mcPCU.PCU_INDEXthe PIU index of the PCU. This field is 0xFF, in case of mcPCU 3293 SCTP PRIMARY PATH NOT AVAILABLE Change description: SIF structure changed, Alarm parameters added SIF structure in S14 224 SIF structure in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 3293 SCTP PRIMARY PATH NOT AVAILABLE PPI PPI SCTP Payload Protocol Identifier 1 - IUA SCTP Payload Protocol Identifier [RFC3057] 0 - SGsAP 2 - M2UA [RFC3331] 1 - IUA 3 - M3UA [RFC3332] 2 - M2UA 4 - SUA [RFC2960] 5 - M2PA [RFC2960] 7 - H.248 [H.248] 8 - BICC/Q.2150.3 9 - TALI [RFC3057] [RFC3331] 3 - M3UA [RFC2960] 6 - V5UA [3GPP TS 29.118] [Q.1902.1/Q.2150.3] [RFC3094] [RFC3332] 4 - SUA [RFC2960] 5 - M2PA [RFC2960] 6 - V5UA [RFC2960] 7 - H.248 [H.248] 8 - BICC/Q.2150.3 [Q.1902.1/Q.2150.3] 10 - DUA <draft-ietf-sigtran-dua-03.txt> [Ong] 9 - TALI 11 - ASAP <draft-ietf-rserpool-asap-03.txt> [Ong] 10 - DUA <draft-ietf-sigtran-dua-03.txt> [Ong] 12 - ENRP <draft-ietf-rserpool-enrp-03.txt> [Ong] [RFC3094] 11 - ASAP <draft-ietf-rserpool-asap-03.txt> [Ong] 13 - H.323 [H.323] 12 - ENRP <draft-ietf-rserpool-enrp-03.txt> [Ong] 14 - Q.IPC/Q.2150.3 [Q.2631.1/Q.2150.3] 13 - H.323 [H.323] 254 - IWF 14 - Q.IPC/Q.2150.3 [Q.2631.1/Q.2150.3] 254 - IWF DATA_1 M3UA: DATA_1 the association set to which the association belongs M3UA: H248: the association set to which the association belongs MGW index in MSS. H248:MGW index in MSS. Virtual MGW index in MGW Virtual MGW index in MGW IWF:IWF connection priority IWF:IWF connection priority SGsAP:MME index in MSS DATA_2 DATA_2 M3UA:index of the association inside the association set. The value is between 0 and 31 M3UA:index of the association inside the association set. The value is between 0 and 31 H248:index of the controlling MSS data record in virtual MGW data in MGW. The value is between 0 and 2. 0xFFFF if not H.248 connection in MGW H248:index of the controlling MSS data record in virtual MGW data in MGW. The value is between 0 and 2. 0xFFFF if not H.248 connection in MGW IWF:no relevant data. The value is always 0xFFFF IWF:no relevant data. The value is always 0xFFFF SGsAP: SCTP index in MSS Alarm parameter in S14 Alarm parameter in S15 Used_in_units = CCSU, SIGU, CM, CMM, MCMU, BCSU, GSU; Used_in_units = CCSU, SIGU, CM, CMM, MCMU, BCSU, GSU, BSU; 3379 SCTP PATH FAILURE Change description: Meaning improved, SIF structure added, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 225 Changes in RG20(BSS) 3379 SCTP PATH FAILURE Two paths to each SCTP association are normally created in the SCTP association establishment. If the primary path fails, then the traffic is automatically transferred via a secondary path and traffic is not affected. If the secondary path fails, then the traffic is transferred via the primary path normally and only the redundant connection is lost. If both paths of an association are lost, then the alarm is set twice: first time for the primary path and second time for the secondary path. Two paths to each SCTP association are normally created in the SCTP association establishment. If either of the paths fails, this alarm is set. If the primary path fails, then the traffic is automatically transferred via a secondary path and traffic is not affected. If the secondary path fails, then the traffic continues via the primary path normally and only the redundant connection is lost. The alarm indicates a failure in the SCTP association. The system possibly takes into use an alternative path or the alternative path is lost. This alarm can be set and be on only if the association is active at the SCTP layer, i.e. the state of the association is other than down when checked with MML commands like OYI and OYV. That is because the path state is supervised inside an active association by SCTP. When the first supplementary field indicates M3UA or IUA: If the SCTP association goes down, this 3379 is cancelled. When an association goes down abnormally then also 3159 is set and at the same time this 3379 alarm is cancelled. In graceful shutdown procedure do not remain any alarm for the association once this 3379 is canceled. When the association becomes active again later on, this alarm is set again if there is path failure for a path with the new association. The alarm indicates a failure in the working SCTP association. The system possibly takes into use an alternative path or the alternative path is lost. SIF structure in S14 226 SIF structure in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 3379 SCTP PATH FAILURE PPI PPI SCTP Payload Protocol Identifier: SCTP Payload Protocol Identifier: 01 IUA 01 IUA 02 M2UA 02 M2UA 03 M3UA 03 M3UA 04 SUA 04 SUA 05 M2PA 05 M2PA 06 V5UA 06 V5UA 07 H.248 07 H.248 08 BICC/Q.2150.3 08 BICC/Q.2150.3 09 TALI 09 TALI 10 DUA 10 DUA 11 ASAP 11 ASAP 12 ENRP 12 ENRP 13 H.323 13 H.323 14 Q.IPC/Q.2150.3 14 Q.IPC/Q.2150.3 DATA_1 254 IWF first additional information field. This field contains the following information protocol by protocol: DATA_1 for IUA protocol: first additional information field. This field contains the following information protocol by protocol: association number for IUA protocol: for M3UA protocol: association number association set index for M3UA protocol: for H248 protocol: MGW index in MSS. Virtual MGW index in MGW association set index DATA_2 for H248 protocol: MGW index in MSS. Virtual MGW index in MGW the second additional information field. This field contains the following information protocol by protocol: for IWF protocol: IWF connection priority for IUA protocol: DATA_2 not applicable (=0xFFFF) for M3UA protocol: the second additional information field. This field contains the following information protocol by protocol: association index in association set for IUA protocol: for H248 protocol: not applicable (=0xFFFF) index of the controlling MSS data record in virtual MGW data in MGW. The value is between 0 and 2. 0xFFFF if no H.248 connection in MGW for M3UA protocol: association index in association set for H248 protocol: index of the controlling MSS data record in virtual MGW data in MGW. The value is between 0 and 2. 0xFFFF if no H.248 connection in MGW for IWF protocol: not applicable (=0xFFFF) Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 227 Changes in RG20(BSS) 3379 SCTP PATH FAILURE Check the configuration and state of the IP network. Each SCTP payload protocol has its own inquiry MML command OYI for its configuration. Use the OYI MML command when the SCTP payload protocol configuration has been checked. Check the state of the IP network using the QRS MML command. See the examples below. In case of M3UA:OYI::A;QRS:<signaling unit>,<index>:ALL; In case of IUA:OYV::A;QRS:<signaling unit>,<index>:ALL; In case of H.248:JGI (at MSS) or JVI (at MGW) command QRS:<signaling unit>,<index>:ALL; Check the configuration and the state of the IP network. Each SCTP payload protocol has its own inquiry MML command for its configuration, e.g.M3UA: OYI::A;IUA: OYV::A;H.248: JGI (at MSS) or JVI (at MGW) command IWF: JGI (at MSS or CDS) or JCI (at MGW) command Check the used SCTP parameter set and compare it to the peer endpoint's parameters. It is recommended to use exactly the same parameters on both end points. SCTP path status and statistics can be inquired from SCTP stack with QRS MML command:QRS:<signaling unit>,<index>:ALL;QRS:<signaling unit>,<index>:PRO;SCTP parameters mismatch typically causes retransmissions at one endpoint and received duplicates at the other, i.e. retransmissions are done before data is acknowledged. In this case you need to either increase Retransmission TimeOut (RTO.MIN/MAX) or decrease Selective Acknowledgement Delay (SACK.PERIOD), so that acknowledgement delay has smaller value than peer's retransmission timeout. Or to be more specific: local RTO.MIN = peer's SACK.PERIOD + Round Trip Time (RTT) + safety margin Check also switch/router port settings. E.g. duplex mismatch and misconfigured RSTP/MSTP can cause packet loss and connectivity problems. If alarm stays on permanently, ping/traceroute (QRX command) can help locating the problem. If IP network conditions can not be improved, increase error limit for this alarm (PATH.MAX.RETRANS). In this case increasing ASSOCIATION.MAX.RETRANS should be considered too. Remember to disconnect and reconnect after changing SCTP parameters, e.g. in case of M3UA set the M3UA link inactive and then back active with the ZNLC MML command. Instructions in S14 Instructions in S15 Cancelling the alarm Cancelling the alarm Do not cancel the alarm. The system cancels the alarm automatically when the fault has been corrected (for example, after a successful transfer of traffic to the STCP primary path or after an SCTP heartbeat message passes through the secondary path). Do not cancel the alarm. The system cancels the alarm automatically when the fault has been corrected (for example, after a successful transfer of traffic to the STCP primary path or after an SCTP heartbeat message passes through the secondary path). For M3UA or IUA the system also cancels the alarm if the association goes down, because the path state is supervised inside an active association by SCTP. That's why this alarm can be on and has meaning only if the SCTP association is active 3415 GPRS/EDGE LOAD IS VERY HIGH IN PCU OF PSE Change description: Instructions improved Instructions in S14 228 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 3415 GPRS/EDGE LOAD IS VERY HIGH IN PCU OF PSE Check the PSE overload alarm threshold (POAT) with the MML command EEO. If required, increase the threshold with the MML command EEQ. The alarm is cancelled when the PCUs GPRS/EDGE load is under the threshold during the next measurement period (1 hour). If the GPRS/EDGE load is not in balance in the PCUs, reallocate the DAPs and segments within the PSE manually or by adding a new PCU into PSE with the MML command FXF. When the system or MCMU have been reset, the alarm is always cancelled. Check the PSE overload alarm threshold (POAT) and GPRS capacity throughput factor with the MML command EEO. If required, increase the threshold or adjust capacity throughput factor with the MML command EEQ. The alarm is cancelled when the PCUs GPRS/EDGE load is under the threshold during the next measurement period (1 hour). If the GPRS/EDGE load is not in balance in the PCUs, reallocate the DAPs and segments within the PSE manually or by adding a new PCU into PSE with the MML command FXF. When the system or MCMU have been reset, the alarm is always cancelled. 3483 PCU RESTARTED Change description: SIF Structure added SIF structure in S14. SIF structure in S15 1 1 Logical index of the PCU, which is restarted. Logical index of the PCU, which is restarted. 2 PCU object id. If there is not PCU object for the PCU the field is set as 0xFF. 2 PCU object id. If there is not PCU object for the PCU the field is set as 0xFF. 3 3 Type of restart: 01 PCU HOT restart 01 PCU HOT restart FF PCU COLD restart FF PCU COLD restart 4 Type of restart: 4 Source of restart: Source of restart: 00 System, if recovery actions have taken place 00 System, if recovery actions have taken place 01 User, if an MML command is used. 01 User, if an MML command is used 02 User, DAP configuration 3504 DLDC ACTIVATION FAILURE Change description: SIF Structure added SIF structure in S14. SIF structure in S15 1 1. Index of the BCSU controlling the PCU Logical index of the PCU, which is restarted 2 PCU object id. If there is not PCU object for the PCU the field is set as 0xFF. 3 2. Plug-in unit index of the PCU Type of restart: 01 PCU HOT restart Changed in Base Station Alarms (7000-7999) 7401 EXTERNAL AL 1 Change description: Meaning improved, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 229 Changes in RG20(BSS) 7401 EXTERNAL AL 1 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7401 EXTERNAL AL 1 is mapped into ENVABTSE-0 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 1. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-0. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7402 EXTERNAL AL 2 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7402 EXTERNAL AL 2 is mapped into ENVABTSE-1 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 230 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7402 EXTERNAL AL 2 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 2. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-1. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7403 EXTERNAL AL 3 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7403 EXTERNAL AL 3 is mapped into ENVABTSE-2 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 3. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-2. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 231 Changes in RG20(BSS) 7404 EXTERNAL AL 4 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7404 EXTERNAL AL 4 is mapped into ENVABTSE-3 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 4. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-3. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7405 EXTERNAL AL 5 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7405 EXTERNAL AL 5 is mapped into ENVABTSE-4 in LMT. For other site types, you should define the alarm in a HW database.. Instructions in S14 232 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7405 EXTERNAL AL 5 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 5. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-4. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7406 EXTERNAL AL 6 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7406 EXTERNAL AL 6 is mapped into ENVABTSE-5 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 6. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-5. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 233 Changes in RG20(BSS) 7407 EXTERNAL AL 7 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7407 EXTERNAL AL 7 is mapped into ENVABTSE-6 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 7. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-6. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7408 EXTERNAL AL 8 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7408 EXTERNAL AL 8 is mapped into ENVABTSE-7 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 234 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7408 EXTERNAL AL 8 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 8. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-7. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7409 EXTERNAL AL 9 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7409 EXTERNAL AL 9 is mapped into ENVABTSE-8 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 9. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-8. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 235 Changes in RG20(BSS) 7410 EXTERNAL AL 10 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7410 EXTERNAL AL 10 is mapped into ENVABTSE-9 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 10. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-9. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7411 EXTERNAL AL 11 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7411 EXTERNAL AL 11 is mapped into ENVABTSE-10 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 236 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7411 EXTERNAL AL 11 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 11. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-10. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7412 EXTERNAL AL 12 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)" For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7412 EXTERNAL AL 12 is mapped into ENVABTSE-11 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 12. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-11. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 237 Changes in RG20(BSS) 7413 EXTERNAL AL 13 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7413 EXTERNAL AL 13 is mapped into ENVABTSE-12 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 13. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-12. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7414 EXTERNAL AL 14 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7414 EXTERNAL AL 14 is mapped into ENVABTSE-13 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 238 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7414 EXTERNAL AL 14 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 14. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-13. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7415 EXTERNAL AL 15 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7415 EXTERNAL AL 15 is mapped into ENVABTSE-14 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 15. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-14. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 239 Changes in RG20(BSS) 7416 EXTERNAL AL 16 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7416 EXTERNAL AL 16 is mapped into ENVABTSE-15 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 16. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-15. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7417 EXTERNAL AL 17 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7417 EXTERNAL AL 17 is mapped into ENVABTSE-16 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 240 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7417 EXTERNAL AL 17 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 17. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-16. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7418 EXTERNAL AL 18 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7418 EXTERNAL AL 18 is mapped into ENVABTSE-17 in LMT. For other site types, you should define the alarm in a HW database.. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 18. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-17. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line .2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 241 Changes in RG20(BSS) 7419 EXTERNAL AL 19 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7419 EXTERNAL AL 19 is mapped into ENVABTSE-18 in LMT. For other site types, you should define the alarm in a HW database.. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 19. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-18. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 5. Check the ESMA and replace it if faulty. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7420 EXTERNAL AL 20 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7420 EXTERNAL AL 20 is mapped into ENVABTSE-19 in LMT. For other site types, you should define the alarm in a HW database.. Instructions in S14 242 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7420 EXTERNAL AL 20 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 20. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-19. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7421 EXTERNAL AL 21 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7421 EXTERNAL AL 21 is mapped into ENVABTSE-20 in LMT. For other site types, you should define the alarm in a HW database. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 21. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-20. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 243 Changes in RG20(BSS) 7422 EXTERNAL AL 22 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7422 EXTERNAL AL 22 is mapped into ENVABTSE-21 in LMT. For other site types, you should define the alarm in a HW database.. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 22. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment.4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS:The operation depends on what kind of alarm is used as external alarm ENVABTSE-21. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7423 EXTERNAL AL 23 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. Instructions in S14 244 For BTSplus site type, ALARM 7423 EXTERNAL AL 23 is mapped into ENVABTSE-22 in LMT.For other site types, you should define the alarm in a HW database.. Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7423 EXTERNAL AL 23 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. The operation depends on what kind of alarm is used as external alarm no. 23. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-22. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. 7424 EXTERNAL AL 24 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. This is an external user-defined alarm. For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, or Flexi EDGE BTS, see "Adding an external input and output text (MetroSite, UltraSite, and Flexi EDGE only)". For instructions on how to define the alarm for MetroSite BTS, UltraSite BTS, Flexi EDGE BTS or Flexi Multiradio BTS, see "Adding an external input and output text (MetroSite, UltraSite, Flexi EDGE, and Flexi Multiradio only)". For other site types, you should define the alarm in a HW database. For BTSplus site type, ALARM 7424 EXTERNAL AL 24 is mapped into ENVABTSE-23 in LMT. For other site types, you should define the alarm in a HW database.. Instructions in S14 Instructions in S15 Flexi EDGE BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. The operation depends on what kind of alarm is used as external alarm no. 24. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-23. Flexi EDGE BTS and Flexi Multiradio BTS: This is an external user-defined alarm. This alarm is activated at the external equipment. 1. Check equipment connected to alarming EAC line. 2. Check that the relevant EAC line is correctly configured at the BSC (MML command ZEFO:<id>:IOP;). 3. Check that the cable is correctly mated between EAC port of ESMA (or EAC port of optional FSEx module, if used) and the external equipment. 4. Check the FSEx and replace it if faulty. 5. Check the ESMA and replace it if faulty. DN0963445 Id:0900d80580804b5f Confidential 245 Changes in RG20(BSS) 7425 EXTERNAL AL 25 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in an HW database. This is an external user-defined alarm.The alarm is defined by the user in an HW database. For BTSplus site type, ALARM 7425 EXTERNAL AL 25 is mapped into ENVABTSE-24 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as an external alarm no. 25. The operation depends on what kind of alarm is used as an external alarm no. 25. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-24. 7426 EXTERNAL AL 26 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in an HW database. This is an external user-defined alarm. The alarm is defined by the user in an HW database. For BTSplus site type, ALARM 7426 EXTERNAL AL 26 is mapped into ENVABTSE-25 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as an external alarm no. 26. The operation depends on what kind of alarm is used as an external alarm no. 26. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-25 7427 EXTERNAL AL 27 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in an HW database. This is an external user-defined alarm. The alarm is defined by the user in an HW database. For BTSplus site type, ALARM 7427 EXTERNAL AL 27 is mapped into ENVABTSE-26 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as an external alarm no. 27. The operation depends on what kind of alarm is used as an external alarm no. 27. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-26. 7428 EXTERNAL AL 28 Change description: Meaning improved, Instructions improved Meaning in S14 246 Meaning in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7428 EXTERNAL AL 28 This is an external user-defined alarm. The alarm is defined by the user in an HW database. This is an external user-defined alarm. The alarm is defined by the user in an HW database. For BTSplus site type, ALARM 7428 EXTERNAL AL 28 is mapped into ENVABTSE-27 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as an external alarm no. 28. The operation depends on what kind of alarm is used as an external alarm no. 28. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-27. 7429 EXTERNAL AL 29 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in an HW database. This is an external user-defined alarm. The alarm is defined by the user in an HW database. For BTSplus site type, ALARM 7429 EXTERNAL AL 29 is mapped into ENVABTSE-28 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as an external alarm no. 29. The operation depends on what kind of alarm is used as an external alarm no. 29. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-28. 7430 EXTERNAL AL 30 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in an HW database.. This is an external user-defined alarm. The alarm is defined by the user in an HW database. For BTSplus site type, ALARM 7430 EXTERNAL AL 30 is mapped into ENVABTSE-29 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as an external alarm no. 30. The operation depends on what kind of alarm is used as an external alarm no. 30. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-29. 7431 EXTERNAL AL 31 Change description: Meaning improved, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 247 Changes in RG20(BSS) 7431 EXTERNAL AL 31 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7431 EXTERNAL AL 31is mapped into ENVABTSE-30 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 31. The operation depends on what kind of alarm is used as external alarm no. 31. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-30. 7432 EXTERNAL AL 32 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7432 EXTERNAL AL 32 is mapped into ENVABTSE-31 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 32. The operation depends on what kind of alarm is used as external alarm no. 32. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-31. 7433 EXTERNAL AL 33 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7433 EXTERNAL AL 33 is mapped into ENVABTSE-32 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 33. The operation depends on what kind of alarm is used as external alarm no. 33. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-32. 7434 EXTERNAL AL 34 Change description: Meaning improved, Instructions improved Meaning in S14 248 Meaning in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7434 EXTERNAL AL 34 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7434 EXTERNAL AL 34 is mapped into ENVABTSE-33 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 34. The operation depends on what kind of alarm is used as external alarm no. 34. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-33. 7435 EXTERNAL AL 35 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7435 EXTERNAL AL 35 is mapped into ENVABTSE-34 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 35. The operation depends on what kind of alarm is used as external alarm no. 35. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-34. 7436 EXTERNAL AL 36 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7436 EXTERNAL AL 36 is mapped into ENVABTSE-35 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 36. The operation depends on what kind of alarm is used as external alarm no. 36. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-35. 7437 EXTERNAL AL 37 Change description: Meaning improved, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 249 Changes in RG20(BSS) 7437 EXTERNAL AL 37 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7437 EXTERNAL AL 37 is mapped into ENVABTSE-36 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 37. The operation depends on what kind of alarm is used as external alarm no. 37. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-36. 7438 EXTERNAL AL 38 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7438 EXTERNAL AL 38 is mapped into ENVABTSE-37 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 38. The operation depends on what kind of alarm is used as external alarm no. 38. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-37. 7439 EXTERNAL AL 39 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7439 EXTERNAL AL 39 is mapped into ENVABTSE-38 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 39. The operation depends on what kind of alarm is used as external alarm no. 39. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-38. 7440 EXTERNAL AL 40 Change description: Meaning improved, Instructions improved Meaning in S14 250 Meaning in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7440 EXTERNAL AL 40 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7440 EXTERNAL AL 40 is mapped into ENVABTSE-39 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 40. The operation depends on what kind of alarm is used as external alarm no. 40. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-39. 7441 EXTERNAL AL 41 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7441 EXTERNAL AL 41 is mapped into ENVABTSE-40 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 41. The operation depends on what kind of alarm is used as external alarm no. 41. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-40. 7442 EXTERNAL AL 42 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7442 EXTERNAL AL 42 is mapped into ENVABTSE-41 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 42. The operation depends on what kind of alarm is used as external alarm no. 42. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-41. 7443 EXTERNAL AL 43 Change description: Meaning improved, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 251 Changes in RG20(BSS) 7443 EXTERNAL AL 43 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7443 EXTERNAL AL 43 is mapped into ENVABTSE-42 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 43. The operation depends on what kind of alarm is used as external alarm no. 43. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-42. 7444 EXTERNAL AL 44 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7444 EXTERNAL AL 44 is mapped into ENVABTSE-43 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 44. The operation depends on what kind of alarm is used as external alarm no. 44. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-43. 7445 EXTERNAL AL 45 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7445 EXTERNAL AL 45 is mapped into ENVABTSE-44 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 45. The operation depends on what kind of alarm is used as external alarm no. 45. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-44. 7446 EXTERNAL AL 46 Change description: Meaning improved, Instructions improved Meaning in S14 252 Meaning in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7446 EXTERNAL AL 46 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7446 EXTERNAL AL 46 is mapped into ENVABTSE-45 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 46. The operation depends on what kind of alarm is used as external alarm no. 46. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-45. 7447 EXTERNAL AL 47 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7447 EXTERNAL AL 47 is mapped into ENVABTSE-46 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 47. The operation depends on what kind of alarm is used as external alarm no. 47. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-46. 7448 EXTERNAL AL 48 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7448 EXTERNAL AL 48 is mapped into ENVABTSE-47 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 48. The operation depends on what kind of alarm is used as external alarm no. 48. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-47. 7449 EXTERNAL AL 49 Change description: Meaning improved, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 253 Changes in RG20(BSS) 7449 EXTERNAL AL 49 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7449 EXTERNAL AL 49 is mapped into ENVABTSE-48 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 49. The operation depends on what kind of alarm is used as external alarm no. 49. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-48. 7450 EXTERNAL AL 50 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7450 EXTERNAL AL 50 is mapped into ENVABTSE-49 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 50. The operation depends on what kind of alarm is used as external alarm no. 50. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-49. 7451 EXTERNAL AL 51 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7451 EXTERNAL AL 51 is mapped into ENVABTSE-50 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 51. The operation depends on what kind of alarm is used as external alarm no. 51. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-50. 7452 EXTERNAL AL 52 Change description: Meaning improved, Instructions improved Meaning in S14 254 Meaning in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7452 EXTERNAL AL 52 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7452 EXTERNAL AL 52 is mapped into ENVABTSE-51 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 52. The operation depends on what kind of alarm is used as external alarm no. 52. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-51. 7453 EXTERNAL AL 53 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7453 EXTERNAL AL 53 is mapped into ENVABTSE-52 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 53. The operation depends on what kind of alarm is used as external alarm no. 53. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-52. 7454 EXTERNAL AL 54 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7454 EXTERNAL AL 54 is mapped into ENVABTSE-53 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 54. The operation depends on what kind of alarm is used as external alarm no. 54. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-53. 7455 EXTERNAL AL 55 Change description: Meaning improved, Instructions improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 255 Changes in RG20(BSS) 7455 EXTERNAL AL 55 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7455 EXTERNAL AL 55 is mapped into ENVABTSE-54 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 55. The operation depends on what kind of alarm is used as external alarm no. 55. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-54. 7456 EXTERNAL AL 56 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7456 EXTERNAL AL 56 is mapped into ENVABTSE-55 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 56. The operation depends on what kind of alarm is used as external alarm no. 56. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-55. 7457 EXTERNAL AL 57 Change description: Meaning improved, Instructions improved Meaning in S14 Meaning in S15 This is an external user-defined alarm. The alarm is defined by the user in a HW database. This is an external user-defined alarm. The alarm is defined by the user in a HW database. For BTSplus site type, ALARM 7457 EXTERNAL AL 57 is mapped into ENVABTSE-56 in LMT. Instructions in S14 Instructions in S15 The operation depends on what kind of alarm is used as external alarm no. 57. The operation depends on what kind of alarm is used as external alarm no. 57. BTSplus BTS: The operation depends on what kind of alarm is used as external alarm ENVABTSE-56. 7600 BCF FAULTY Change description: Instructions changed Instructions in S14 256 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7600 BCF FAULTY FLEXI EDGE: FLEXI EDGE: Fault reason: Critical Transmission Licence missing at the BSC. Description: Either "Flexi EDGE Abis over IP/Ethernet" or "FlexiEDGE Additional 2 E1/T1" licence has not been installed in BSC. Fault reason: Critical Transmission Licence missing at the BSC. Description: Either "2G Flexi Abis over IP/Ethernet" or "2G FlexiAdditional 2 E1/T1" licence has not been installed in BSC. Instructions: Instructions: 1. Check which transmission licence alarm (8273 or 8274) is active and follow the alarm specific instructions given. 1. Check which transmission licence alarm (8273 or 8274) is active and follow the alarm specific instructions given. Fault reason: Air i/f reference clock 26 MHz not available. Fault reason: Air i/f reference clock 26 MHz not available. Description: ESMA System module detected that its Oven Controlled 26 MHz Oscillator is broken. Description: ESMA System module detected that its Oven Controlled 26 MHz Oscillator is not generating frequency reference signal. Instructions: 1. Issue a HW reset to ESMA from (remote) BTS Manager. Note: This site's bypass transmission will be cut for 1-2 minutes. 2. Replace ESMA. Instructions: 1. Make sure that ambient temperature of the site is within normal operating temperature range (35...+50C/-31...+122F). 2. Issue a HW reset to ESMA from (remote) BTS Manager. Note: This site's bypass transmission will be cut for 1-2 minutes. 3. Replace ESMA. Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 257 Changes in RG20(BSS) 7600 BCF FAULTY FLEXI MULTIRADIO: Fault reason: Air i/f reference clock not available. Description: System module detected that its Oven Controlled Oscillator is not generating the frequency reference. Instructions: 1. Make sure that ambient temperature of the site is within normal operating temperature range (35...+50C/-31...+122F). 2. Issue a HW reset to ESMx from (remote) BTS Manager. Note: This site's bypass transmission will be cut for 1-2 minutes. 3. Replace ESMx." Fault reason: BSS synchronisation failed Description: System module detected no synchronisation signal at synchronisation input (SIN) port at startup. Instructions: 1. Check that the BCF synchronisation related settings are correct at the BSC via MML command(s) (ZEFO...). 2. If LMU provides the synchronisation, check if alarm 8202 is active and resolve. 3. If another BTS is the synchronisation master, check if that it is up and alive. 4. Check that the synchronisation cabling is correctly mated between the units. If LMU is used, check also Q1 cabling and power supply to the LMU unit. 5. Replace ESMx. Fault reason: BTS Synchronisation source mismatch between BSC and BCF Description: Clock source received from BSC is BTS_Ext (eternal) where as BTS is commissioned in RP1 sync slave mode. Instructions: 1. Commission the BTS in RP1 sync Slave Mode. 2. Change Clock source at BSC to some other value. Fault reason: RP1 synchronization failure during startup in ESMx System module Description: During start-up of RP1 synchronization was not achieved by ESMx System module Instructions: 1. Connect the cable between RP1 synchronisation master and RP1 synchronisation slave. 2. Replace the cable between RP1 synchronisation master and RP1 synchronisation slave. 258 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7600 BCF FAULTY 3. Issue HW reset to ESMx System module from Element Manager. 4. Replace the ESMx System module. Fault reason: RP1 Synchronization failure during runtime in ESMx System module Description: For ESMx System module RP1 synchronisation failure occurs during run-time Instructions: 1. Connect the sync cable between RP1 synchronisation master and RP1 synchronisation slave. 2. Issue BCF reset from Element Manager. 3. Issue HW reset from Element Manager. 4. Replace ESMx System module. Fault reason: ESMAx System module has lost connection to FIxx transmission submodule Description: FIEA/FIPA/FIFA/FIQA/FIYA Transport sub-module is not detected. This alarm is normally reported to the local BTS Manager only. Instructions: 1. Check that the PIU (FIPA/FIEA/FIFA/FIQA/FIYA) is properly inserted into the ESMx. 2. Check the LED status: If LED is not lit (all PIU types) or Yellow (for FIPA/FIEA/FIQA/FIYA), check the back connector of the PIU. 3. Replace PIU. 4. Replace ESMx, system module. Note: At the BSC, alarms 7767 BCCH Missing, 7706 BTS O&M link failure may be active for the alarming BCF. Fault reason: FIxx type mismatch between commissioning file and detected hardware Description: FIEA/FIPA/FIFA/FIQA/FIYA Transport sub-module is of wrong type. This alarm is normally reported to the local BTS Manager only. Instructions: 1.1 Replace PIU module with a correct type (as defined in SCF) and issue a HW reset to ESMx. OR 1.2 Set PIU type in SCF according to the actual PIU module type and re-commission the site. 2. Replace the PIU and issue a HW reset to ESMx. Fault reason: ESMx System module has lost connection to all ECxx RTCs and EXxx TRXs DN0963445 Id:0900d80580804b5f Confidential 259 Changes in RG20(BSS) 7600 BCF FAULTY Description: None of the BTS modules respond to ESMx polling command. Instructions: 1. Reset BCF. 2. Check all cable connections between ESMA and ECxx RTC and EXxx TRX modules. 3. If the fault persists, replace ESMx. Fault reason: ESMx System module temperature dangerously high Description: Internal temperature of ESMx System module has exceeded +95C/+203F. Instructions: 1. Ensure that the ambient temperature of the base station is below +50C/+122F. 2. Check if any fan alarms are also active. If active, refer to fan alarm instructions to resolve. 3. Replace the ESMx. Fault reason: Critical transmission licence missing at the BS. Description: Either 'Abis over IP/Ethernet' or 'Additional 2 E1/T1' licence has not been installed in the BSC. Instructions: 1. Check which transmission licence alarm (8273 or 8274) is active and follow the alarm specific instructions given. Fault reason: ESMx System module has lost connection to all configured modules. Description: BTS is not able to detect any RP3 connectivity to SM/RFMs. Instructions: 1. Check all Optical connections between SM and RFMs/Peer SM. Fault reason: ESMx System module internal HW failure Description: Internal initialisation failure occurred in ESMx System module. Instructions: 1. Issue BCF reset from (remote) BTS Manager.2. Replace ESMx.*/ Instructions in S14 Instructions in S15 Cancelling the alarm: Cancelling the alarm: If the alarm requires no user actions, you can cancel it with the MML command EOR. If the alarm requires no user actions, you can cancel it with the MML command EOR. The system cancels the alarm automatically in connection with the user's locking and unlocking commands, or, if the situation is solved without user actions, after the current measurement period.. The system cancels the alarm automatically in connection with the user's locking and unlocking commands, or, if the situation is solved without user actions, after the current measurement period. All supplementary fields are set to zero irrespective of the alarms cancelled manually or by the system. 7601 BCF OPERATION DEGRADED Change description: Instructions added, changed and removed. Instructions in S14 260 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED METROSITE: Fault reason: Loss of BSS Synch while on Abis clock. Fault reason: Cabinet I2C bus is jammed. Instructions: Instructions: 1. No corrective actions required. 1. Switch the site power off and on. Note: Alarm start/cancel is based on the alignment of the BTS clock to the external clock reference after external clock reference has recovered from fault condition. Alarm start will equate to degradation in DFCA performance. A site reset will reduce alignment time. Note that the BTS clock will align with the external clock reference over a period of several hours. 2. Check the fan unit, the power supply unit and the TRXs. If necessary, replace the faulty units(s). 3. If the fault reappears, replace the cabinet. The units inside the cabinet can be reused in the new cabinet. Fault reason: Difference between PCM and base station frequency reference. Fault reason: Irrecoverable Loss of BSS Synch. Instructions: Instructions: 1. Check the cabling 1. Site reset is required. Note that the alarm start is based on the following: 2. If the cabling is OK, replace the master TRX. a. Large alignment problems between Abis clock and external clock reference, after external clock reference has recovered from fault condition. Fault reason: Incompatible unit presence has been detected in the BTS. Instructions: b. Fluctuation in the DAC word. Alarm start will equate to significant degradation in DFCA performance. 1. Replace the high power or EDGE TRX(s) with normal type TRX(s) and reset the BCF. Fault reason: Irrecoverable Loss of BSS Synch 2. Or, replace the normal type FAN and power supply with high power or EDGE units. Now EDGE and high power TRXs are supported. Description: The received FCLK has slipped more than 40 microseconds away from the LMU FCLK while using the Abis clock as a secondary master-clock. This timing error is too high to be recovered reliably. Other fault reasons Instructions: Instructions: 1. Check whether one or several of the following alarms are active: 1. Site reset is required. Note that the alarm start is based on the following: 7606 TRX FAULTY 1. Large alignment problems between Abis clock and external clock reference, after external clock reference has recovered from fault condition. 7603 BTS FAULTY 7607 TRX OPERATION DEGRADED 7604 BTS OPERATION DEGRADED 2. Fluctuation in the DAC word. Alarm start will equate and follow the instructions given for the active alarm(s). to significant degradation in DFCA performance. Fault reason: INSITE: Loss of BSS Synch while on Abis clock. Fault reason: AC is off and the battery voltage is too low or battery is being charged. Description: This alarm indicates that the FCLK has slipped between 20-40 microseconds away from the LMU FCLK while using the Abis clock as a secondary master-clock. Instructions: 1. Check the mains supply. 2. Check the power supply unit and replace if necessary. Instructions: 1. No corrective actions required. 3. If the alarm reappears after the recovery actions above, replace the BTS.Fault reason: Difference between the PCM and BTS frequency reference. Note: Alarm start/cancel is based on the alignment of the BTS clock to the external clock reference after external clock reference has recovered from fault condition. Alarm start will equate to degradation in DFCA performance. A site reset will reduce alignment time. Instructions: 1. Check the synchronisation settings of the transmission interface. 2. If the settings are OK, check the transmission chain. DN0963445 Id:0900d80580804b5f Confidential 261 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED 3. If the alarm stays active or reappears after the recovery actions above, reset the BCF. 4. If the alarm reappears after the BCF reset, replace the BTS. Flexi Multiradio: Fault reason: Difference between PCM and BTS frequency reference Fault reason: Flash operation failed. Description: There is over 5 Hz difference to the 2MHz reference clock due to Abis link instability. Instructions: Instructions: 1. Reset the BCF. 1. Check that Synchronisation priority list has correct Rx clock sources. 2. If the alarm reappears, replace the BTS. Fault reason: The TX output power has dropped at least 3 dB. Instructions: 1. No immediate actions required. 2. If the alarm stays active or reappears frequently, replace the BTS. Fault reason: Oven oscillator control is close to its margins. The oven might be outdated. 2. Check the Abis link quality (G.826 performance statistics via BTS Manager/NetAct). Check the alarm history for 8xxx alarms reported and resolve any link problems occurred. 3. Check the network synchonisation between the BSC and the base station. 4. If alarm is active at multiple sites, check the quality of synchronisation for the whole BSS. Instructions: Fault reason: 1 PPS synchronisation reference signal missing. 1. Check the synchronisation settings of the transmission interface. Description: BTS is not able to derive air interface clock from reference 1PPS clock source. Instructions: 2. If the settings are OK, check the transmission chain. 1. Check that PPS source has been correctly programmed to provide the 1PPS signal. 3. If the alarm stays active or reappears after the 2. Check the cable between the PPS source and the recovery actions above, reset the BCF. sync in port of ESMx. 4. If the alarm reappears after the BCF reset, replace Fault reason: Clock tuning DAC word against 1 PPS the BTS. reference reaching min/max limit. ULTRASITE: Description: When 1 PPS is chosen as reference Fault reason: Power unit output voltage fault. source, difference between the calculated and previous Instructions: DAC word is more than 5% of the whole tuning range of DAC 1. Replace all faulty power units. Fault reason: Power unit input voltage fault. Instructions: Instructions: 1. Check the configured DAC word. 1. Ensure that the input voltage is correct. Fault reason: ESMx System module has lost connection to FSEx External Alarm (EAC) module. 2. Replace all faulty power units. Description: FSEx External Alarm (EAC) module does not respond to poll message of the ESMx System module. Fault reason: No connection to power unit. 1. Replace all faulty power units. Fault reason: Power unit temperature is dangerously high. Instructions: Instructions: 1. Check that FSEx is set to Active Mode by connecting pins 3-4 of X1103 jumper. 1. Ensure that the ambient temperature of the base station is within specified limits. 2. Check that the cabling is correctly mated between ESMx and FSEx. 2. Check the cabinet fans. 3. Replace FSEx. 3. Replace the faulty power unit(s). 4. Replace ESMx. 262 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED Note: An alarm is activated when the PWSX internal temperature exceeds +85 C. Fault reason: ESMx System module cooling fan(s) report no rotation Fault reason: Transmission unit temperature is danger- Description: One or more fans of the ESMx System module are not rotating. There is a danger of overheatously high. ing. Instructions: 1. Ensure that the ambient temperature of the base station is within specified limits. 2. Check the cabinet fans. 3. Replace the faulty transmission unit. Note: An alarm is activated when the transmission unit internal temperature exceeds +85 C. Instructions: 1. Check that the fan unit cable is correctly mated to ESMx. 2. Check that there are no obstacles preventing the fan(s) from rotating. 3. Clean the fan unit of dust and/or dirt. Fault reason: Difference between PCM and base station frequency reference. 4. Replace the fan unit. Instructions: Fault reason: Commissioning failed due to BCF ID mismatch between commissioning file and BSC. 1. Check the network synchronisation between the BSC and the base station. 2. Check the transmission synchronisation settings on the transmission card. 5. Replace ESMx. Description: Incorrect BCF ID between the BSC and the Commissioning File (SCF). Instructions: 4. Replace the BOI. 1. Check the transmission path of the traffic allocated to the site against the network plan. Note: After corrective actions, it may take several hours to adjust the clock and the alarm to disappear. 2. Using the (remote) BTS Manager, recommission the BTS with correct BCF ID. Fault reason: Flash operation failed in BOI or TRX. (Steps on the BTS Manager: Commissioning Wizard | Change Settings Manually --> Amend the BCF ID, as needed) 3. Check the transmission cabling at the site. Instructions: 1. Replace the BOI. Fault reason: BOI detected that the site support is dumb. Instructions: 1. Check the SISU cabinet and the connection. Fault reason: Loss of BSS Synch while on Abis clock.Instructions: 1. No corrective actions required. Note: Alarm start/cancel is based on the alignment of the BTS clock to the external clock reference after external clock reference has recovered from fault condition. Alarm start will equate to degradation in DFCA performance. A site reset will reduce alignment time. Note that the BTS clock will align with the external clock reference over a period of several hours. Note: The alarm is sent only when the BTS is uncommissioned and a mismatch has been detected. In any other cases, for example, after a BCF reset, the alarm is not sent. If in Append commissioning, the mismatch of BCF id is visible only in the commissioning report. Fault reason: ESMx System module FLASH memory writing error Description: Memory write failure occurred at SW download and is not valid, previously active SW is taken into use. Instructions: 1. Issue a HW reset to ESMx from (remote) BTS Manager. 2. Attempt the SW download again. 3. If this alarm persists, replace ESMx Fault reason: Irrecoverable Loss of BSS Synch. Fault reason: All external Q1 devices fail to respond. Instructions: 1. Site reset is required. Description: None of the configured Q1 devices in the Q1 bus are responding to a polling command. Note that the alarm start is based on the following: Instructions: a. Large alignment problems between Abis clock and external clock reference, after external clock reference has recovered from fault condition. 1. Check that Q1 addresses and baud rate match between the Q1 devices and BSC. DN0963445 2. If FIFA is used and BTS is polling Q1 equipment, check that Q1 switch towards the Q1 bus is closed with FlexiHub Manager. Id:0900d80580804b5f Confidential 263 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED b. Fluctuation in the DAC word. Alarm start will equate to significant degradation in DFCA performance 3. Check that the Q1 cables are correctly mated between the ESMx and Q1 devices. Other fault reasons 4. Replace ESMx. Instructions: Fault reason: ESMx System module has detected no fans. 1. Check whether one or several of the following alarms are active: 7606 TRX FAULTY Description: ESMx System module has not detected a fan unit at start up. There is a danger of overheating. 7603 BTS FAULTY Instructions: 7607 TRX OPERATION DEGRADED 1. Check that the fan unit cable is correctly mated to ESMx. 7604 BTS OPERATION DEGRADED 2. Replace the fan unit. 7602 BCF NOTIFICATION and follow the instructions given for the active alarm(s). Flexi EDGE: Fault reason: Difference between PCM and BTS frequency reference. Description: There is over 5 Hz difference to the 2MHz reference clock due to Abis link instability. Instructions: 1. Check that Synchronisation priority list has correct Rx clock sources. 2. Check the Abis link quality (G.826 performance statistics via BTS Manager/NetAct). Check the alarm history for 8xxx alarms reported and resolve any link problems occurred. 3. Check the network synchonisation between the BSC and the base station. 4. If alarm is active at multiple sites, check the quality of synchronisation for the whole BSS. 3. Replace the ESMx. Fault reason: FxxA module SW download from ESMx System module failed. Description: Attempt of loading Software on the RFM has failed. Instructions: 1. Block/Unblock the RFM on which the SW download has failed. 2. Power OFF and On the RFM. 3. If still the alarm exists, then replace the alarming Module. Fault reason: Mismatch occurred between commissioned and detected antenna line device. Description: Antenna line device (ALD) configured in SCF is not physically detected. Instructions: Fault reason: ESMA System module has lost connection to FSEx External Alarm (EAC) module. 1. Define antenna line device(s) via append commissioning. Description: FSEx External Alarm (EAC) module does not respond to poll message of the ESMA System module. 2. Check that antenna line device is connected physically as per commissioned information. Instructions: 1. Check that FSEx is set to Active Mode by connecting pins 3-4 of X1103 jumper. 2. Check that the cabling is correctly mated between ESMA and FSEx. 3. Replace antenna line device.Fault reason: Antenna line device configuration has failed due to parameter mismatch. Description: Detected antenna line device (ALD) parameter(s) mismatch has occurred. Instructions: 4. Replace ESMA. 1. Append the ALD information via (remote) BTS manager append commissioning. Fault reason: ESMA System module cooling fan(s) report no rotation. 2. Remove the alarmed ALD and connect the ALD as per commissioned information. 3. Replace FSEx. Description: One or more fans of the ESMA System module are not rotating. There is a danger of overheating. Instructions: 1. Check that the fan unit cable is correctly mated to ESMA. 264 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED 2. Check that there are no obstacles preventing the fan(s) from rotating. 3. Clean the fan unit of dust and/or dirt. 4. Replace the fan unit. 5. Replace ESMA. Fault reason: Commissioning failed due to BCF ID mismatch between commissioning file and BSC. Description: Incorrect BCF ID between the BSC and the Commissioning File (SCF). Instructions: 1. Check the transmission path of the traffic allocated to the site against the network plan. 2. Using the BTS Manager, recommission the BTS with correct BCF ID. (Steps on the BTS Manager: Commissioning Wizard Change Settings Manually --> Amend the BCF ID, as needed) Note: The alarm is sent only when the BTS is uncommissioned and a mismatch has been detected. In any other cases, for example, after a BCF reset, the alarm is not sent. If in Append, the mismatch of BCF id is visible only in the commissioning report. Fault reason: ESMA System module FLASH memory writing error. Description: Memory write failure occurred at SW download and is not valid, previously active SW is taken into use. Instructions: 1. Issue a HW reset to ESMA from BTS Manager. 2. Attempt the SW download again. 3. If this alarm persists, replace ESMA. Fault reason: All external Q1 devices fail to respond.Description: None of the configured Q1 devices in the Q1 bus are responding to a polling command. Instructions: 1. Check that Q1 addresses and baud rate match between the Q1 devices and BSC. 2. If FIFA is used and BTS is polling Q1 equipment, check that Q1 switch towards the Q1 bus is closed with FlexiHub Manager. 3. Check that the Q1 cables are correctly mated between the ESMA and Q1 devices. 4. Replace ESMA. Fault reason: ESMA System module has detected no fans. Description: ESMA System module has not detected a fan unit at start up. There is a danger of overheating. Instructions: 1. Check that the fan unit cable is correctly mated to ESMA. DN0963445 Id:0900d80580804b5f Confidential 265 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED 2. Replace the fan unit. 3. Replace the ESMA. Fault reason: Module power cable connections are incorrectly configured. Description: One or more of the internal power cable connections does not match power cabling rules. Intelligent shutdown feature may not operate correctly. Instructions: 1. Check the internal power and bus cabling against the product documentation set. 2. Issue a BCF reset. Fault reason: ESEA System Extension Module fan(s) out of order Description: ESEA System Extension module detected reduced speed or no rotation of fan(s) against commanded speed. Instructions: 1. Check that the fan unit cable is correctly mated to ESEA. 2. Check that there are no obstacles preventing the fan(s) from rotating. 3. Clean the fan unit of dust and/or dirt. 4. Replace the fan unit. 5. Replace ESEA. Fault reason: Irrecoverable Loss of BSS SynchDesciption: The received FCLK has slipped more than 40 microseconds away from the LMU FCLK while using the Abis clock as a secondary master-clock. This timing error is too high to be recovered reliably. Instructions: 1. Site reset is required. Note that the alarm start is based on the following:1. Large alignment problems between Abis clock and external clock reference, after external clock reference has recovered from fault condition. 2. Fluctuation in the DAC word. Alarm start will equate to significant degradation in DFCA performance. Fault reason: Loss of BSS Synch while on Abis clock. Description: This alarm indicates that the FCLK has slipped between 20-40 microseconds away from the LMU FCLK while using the Abis clock as a secondary master-clock. Instructions: 1. No corrective actions required.. 266 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7601 BCF OPERATION DEGRADED Note: Alarm start/cancel is based on the alignment of the BTS clock to the external clock reference after external clock reference has recovered from fault condition. Alarm start will equate to degradation in DFCA performance. A site reset will reduce alignment time Instructions in S14 Instructions in S15 This is a start/cancel type alarm. This is a start/cancel type alarm. For the fault reasons "Incompatible unit presence has been detected in the BTS," "ESMA System module FLASH memory writing error", "ESMA System module has detected no fans", or "Module power cable connections are incorrectly configured", alarm is cancelled manually (BCF reset). For the UltraSite BTS fault reason "Irrecoverable Loss of BSS Synch", the alarm must be cancelled manually. Note that the BTS clock will align with external clock immediately after the reset completes. For other fault reasons alarm is cancelled automatically. For the fault reasons "Incompatible unit presence has been detected in the BTS," "ESMA System module FLASH memory writing error", "ESMA System module has detected no fans", or "Module power cable connections are incorrectly configured", alarm is cancelled manually (BCF reset). For other fault reasons alarm is cancelled automatically. Instructions in S14 Instructions in S15 Note that this alarm is not supported in EP1.1 CD1.0. 7602 BCF NOTIFICATION Change description: SIF Structures changed, Instructions added and changed SIF structure in S14 SIF structure in S15 DIAGN_INFO1-6 XX XX XX XX XX XX1 2 3 4 5 6 DIAGN_INFO1-6 XX XX XX XX XX XX1 2 3 4 5 6 1) rack (cabinet) number 1) rack (cabinet) number 2) shelf number 2) shelf number 3) slot 3) slot 4) type of unit 4) type of unit 5) unit number 5) unit number 6) subunit number 6) subunit number For Flexi EDGE BTS's fault reason "Incoming reference clock has started to deviate rapidly", the rack and shelf values indicate the nominal DAC word in hexadecimal format. For Flexi EDGE BTS's fault reasons "Incoming reference clock has started to deviate rapidly" and difference between the current and last stable DAC word, the rack and shelf values indicate the nominal DAC word in hexadecimal format. For more information, see Alarm Structure. For more information, see Alarm Structure. Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 267 Changes in RG20(BSS) 7602 BCF NOTIFICATION Fault reason: Supply voltage to ESMA near low/high limit. METROSITE: Fault reason: BSS synchronisation failed. Instructions: 1. Check the clock cabling between the external clock source and the BCF. Fault reason: External synchronisation signals disabled Description: The input voltage to the power supply of ESMA is close to its operating limit and is about to turn off power to TRX modules. Instructions: Instructions: 1. Check that the input voltage range of System module is within specified range. 1. Check the clock cabling between the LMU and the BCF. 2. Replace ESMA. 2. Check that the GPS signal cable is connected to the LMU. Fault reason: Temperature inside the TRX is high. Instructions: Fault reason: Supply voltage to ESEA near low/high limit. Description: The input voltage to the power supply of ESEA is close to its operating limit and is about to turn off power to TRX modules. 1. Check whether the following alarm is active for fan unit: 7605 BTS NOTIFICATION and follow the instructions given for the alarm. Instruction: 2. Even if there are no active alarms for the fan unit, check that no foreign objects obstruct the airflow. 2. Replace ESEA. 3. If alarm 7605 is not active, ensure that the ambient temperature of the base station is within acceptablelimits. Note: An alarm is activated when the TRX unit internal temperature exceeds +80C.Fault reason: Temperature inside the TRX is low. 1. Check that the input voltage range of System Extension module is within specified range. Fault reason: Commissioned RF cabling does not match BTS configuration. Description: Manually defined RF cabling in SCF is incorrect as verified against BTS Configuration received from BSC; it may result in degraded BTS performance. Instructions:1. Ensure that the ambient temperature is Instruction: within acceptable limits. also check the fan unit.Note: An alarm is activated when the TRX's internal tempera- 1. Revise manually defined RF cabling in SCF against the actual configuration. ture is below -10C. 2. Enable RF cable autodetection (RFCAD) through commissioning wizard. Fault reason: Fan unit is broken. Instructions: 1. Check whether the fan unit is installed. 2. When there is a fan unit installed, check if something has jammed the fan unit and remove the jamming object. Otherwise replace the fan unit. Note. Rack field contains information check for cable present (1 = TX, 2=RX main, 3=RX Div, 4=both RX paths from same Ant connection). Shelf filed contains the TRX number which contains Faulty RF cables. Fault reason: Refer to latest Flexi EDGE BTS Commissioning (DN70130343) document for RF cable autodetection limitations. Power unit temperature is low.Instructions: Fault reason: ECxx RTC module cavity is broken. 1. Ensure that the ambient temperature of the base station is within specified limits. Description: ECxx RTC module has detected that its cavity stepper motor cannot be moved or its phase detection logic is broken. ULTRASITE: 2. Check that the heater is working properly if equipped. 3. Replace the PWSx.Note: An alarm is activated when the PWSx internal temperature is below -10C. Instruction: 1. Issue a TRX lock/unlock to allow RTC module reconfiguration. 2. If alarm reappears, replace ECxx. 268 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7602 BCF NOTIFICATION Fault reason: Incoming reference clock has started to deviate rapidly Fault reason: Transmission unit temperature is low. Instructions: Description: DAC word has been changed more than 408 steps from original DAC word (is usually within 2048 +/- 20), due to which the incoming synchronisa2. Check that the heater is working properly if equipped. tion reference PCM clock is drifted and causes OCXO oven oscillator to tune out of correct frequency and (if 3. Replace the transmission unit. fault persists) will eventually cause handover failures. Note: An alarm is activated when the transmission Instructions: unit's internal temperature is below -10C. 1. Ensure that the ambient temperature of the base station is within specified limits. Fault reason: Power unit has lost connection to temper- 1. Check at NetAct if there are any active core network synchronisation related alarms starting with code 1xxx ature sensor. and/or 2xxx. Instructions: 2. Correct the synchronisation problem in upper part of 1. If another slot in the cabinet is empty, move the network. power unit into the empty slot. Flexi Multiradio: 2. The temperature sensor is probably broken. Temperature changes cannot be measured. Replace the power Fault reason: External synchronisation signals disableDescription: LMU has operated without GPS signal unit. over specified time and is turning its FCLK output off. Fault reason: Transmission unit has lost connection to Instructions: temperature sensor.Instructions: 1. Check the GPS antenna fix status is OK with LMUManager. Adjust the GPS antenna so that satellites become visible. 1. Temperature sensor is probably broken. Temperature changes cannot be measured. Replace the transmission unit. Fault reason: BOI detected that connection to transmis- 2. Check that the GPS cable is correctly mated to LMU. sion unit is lost. 3. Check that the latest LMU SW is being used. Download newer SW if necessary. Instructions: 1. Open the BTS Manager and check the active alarms.If this base station or other base stations beyond it otherwise operate properly, there is no need for an immediate repair. However, the transmission alarms for the faulty unit are not reported to the BSC nor the BTSManager. 4. Replace LMU. 2. Reset the faulty transmission unit.Note: Resetting the unit affects the traffic routed through it. Instructions: Fault reason: BSS synchronisation failed Description: System module has lost synchronisation signal at synchronisation input (SIN) port. 1. If LMU provides the synchronisation, check if alarm 8202 is active and resolve it. 3. If the alarm reappears after the transmission unit reset, switch the cabinet power off and on. 2. If another BTS is the synchronisation master, check if that it is up and alive. 4. If the alarm reappears after the recovery actions above, replace the faulty transmission plug-in unit.Fault reason: Cooling fan is broken. 3. Check that the synchronisation cabling is correctly mated between the units. If LMU is used, check also Q1 cabling and power supply to the LMU unit. Instructions: 4. Replace ESMx. 1. If something has jammed the cooling fan unit, remove the jamming object. 2. Check which fan is giving the alarm from the supplementary information (rack/shelf/slot). 3. If the TSxx fan is alarming: Remove the TSxx in front of the fan. If the fan starts working, the removed TSxx is broken. DN0963445 Id:0900d80580804b5f Confidential 269 Changes in RG20(BSS) 7602 BCF NOTIFICATION If the fan still does not rotate after the first TSxx was removed, reinsert it and remove the second TSxx. Fault reason: ESMx System module cooling fan speed has reduced from the set speed. If the fan starts rotating, the second TSxx is broken. Description: The cooling fan speed has reduced substantially from the commanded fan speed. If the fan does not work after the TSxx removal test, the fan is broken and must be replaced. Instructions: 4. For other fan alarms, replace the corresponding fan unit. 1. Check that nothing obstructs the fan(s) from rotating. 5. Otherwise, replace the BOI. 3. Replace the fan unit. Note: This alarm is related to fans located in the back of the cabinet. 4. Replace ESMx. Fault reason: Cabinet fan is broken. Instructions: 1. Check that the fan cable is connected to the door switch box. 2. If something has jammed the cabinet fan unit, remove the jamming object. Otherwise, replace the fan unit. 3. Replace the door switch box. 4. Otherwise, replace the BOI. Note: If "Temperature high/dangerously high" and/or 7621 alarm(s) are also active, perform these actions as soon as possible. Fault reason: ESMx System module temperature high. Description: ESMx System module has detected that its internal temperature has exceeded +90C/+194F. Instructions: 1. Ensure that the ambient temperature of the base station is below +50C/+122F. 2. Check if any fan alarms are also active. If active, refer to fan alarm instructions to resolve. Note: This alarm is related to door fan. Fault reason: Cooling fan speed has reduced from the set speed. Instructions: 1. If the fan is dirty, clean the fan unit. 2. If something has jammed the cooling fan unit, remove the jamming object. Otherwise, replace the fan unit. Note: This alarm is related to fans located in the back of the cabinet. Fault reason: Cabinet fan speed has reduced from the set speed. 1. If the fan is dirty, clean the fan unit. 2. If something has jammed the cabinet fan unit, remove the jamming object. Otherwise, replace the fan unit. Note: This alarm is related to door fan.Fault reason: Heater is broken. Instructions: 1. Check that the heater cable is connected to the door switch box. 2. Check that the AC power supply is OK by measuring AC from the cabinet connection box (the heater always requires AC power) .3. Replace the faulty heater, or the heater is not installed although it is defined in the configuration file, therefore an alarm is issued. Install the heater. 270 2. Clean the fan unit of dust and/or dirt. 3. Replace the ESMx (System Module). Note that this alarm remains active if the temperature still increases and the "temperature dangerously high" alarm is activated. Fault reason: ESMx System module unable to read internal temperature sensors Description: There is no temperature measurement in the ESMx System module. All temperature sensors inside the module are broken. Fans are rotating at maximum speed. Instructions: 1. Replace the ESMx. Note: If fan alarm(s) are active at ESMx, perform this action as soon as possible. Fault reason: ESMx System module cooling fan speed has increased from the set speed. Description: The cooling fan speed of System module has increased substantially from the commanded fan speed. Instructions: 1. Check the ESMx operational voltage as an increased ESMx voltage could lead to over speeding of the fans. 2. Replace the fan unit. 3. Replace ESMx. Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7602 BCF NOTIFICATION Fault reason: Power unit output voltage fault.Instructions: 1. Replace the faulty power unit. The cabinet has more than one power supply unit. The other power units are still functioning. Fault reason: Power unit input voltage fault.Instructions: 1. Ensure that the input voltage is correct. 2. Replace the faulty power unit. The cabinet has more than one power supply unit. The other power units are still functioning. Fault reason: BTS Trace Collection Ongoing. Description: User initiated BTS trace collection from the BTS Manager. Instructions: No repair actions required, alarm is cancelled when the BTS trace collection is stopped by the user. Fault reason: FXxA module temperature value missing. Description: The RF Module cannot report the temperature value or the sensor is faulty. Instructions: Fault reason: No connection to power unit.Instructions: 1. Block/unblock the RF Module. 2. If that does not help, replace the alarming RF 1. Check if the power unit is switched off. Module. 2. If the power unit is on, replace the faulty power unit. The cabinet has more than one power supply unit. The Fault reason: Cooling fan out of order. other power units are still functioning. Fault reason: Common rack PWS is jammed.Instructions: 1. Give a one-minute power reset to the whole BTS cabinet. Description: The RF Module cooling fan is not rotating at the specified speed. Instructions: 1. Check the fan and cabling. 2. Block/unblock the RF Module. 2. Check the power unit(s) and power backplane connectors, and replace if faulty. 3. Replace the faulty fan assembly. Fault reason: Common rack EAC I2C bus is jammed. Note! Perform the steps below in the listed order until the alarm disappears. Instructions: 1. Give a one-minute power reset to the whole BTS cabinet. 2. Reset the BCF. 3. If the cabling between the BOI and the Interface board on the top side of the cabinet is OK, replace the Interface board. Fault reason: Shared FxxA module detected two synchronisation master sources. Description: Shared RFM has detected two RP1 sync master Instructions: 1. Commission any of the SMs in RP1 sync slave mode. 4. Replace the BOI. Fault reason: FxxA module detected no synchronisation master at startup. 5. Replace the common backplane.Fault reason: Mismatch between BSC/MMI configuration file and the actual configuration. Description: RFM is not able to find RP3-01 master link during start-up. Instructions: 1. Check that all units are installed and working OK. 2. Check that the actual base station configuration, HW configuration file and BSC configuration match. Make necessary corrections. Instructions: Connect the sync cable between RP1 sync master and RFM. Fault reason: Invalid BTS Topology detected. Description: BTS has detected Topology which is invalid as per the rules defined. Instructions: 1. Correct Topology by removing invalid optical links and perform BCF reset. DN0963445 Id:0900d80580804b5f Confidential 271 Changes in RG20(BSS) 7602 BCF NOTIFICATION Instructions: Fault reason: Supply voltage to ESMx near low/high limit 1. Check the clock cabling between the external clock source and the BCF. Description: The input voltage to the power supply of ESMx is less than 40VDC or more than 58VDC. Fault reason: BSS synchronisation failed. Fault reason: External synchronisation signals disabled Instructions: 1. Check that the input voltage range of System module Instructions: is within specified range. 1. Check that the master clock source is OK. 2. Replace ESMx. 2. Check the clock cabling between the LMU and the Fault reason: ESMx System module detected BCF. GSM/EDGE incompatible RF module 3. Check that the GPS signal cable is connected to the Description: A non-GSM/EDGE capable RF module is LMU.Other fault reasons connected to ESMx System module Instructions:See the Alarm Descriptions document included in the BTS SW release binder of the alarming Instructions: 1. Remove incompatible RF module from ESMx port or base station type. RFM port Flexi EDGE: Fault reason: External synchronisation signals disabled. Description: LMU has operated without GPS signal over specified time and is turning its FCLK output off. Instructions: 1. Check the GPS antenna fix status is OK with LMUManager. Adjust the GPS antenna so that satellites become visible. 2. Replace ESMx Fault reason: Baseband bus minor operation error occurred in ESMx System module Description: Baseband bus minor operation error has degraded in ESMx System module. Instructions: 1. Issue BCF reset from (remote) BTS manager. 2. Issue HW reset from (remote) BTS manager. 2. Check that the GPS cable is correctly mated to LMU. 3. Replace ESMx. 3. Check that the latest LMU SW is being used. Download newer SW if necessary. 4. Replace LMU. Fault reason: BSS synchronisation failed. Description: ESMA System module has lost synchronisation signal at synchronisation input (SIN) port. Instructions: 1. If LMU provides the synchronisation, check if alarm 8202 is active and resolve it. 2. If another BTS is the synchronisation master, check if that it is up and alive. 3. Check that the synchronisation cabling is correctly mated between the units. If LMU is used, check also Q1 cabling and power supply to the LMU unit. 4. Replace ESMA. Fault reason: ESMA System module cooling fan speed has reduced from the set speed. Description: The cooling fan speed has reduced substantially from the commanded fan speed. Instructions: 1. Check that nothing obstructs the fan(s) from rotating. 272 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7602 BCF NOTIFICATION 2. Clean the fan unit of dust and/or dirt. 3. Replace the fan unit. 4. Replace ESMA. Note: If "Temperature high/dangerously high" and/or 7621 alarm(s) are also active, perform these actions as soon as possible. Description: ESMA System module cooling fan speed has increased from the set speed. Fault reason: The cooling fan speed of System module has increased substantially from the commanded fan speed. Instructions: 1. Check the ESMA operational voltage as an increased ESMA voltage could lead to overspeeding of the fans. 2. Replace the fan unit. 3. Replace ESMA. Fault reason: ESMA System module temperature high. Description: ESMA System module has detected that its internal temperature has exceeded +90C/+194F. Instructions: 1. Ensure that the ambient temperature of the base station is below +50C/+122F. 2. Check if any fan alarms are also active. If active, refer to fan alarm instructions to resolve. 3. Replace the ESMA.Note that this alarm remains active if the temperature still increases and the "temperature dangerously high" alarm is activated. Fault reason: ECxx RTC module connected to wrong port. Description: ECxx RTC module is not connected to port 1/2/3 of ESMA System module. Instructions: 1. Connect ECxx to ESMA port 1, 2 or 3 and issue a BCF reset. Fault reason: EXxx TRX module connected to wrong port. Description: EXxx TRX Module is not connected to ESEA System Extension module. Instructions: 1. Connect EXxx module to ESEA. Fault reason: ESEA System Extension module connected to wrong port.Description: ESEA System Extension module is not connected to port 6 of ESMA System Module. 1. Connect ESEA to port 6 of ESMA, and issue a BCF reset. DN0963445 Id:0900d80580804b5f Confidential 273 Changes in RG20(BSS) 7602 BCF NOTIFICATION Fault reason: Unknown module connected to Esxx System (Extension) module. Description: ESMA System module does not recognise the module connected to this port. SW release incompatibility with the connected HW. Instructions: 1. Check the HW SW compatibility from the SW release binder. a. If the module is compatible with the current SW running in the BTS, replace the module. b. If the module is not compatible with the current SW running in the BTS, check which SW version supports the module. Upgrade the BTS SW to the version that supports the module. 2. Remove the unknown module Fault reason: ESEA System Extension module temperature high Description: Internal temperature of ESEA System Extension module has exceeded +85C/+185F. Instructions: 1. Ensure that the ambient temperature of the base station is below +50C/+122F. 2. Check if fan alarm is also active. If active, refer to fan alarm instructions to resolve. 3. Replace ESEA.Note that this alarm remains active if the temperature still increases and the "temperature dangerously high" alarm is activated. Fault reason: ESMA System module unable to read internal temperature sensors. Description: There is no temperature measurement in the ESMA System module. All temperature sensors inside the module are broken. Fans are rotating at maximum speed. Instructions: 1. Replace the ESMA.Note: If fan alarm(s) are active at ESMA, perform this action as soon as possible. Fault reason: EOCA Optical module connected to wrong port Description: EOCA Optical module is connected to both an ESMA System Extension module and an ESEA System Extension module at the same time. EXxx TRX modules cannot be connected to ESMA system module when an ESEA System Extension module is equipped, so the ESMA System module connection(s) to the EOCA Optical Unit are incorrect. Instructions: 1. Connect Local Optical BUS connections to ESEA only, when ESEA is equipped. 274 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7602 BCF NOTIFICATION Faut Reason: BTS Trace Collection Ongoing Description: User initiated BTS trace collection from BTS Manager. Instructions:No repair actions required, alarm is cancelled when BTS trace collection is stopped by the user. Fault reason: Supply voltage to ESMA near low/high limit Description: The input voltage to the power supply of ESMA is close to its operating limit and is about to turn off power to TRX modules. Instruction:The input voltage to the power supply of ESMA is less than 44VDC or more than 58VDC. 1. Check that the input voltage range of System module is within specified range. 2. Replace ESMA.Fault reason: Supply voltage to ESEA near low/high limit. Description: The input voltage to the power supply of ESEA is close to its operating limit and is about to turn off power to TRX modules. Instruction:The input voltage to the power supply of ESEA is less than 44VDC or more than 58VDC. 1. Check that the input voltage range of System Extension module is within specified range. 2. Replace ESEA.Fault reason: Commissioned RF cabling does not match BTS configurationDescription: Manually defined RF cabling in SCF is incorrect as verified against BTS Configuration received from BSC; it may result in degraded BTS performance Instruction: 1. Revise manually defined RF cabling in SCF against the actual configuration. 2. Enable RF cable autodetection (RFCAD) through commissioning wizard. Note 1: Rack field contains information check for cable present (1 = TX, 2=RX main, 3=RX Div, 4=both RX paths from same Ant connection). DN0963445 Id:0900d80580804b5f Confidential 275 Changes in RG20(BSS) 7602 BCF NOTIFICATION Note 2: Shelf field contains the TRX number which contains Faulty RF cables. Note 3: Also, there may be more RF cabling errors introduced during commissioning, but only one of those is reported. Note 4: Refer to latest Flexi EDGE BTS Commissioning (DN70130343) document for RF cable autodetection limitations Note that if the DDU is shared across two sectors, a BCF reset is needed. Fault reason: ECxx RTC module cavity is broken Description: ECxx RTC module has detected that its cavity stepper motor cannot be moved or its phase detection logic is broken. Instruction: 1. Issue a TRX lock/unlock to allow RTC module reconfiguration. 2. If alarm reappears, replace ECxx. Fault reason: Incoming reference clock has started to deviate rapidly Description: DAC word has been changed more than 408 steps from original DAC word (is usually within 2048 +/- 20), due to which the incoming synchronisation reference PCM clock is drifted and causes OCXO oven oscillator to tune out of correct frequency and (if fault persists) will eventually cause handover failures. Instructions: 1. Check at NetAct if there are any active core network synchronisation related alarms starting with code 1xxx and/or 2xxx. 2. Correct the synchronisation problem in upper part of network. Instructions in S14 Instructions in S15 Cancelling the alarm: Cancelling the alarm: This is a start/cancel type alarm. Alarm is cancelled automatically. This is a start/cancel type alarm. Alarm is cancelled automatically, except in the case of the fault reasons "Commissioned RF cabling does not match BTS configuration" and "ECxx RTC module cavity is broken" which require that you cancel the alarm manually. 7603 BCF FAULTY Change description: Instructions changed Instructions in S14 Instructions in S15 This is a start/cancel type alarm. The alarm is cancelled automatically. This is a start/cancel type alarm. The alarm is cancelled automatically. In UltraSite Base Station alarm has to be canceled manually if BaseBand hopping is used. In UltraSite base stations alarm has to be cancelled manually if baseband hopping is used. 276 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7603 BCF FAULTY METROSITE and ULTRASITE: All fault reasons METROSITE, ULTRASITE, Flexi EDGE and Flexi Multiradio: Instructions: All fault reasons 1. Check whether the following alarm is active: Instructions: 7606 TRX FAULTY 1. Check whether either of the following alarm is active: and follow the instructions given for the alarm. If neces- 7606 TRX FAULTY sary, replace all faulty units indicated in the active 7607 TRX OPERATION DEGRADED alarm(s). and follow the instructions given for the active alarm(s). 7604 BTS OPERATION DEGRADED Change description: Instructions changed. Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 277 Changes in RG20(BSS) 7604 BTS OPERATION DEGRADED METROSITE: METROSITE: Other fault reasons Other fault reasons Instructions: Instructions: 1. Check whether either of the following alarms is active: 1. Check whether either of the following alarms is active: 7606 TRX FAULTY 7606 TRX FAULTY 7607 TRX OPERATION DEGRADED 7607 TRX OPERATION DEGRADED and follow the instructions given for the active alarm(s). and follow the instructions given for the active alarm(s). ULTRASITE: ULTRASITE: Fault reason: Remote tune combiner temperature is dangerously high. Fault reason: Remote tune combiner temperature is dangerously high. Instructions: Instructions: 1. Ensure that the ambient temperature of the base station is within specified limits. 1. Ensure that the ambient temperature of the base station is within specified limits. 2. Check the cabinet fans. 2. Check the cabinet fans. 3. Replace the remote tune combiner. 3. Replace the RTxx. Fault reason: Remote tune combiner temperature is low. Note: An alarm is activated when the RTxx unit internal temperature exceeds +70°C.Fault reason: Remote tune combiner temperature is low. Instructions: 1. Ensure that the ambient temperature of the base station is within specified limits. Instructions: 2. Check the cabinet heater if it is installed. 1. Ensure that the ambient temperature of the base station is within specified limits. 3. Replace the remote tune combiner. 2. Check that the heater is working properly if equipped. Other fault reasons 3. Replace the RTxx. Instructions: Note: An alarm is activated when the RTxx unit internal temperature is below -10°C.Fault reason: Rx levels differ too much between main and diversity antennas. 1. Check whether either of the following alarms is active: 7606 TRX FAULTY Instructions: 1. Check the RSSI measurements by BTS Manager. 7607 TRX OPERATION DEGRADED and follow the instructions given for the active alarm(s). 2. Check and measure the antenna lines. 3. Check the BTS RF cables and connections. 4. Replace the combiner unit. Check that the RXDL parameter at the BSC is set to a reasonable value, taking into account the site conditions in order to prevent unnecessary alarms. 5. Replace the TSxx unit. 278 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7604 BTS OPERATION DEGRADED Other fault reasons Instructions: 1. Check whether either of the following alarms is active: 7606 TRX FAULTY 7607 TRX OPERATION DEGRADED and follow the instructions given for the active alarm(s). Flexi EDGE and Flexi Multiradio: Other fault reasons Instructions: 1. Check whether either of the following alarms is active: 7606 TRX FAULTY 7607 TRX OPERATION DEGRADED and follow the instructions given for the active alarm(s). 7606 TRX FAULTY Change description: Meaning improved, SIF structures added, Instructions changed. Meaning in S14 Meaning in S15 alarm trx_faulty_a = 0x7606, alarm trx_faulty_a = 0x7606, alarm_text = 'TRX FAULTY', alarm_text = 'TRX FAULTY', ( ( diagn_info array(6) of byte; diagn_info array(6) of byte; ); trx_list array(15) of trx_id_t; ); SIF structure in S14 SIF structure in S15 TRX_LIST Faulty TRX ids Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 279 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: EXxx TRX detected no connection to ERxx DDU/ECxx RTC Fault reason: EXxx TRX detected no connection to ERxx DDU/ECxx RTC 2. Check that ECxx/ERxx and EXxx are of same frequency (sub-)band. 2. Wait for DDU to come in supervisory (Fixed green LED on DDU). Fault reason: EXxx TRX detected no connection to ERxx DDU/ECxx RTC Issue a sector reset to restart RF cable autodetection. 2. Check that ECxx and EXxx are of same frequency band. Fault reason: Both Tx cables missing for DPTRX. Description: Both Tx cables are detected to be missing from the DPTRX object. Instructions: 1. Check that all Tx cables are fully mated between the EXxx, EWxA and ERxx. Fault reason: EXxx TRX detected no connection to ERxx DDU/ECxx RTC 2. Check that ECxx/ERxx and EXxx are of same frequency (sub-)band. Fault reason: RF cabling missing for DPTRX. Description: RF cabling is detected to be missing from DPTRX object. Instructions: 2. Replace EWxA. 1. Check that all Tx and Rx cables are fully mated between the EXxx, EWxA and ERxx. 3. Replace EXxx. 2. Replace EWxA. 4. Replace ERxx. 3. Replace EXxx. 4. Replace ERxx. Fault reason: ECxx RTC module cavity is broken. Description: ECxx RTC module has detected that its cavity stepper motor cannot be moved or its phase detection logic is broken. Instructions: 1. Issue a TRX lock/unlock to allow RTC module reconfiguration. 2. If alarm reappears, replace ECxx. Fault reason: Phase difference between Tx signals is too high with DPTRX. Description: If alarm is raised on IDD/DPTRX object serving the BCCH AND another IDD/DPTRX object is available in the sector, then BSC will automatically reconfigure BCCH to the working IDD/DPTRX object. Otherwise IDD/DP enabled sector operates with reduced performance. Instructions: 1. Check that Phase Detector cable is correctly mated between EWxA and EXxx. 2. Replace Phase Detector cable. 3. Replace EWxA. 4. Replace EXxx. 280 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: PDU control has switched off EXxx TRX Module Description: Either System (extension) module has switched OFF power to EXxx TRX module due to low/high voltage or power is toggled OFF by user from BTS Manager power control menu. Instructions: 1. Check that ESMA/ESEA input voltage is within the normal operating range. 2. Power ON the PDU from BTS Manager (BTS Control | PowerControl). 3. Replace ESMA/ESEA. Fault reason: PDU control has switched off ECxx TRX Module Description: Either System module has switched OFF power to ECxx RTC module due to low/high voltage or power is toggled OFF by user from BTS Manager power control menu. Instructions: 1. Check the ESMA input voltage is within the normal operating range. 2. Power ON the PDU from BTS Manager (BTS Control | Power Control). 3. Replace ESMA. FLEXI MULTIRADIO: Fault reason: GSM FCLK/FN synchronisation failure during startup in ESMx System module Description: During start-up GSM synchronisaton was not achieved by ESMx System module Instructions: 1. Issue a HW Reset to ESMx module and observe if the alarm still present. 2. If alarm is coming again then replace ESMx System module Fault reason: GSM FCLK/FN Synchronisation failure during runtime in ESMx System module Description: For ESMx GSM synchronisation failure occurs during run-time Instructions: 1. Issue a HW Reset to ESMx System module and observe if the alarm still present. 2. If alarm is coming again then replace ESMx System module. DN0963445 Id:0900d80580804b5f Confidential 281 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: EXxx TRX module has missing transmission time slot allocation Description: TRXsig and/or TCH allocation for EXxx TRX module is missing from the Abis allocation. Instructions: 1. Check that BTS configuration and Abis time slot allocation matches between the SCF, installed units and the BSC. 2. Add missing time slot allocation to the SCF/BTS by appending the commissioning file. Fault reason: RF Module Filter input power missing Description: The RF Module filter has measured too low TX power Instructions: 1. Perform Sector lock/unlock or block/de-block. 2. Replace RF Module Fault reason: FxxA module configuration failed Description: The RF Module configuration failed because of a HW or SW fault. Instructions: 1. Switch OFF/ON the power to alarming RFM module to restart it. 2. If still the alarm reappears then replace the alarming RFM module. Fault reason: RF Module critical file not found Description: A critical configuration file is missing from the RF Module. Instructions: 1. Switch OFF/ON the alarming RFM module. 2. Verify that the HWP1 file is present in the RF Module and download the file if missing. Reset the RF Module. 3. If alarm reappears then replace the alarming RFM module. Fault reason: FxxA frame clock missing Description: The System Module clock reference differs from the RF Module clock. Instructions: 1. Check the cables between the System Module and the alarming RF Module. 2. Block/unblock the alarming RF Module. 3. If that does not help, block/unblock the site. 4. If that does not help, replace the alarming RF Module. 282 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: Optical Link Synchronisation Error Description: The baseband bus between the System Module and RF Module is out of synchronization. Instructions: 1. Check the cables between the System Module and the alarming RF Module. 2. Block/unblock the alarming RF Module. 3. If that does not help, block/unblock the site. 4. If that does not help, replace the alarming RF Module. Fault reason: Optical link configuration error Description: The RF Module baseband bus is configured incorrectly. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Transmission error on optical link connection Description: There is an error in the baseband or optical bus. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Tx out of order Description: The RF Module TX path is not usable. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Rx Out of Order Description: The RF Module RX RF synthesizer is not locked. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: FxxA module Out of Order Description: The RF Module is out of order because of a software or hardware fault Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. DN0963445 Id:0900d80580804b5f Confidential 283 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: FxxA Module Overheating Description: The RF Module TX path is not usable. Instructions: 1. Check the fans and ensure that the ambient temperature on the site is acceptable. 2. Block/unblock the alarming RF Module. 3. If that does not help, replace the alarming RF Module. Fault reason: RF Module Power Output Faulty Description: The Power Supply has detected an over voltage, under voltage or over current in the RF Module. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Power on Self Test failed Description: An RF Module power-on self-test failed at start-up. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Module clock faulty Description: The FXxA module has lost the lock to the incoming clock. Instructions: 1. Check the cables between the System module and FXxA module. 2. Block/de-block the alarming FXxA module. 3. Replace FXxA. Fault reason: Antenna Line failure Description: Radio Module Filter has detected over current on the antenna line. The antenna line may be damaged (short circuit) or some antenna line device is causing overload. Instructions: 1. Check the antenna line and antenna line devices. Fix or replace the faulty parts/devices. 2. If that does not help, replace the alarming RF Module. 284 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: VSWR measurements exceed Major threshold Description: Radio Module Filter has detected a VSWR value exceeding the defined level. The antenna line is mismatched or damaged. Instructions: 1. Check the antenna cables, connectors, antenna and possible antenna line devices. 2. Check the antenna line (TX-cable-antenna) impedance matching. 3. Lock/unlock or block/deblock the sector. 4. If the alarm still appears then replace alarming RFM module. Fault reason: Filter unit operation failed Description: A filter has not been able to tune on an appropriate sub-band properly (tuning failure), or another major failure has been detected by the filter (unit faulty). Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module/Filter. Fault reason: FxxA module blocked locally Description: A RFM is locally blocked by an Element Manager command. Instructions: No repair actions required, alarm is cancelled when RFM is locally deblocked from Element Manager. Fault reason: Baseband DSP module SW download in ESMx System module failed Description: Software download has failed on the integrated baseband DSP module Instructions: 1. lock/unlock the BCF. 2. Power OFF and ON the ESMx. 3. If the alarm still persist then replace the ESMx Fault reason: Internal failure occurred during TRX configuration Description: There was no internal response or timeout occurred or nack received during TRX configuration. Instructions: 1. Lock/Unlock the TRX 2. Check the configuration set at BSC. 3. Give BCF reset. DN0963445 Id:0900d80580804b5f Confidential 285 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: ESMx System module has lost connection to FXxA module Description: System Module has lost connection to the RF Module Instructions: 1. Check the RP3 cable between the ESMx the disconnected FXxA. 2. Reconnect the FXxA to ESMx. 3. Replace FXxA. Fault reason: Baseband resource not available for configured TRX objects Description: A TRX object configured at BSC, statically maps to a Module ID. This module ID is not mapped to any Baseband CORE ID in System module Instructions: 1. BTS Configuration file needs to be updated. 2. Remove the TRX object configured from BSC on which the alarm is reported. 3. Give BCF reset Fault reason: ESMx System module internal HW failure Description: Internal initialisation failure occurred in ESMx System module Instructions: 1. Issue BCF reset from (remote) BTS manager. 2. Replace ESMx. Fault reason: Internal baseband bus fault has occurred in ESMx System module Description: Internal baseband bus fault occurred in ESMx System module. Instructions: 1. Issue BCF reset from (remote) BTS manager. 2. Issue HW reset from (remote) BTS manager. 3. Replace ESMx. Fault reason: Optical link fault detected by baseband module in ESMx System module Description: SFP error occurred on the optical RP3 link Instructions: 1. Check that the SFP point connections are correctly configured. 2. Issue BCF reset from (remote) BTS manager. 3. Issue HW reset from (remote) BTS manager. 286 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: Frequency budget exceeded for FxxA module Description: TRX allocation in the sector failed due to config error (TRX frequency does not fit into with frequencies of other TRXs allocated to a pipe) Instructions: 1. Reconfigure the TRX in some other sector. 2. Add a pipe in the sector via Append commissioning Fault reason: Power budget exceeded for FxxA module Description: TRX allocation in the sector failed due to config error (limited transmission power available) Instructions: 1. Reconfigure the TRX in some other sector 2. Add a pipe in the sector via Append commissioning Fault reason: Not enough capacity available on FxxA module for 2G TRX resources Description: Peer technology allocated RF resources meant for 2G TRX objects Instructions: 1. Reconfigure the TRX in some other sector. 2. Add a pipe in the sector via Append commissioning 3. Change peer technology's RF resource allocation Fault reason: Not enough frequency budget available for 2G TRX resources Description: Frequencies of 2G TRX objects do not fit with the peer technology's carrier frequencies Instructions: 1. Reconfigure the TRX in some other sector. 2. Add a pipe in the sector via Append commissioning 3. Change peer technology carrier frequencies Fault reason: Not enough power budget available for 2G TRX resources Description: Peer technology carriers configured more transmission power in a pipe and not enough power available for 2G TRX object Instructions: 1. Reconfigure the TRX in some other sector. 2. Add a pipe in the sector via Append commissioning 3. Change peer technology carrier power allocation DN0963445 Id:0900d80580804b5f Confidential 287 Changes in RG20(BSS) 7606 TRX FAULTY Fault reason: HW capacity exceeded for FxxA module Description: RF module could not allocated enough RF resources for TRX Instructions: 1. Reconfigure the TRX in some other sector. 2. Add a pipe in the sector via Append commissioning Fault reason: TRX resource lost due FxxA module HW fault Description: FxxA module resource configured with a 2G TRX reported a HW fault. Instructions: 1. Reconfigure the TRX to some other sector. 2. Replace FxxA. Fault reason: For logical sector configured at BSC no HW has been specified in SCF Description: Hardware not specified (Local sector information) in SCF for the configured BTS. Instructions: 1. Remove the alarmed BTS object from the BSC. 2. Add the local sector information for the alarmed BTS defined at BSC via BTS manager append commissioning. 3. Issue BCF reset from (remote) BTS manager. 7607 TRX OPERATION DEGRADED Change description: Meaning improved, SIF structures added, Instructions changed and removed. Meaning in S14 Meaning in S15 alarm trx_operation_degraded_a = 0x7607, alarm trx_operation_degraded_a = 0x7607, alarm_text = 'TRX OPERATION DEGRADED', flag_count = 1, alarm_text = 'TRX OPERATION DEGRADED', flag_count = 1, ( ( diagn_info array(6) of byte; diagn_info array(6) of byte; ); trx_list array(15) of trx_id_t; ); SIF structure in S14 SIF structure in S15 TRX_LIST Faulty TRX ids Instructions in S14 288 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7607 TRX OPERATION DEGRADED Fault reason: EXxx TRX module detected only one Rx signal during RF cable autodetection. Fault reason: EXxx TRX module detected only one Rx signal during RF cable autodetection. Description: RF cable autodetection found Rx signal missing from the sector where Rx diversity is being used. Description: RF cable autodetection found Rx signal missing from the sector where Rx diversity is being used. Instructions: Instructions: 1. Check that the Rx cabling between EXxx and ERxx are correctly mated. Check the condition of cables and connectors. 1. Check that the Rx cabling between EXxx and ERxx are correctly mated. Check the condition of cables and connectors. 2. If DDU is shared between two sectors, issue BCF reset, else issue a sector reset. 2. If DDU is shared between two sectors, issue BCF reset, else issue a sector reset. 3. Recommission the site with manual cabling, if Rx diversity is not to be used. 3. Check that ECxx/ERxx and EXxx are of same frequency (sub-)band. 4. Replace ERxx. 4. Recommission the site with manual cabling, if Rx diversity is not to be used. 5. Replace EXxx. 5. Replace ERxx. 6. Replace EXxx. Flexi Multiradio: Fault reason: Two Rx diversity branches lost with 4UDDescription: ERxx DDU module that supplies the two diversity Rx signals for 4UD is lost. Instructions: 1. Check that the bus and power cables are correctly mated between ESxx, EXxx and ERxx. 2. Replace ERxx. 3. Replace EXxx. DN0963445 Id:0900d80580804b5f Confidential 289 Changes in RG20(BSS) 7607 TRX OPERATION DEGRADED Fault reason: RF baseband energy is too high. Description: The TX feedback signal power is too high. Instructions: 1. Perform RFM block/de-block. 2. Replace FXxA module. Fault reason: RF module file not found. Description: The RF Module SW detected that a noncritical configuration file is missing. Instructions: 1. Switch OFF/ON the alarming FXxA module. 2. Replace FXxA module. Fault reason: FxxA Module Gain adjusting Failure. Description: The TX output power adjustment failed. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: No feedback signal. Description: The feedback signal to predistortion is too weak or missing. The TX performance is degraded. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Transmission quality deteriorated. Description: The TX signal adjustment fails. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. 290 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7607 TRX OPERATION DEGRADED Fault reason: Detected unidentified unit connected to ESMx or FxxA module Description: The permanent memory in the module is corrupted and the module product code or serial number is missing/unknown. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Configuration File Corrupted Description: The RF Module SW detected conflicting or corrupted configuration data Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: RF output power reduced to prevent module overheating Description: The highest temperature exceeds the power decrease limit. Instructions: 1. Check the fans and ensure that the ambient temperature on the site is acceptable. 2. Block/unblock the alarming RF Module. 3. If that does not help, replace the alarming RF Module. Fault reason: FPGA SW update failed Description: The FPGA software update has failed. Instructions: 1. Block/unblock the alarming FXxA module. 2. Replace FXxA. Fault reason: Mast Head Amplifier Fault Description: The Masthead Amplifier (MHA) does not work properly. The received RF signal level is decreased. Instructions: 1. Check the antenna cables and connectors towards the MHA. Fix or replace the broken parts. 2. Restart the MHA by blocking and unblocking the Flexi Radio (FR) Module. NOTE! This operation affects all antenna lines and cells related to the FR Module, not just the faulty one. If the alarm reappears, replace the alarming module. DN0963445 Id:0900d80580804b5f Confidential 291 Changes in RG20(BSS) 7607 TRX OPERATION DEGRADED Fault reason: VSWR measurements exceed Minor threshold Description: Radio Module Filter has detected a VSWR value exceeding the defined level. The antenna line is slightly mismatched. Instructions: 1. Check the antenna cables, connectors, antenna and possible antenna line devices. 2. Check the antenna line (TX-cable-antenna) impedance matching. Fault reason: Low noise amplifier failure Description: The Filter has detected a malfunction in the LNA unit. Instructions: 1. Block/unblock the alarming RF Module. 2. If that does not help, replace the alarming RF Module. Fault reason: Antenna line device HW failure Description: A hardware failure detected by an antenna line device. Usually this is a permanent fault (the hardware is broken). Instructions: 1. Block/unblock the Radio module to give a power-off reset to the antenna line devices. 2. If the reset does not cancel the alarm or the alarm continuously reappears, replace the antenna line device. Fault reason: Antenna line device configuration failure Description: An antenna line or antenna line device is incorrectly configured. Instructions: 1. Update the proper SW to antenna line device. 2. Check/correct the antenna line configuration. 3. Replace antenna line device. Fault reason: Antenna line device operation failure Description: The device is not working properly, the configuration is not valid, or a given parameter are incorrect. Instructions: 1. Check the functionality of the antenna line device. 2. Check the compatibility between the antenna line device and the BTS SW. 3. Check that the given parameters are in the valid range. 4. Replace antenna line device. 292 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7607 TRX OPERATION DEGRADED Fault reason: Baseband bus operation has degraded on RP3 link in ESMx System module Description: Baseband bus operation has degraded on RP3 link in ESMx System module. Instructions: 1. Issue BCF reset from (remote) BTS manager. 2. Issue HW reset from (remote) BTS manager. Fault reason: No resources available for IDD Auxiliary path allocation in FxxA module Description: System fails to allocate Auxiliary path for the IDD TRX Instructions: 1. Configure the IDD TRX into some other sector having at least two pipes. 2. Allocate another pipe in the same sector via Append commissioning. 3. Change the per TRX power via Append commissioning, so that auxiliary TRX can be accommodated in the pipe. Fault reason: Commissioning file specifies too few antennas for Rx diversity Description: Not enough antennas are available for configuring Tx auxiliary path for an IDD TRX object Instructions: 1. Add another antenna or pipe to the local sector Instructions in S14 Instructions in S15 Fault reason: Phase difference between Tx signals is too high with DPTRX. Description: Phase difference between combined Tx signals is too high, resulting in reduced Tx output power. Instructions: If alarm is raised on IDD/DPTRX object serving the BCCH AND another IDD/DPTRX object is available in the sector, then lock the BCCH TRX object. BSC will reconfigure BCCH to the working IDD/DPTRX object. Otherwise IDD/DP enabled sector operates with reduced performance. 1. Check that the Phase Detector cable is correctly mated between EWxa and EXxx. 2. Replace the Phase Detector cable. 3. Replace EWxA. 4. Replace EXxx. 7608 TRX NOTIFICATION Change description: SIF Structures added, Instructions changed SIF Structure in S14 DN0963445 SIF Structure in S15 Id:0900d80580804b5f Confidential 293 Changes in RG20(BSS) 7608 TRX NOTIFICATION TRX_LIST Faulty TRX ids Instructions in S14 Instructions in S15 Fault reason: ERxx DDU module SW upgrade impossi- Fault reason: ERxx DDU module SW upgrade impossible, unknown manufacturer. ble, unknown manufacturer. Description: EXxx TRX module cannot identify connected ERxx DDU module. SW release incompatibility with connected HW. Description: EXxx TRX module cannot identify connected ERxx DDU module. Instructions: 1. Download and activate the latest release of the BTS SW to the BTS Site. 1. Download and activate the latest release of the BTS SW to ESMA System Module. Instructions: 2. Replace ERxx. 7612 SITE POWERING FAULTY Change description: Instructions changed Instructions in S14 Instructions in S15 Fault reason: CCUA PSM alarm 1. Fault reason: CCUA PSM alarm 1. Instructions: Instructions: 1. Use the PSM Manager software to check active SISU alarms and follow the instructions given in the SISU operating manual. 1. Use the PSM Manager software to check active SISU alarms and follow the instructions given in the SISU operating manual. Flexi EDGE and Flexi Multiradio: Fault reason: Battery backup Alarm 1. Description: Critical alarm is activated in external site support equipment. Instructions: 1. Connect to the external site support equipment to find the alarming unit and resolve the fault. 7613 SITE POWERING OPERATION DEGRADED Change description: Instructions changed Instructions in S14 294 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7613 SITE POWERING OPERATION DEGRADED Fault reason: CCUA PSM alarm 2. Fault reason: CCUA PSM alarm 2. Instructions: Instructions: 1. Use the PSM Manager software to check active SISU alarms and follow the instructions given in the SISU operating manual. 1. Use the PSM Manager software to check active SISU alarms and follow the instructions given in the SISU operating manual. Flexi EDGE and Flexi Multiradio: Fault reason: Battery backup Alarm 2.Description: Major alarm is activated in external site support equipment. Instructions: 1. Connect to the external site support equipment to find the alarming unit and resolve the fault. Fault reason: PSF Battery backup maintenance alarm. Description: Alarm of severity major is activated in FPxx Power module. Instructions: 1. Ensure that the ambient temperature of the base station is below +50C/+122F. 2. Check that nothing obstructs the fan(s) from rotating. 3. Clean the fan unit of dust and/or dirt. 4. Check that power consumption of the BTS is lower than nominal output power provided by FPMA. 5. Replace the alarming sub module. 7614 SITE POWERING NOTIFICATION Change description: Instructions changed Instructions in S14 Instructions in S15 Fault reason: CCUA PSM alarm 3. Fault reason: CCUA PSM alarm 3. Instructions: Instructions: 1. Use the PSM Manager software to check active SISU alarms and follow the instructions given in the SISU operating manual. 1. Use the PSM Manager software to check active SISU alarms and follow the instructions given in the SISU operating manual. Flexi EDGE and Flexi Multiradio: Fault reason: Battery backup Alarm 3. Description: Minor alarm is activated in external site support equipment. Instructions: 1. Connect to the external site support equipment to find the alarming unit and resolve the fault 7615 RTS IS IN TEST USE Change description: Meaning improved Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 295 Changes in RG20(BSS) 7615 RTS IS IN TEST USE The TRX and the time slot tested are reported to the BSC. The time slot cannot be used for call functions during the test. Internal O&M software is testing time slots during the TRX loop test. The TRX and the time slot tested are reported to the BSC. The time slot cannot be used for call functions during the test. Flexi EDGE and Flexi Multiradio: Radio TS is in test use. Radio Time Slot(s) of EXxx TRX module are undergoing a TRX (loop) test started from (remote) BTS Manager. 7616 OSCILLATOR ADJUSTING TEMPORARILY INTERRUPTED Change description: Instructions changed Instructions in S14 296 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7616 OSCILLATOR ADJUSTING TEMPORARILY INTERRUPTED 1. Check the Abis connection. METROSITE: 2. If the Abis connection is OK, replace the faulty VIFA unit Fault reason : Oven oscillator adjustment function interrupted. Instructions: 1. Check the Abis connection. 2. If the Abis connection is OK, replace the faulty VIFA unit. ULTRASITE: Fault reason: Oven oscillator adjustment function interrupted. Instructions: 1. Check that the Abis synchronisation is correct. NOTE: The alarm is an indication that the BTS DAC control value is less than 204 steps away from either control range end limit (0 or 4095). The adjusting of the BTS clock still continues. The alarm is automatically cancelled when the control value is more than 204 steps away from the control range end limits. Flexi EDGE and Flexi Multiradio: Fault reason: Clock tuning DAC word reaching min/max limit. Description: Oven oscillator DAC word is within 5% of the min/max limit. Alarm is activated if the DAC word is between 0-204 or 3891-4095. This alarm can be activated due to incorrect synchronisation settings in transmission network. Instructions: 1. Check the Abis synchronisation that there are valid Rx clock sources available. a. If the reference clock is ok, tune the ESMA clock to the correct frequency. b. If the reference clock is not ok, check the alarm history for 8xxx alarms for the possible reason for the incorrect reference clock. Follow the instructions on 8xxx alarms. After correcting the reference clock tune ESMA clock to the correct frequency. 7621 INTOLERABLE CONDITIONS ON SITE Change description: Instructions changed Instructions in S14 Instructions in S15 Flexi EDGE: Flexi EDGE and Flexi Multiradio: 7705 D-CHANNEL FAILURE Change description: Meaning improved, Alarm text changed, Instructions changed Meaning in S14 DN0963445 Meaning in S15 Id:0900d80580804b5f Confidential 297 Changes in RG20(BSS) 7705 D-CHANNEL FAILURE The alarm concerns the LAPD link of the TRX. The alarm concerns the D-channel of the TRX. Alarm Text in S14 Alarm Text in S15 */ */ alarm_text = 'LAPD FAILURE', alarm_text = 'D-CHANNEL FAILURE', Instructions in S14 Instructions in S15 Check the LAPD link of the TRX. Check the D-channel state of the TRX. 7722 ERROR IN BSS RADIO NETWORK DATABASE UPDATE Change description: SIF structure changed SIF structure in S14 SIF structure in S15 INTERRUPTED_TASK INTERRUPTED_TASK 27 Dual TRX manual power down 27 TRX manual power down 28 Dual TRX power down in low traffic 28 TRX automatic power down 7723 FAILURE IN SENDING SYSTEM INFORMATION TO BTS SITE Change description: SIF structure changed SIF structure in S14 SIF structure in S15 INTERRUPTED_TASK INTERRUPTED_TASK 27 Dual TRX manual power down 27 TRX manual power down 28 Dual TRX power down in low traffic 28 TRX automatic power down 7724 CONFLICT BETWEEN BSS RADIO NETWORK DATABASE AND CALL CONTROL Change description: SIF structure changed SIF structure in S14 SIF structure in S15 INTERRUPTED_TASK INTERRUPTED_TASK 27 Dual TRX manual power down 27 TRX manual power down 28 Dual TRX power down in low traffic 28 TRX automatic power down 7730 CONFIGURATION OF BCF FAILED Change description: SIF structure added, Instructions changed SIF structure in S14 298 SIF structure in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7730 CONFIGURATION OF BCF FAILED 255 UNSUCCESSFUL_ECOther malfunction between the BSC and the BTS 255 UNSUCCESSFUL_ECOther malfunction between the BSC and the BTS 593 ILLEGAL_BTS_SUBTYPE_ECDefined BTS site subtype is not suitable for BTS software. 593 ILLEGAL_BTS_SUBTYPE_ECDefined BTS site subtype is not suitable for BTS software. 10675 OML_FAILURE_EC Configuring the BCF failed because of the O&M link state. 10675 OML_FAILURE_EC Configuring the BCF failed because of the O&M link state. 10921 BTT_BUSY_ECThe BTS is busy. Try again later. 10921 BTT_BUSY_ECThe BTS is busy. Try again later. 10922 BTT_BAD_MESSAGE_EC An invalid message 10922 BTT_BAD_MESSAGE_EC An invalid message 10923 BTT_BAD_VALUE_ECAn error in the value of the parameters or data. 10923 BTT_BAD_VALUE_EC An error in the value of the parameters or data. 10925 BTT_EXEC_PROB_EC Problems have been encountered in the execution of the command. 10925 BTT_EXEC_PROB_EC Problems have been encountered in the execution of the command. 10926 BTT_BAD_PARAMETER_EC Invalid parameter value 10926 BTT_BAD_PARAMETER_EC Invalid parameter value. 10927 BTT_INV_OBJECT_ID_EC Unknown object 10927 BTT_INV_OBJECT_ID_EC Unknown object 10928 BTT_OBJECT_NOT_ALLOWED_EC The object cannot be the target of a command/message. 10928 BTT_OBJECT_NOT_ALLOWED_EC The object cannot be the target of a command/message. 10929 BTT_INV_OBJECT_STATE_EC The object state is not compatible with the transaction. 10929 BTT_INV_OBJECT_STATE_EC The object state is not compatible with the transaction. 10930 BTT_INIT_NOT_COMPL_ECThe unit is not yet operational. 10930 BTT_INIT_NOT_COMPL_EC The unit is not yet operational. 10931 BTT_SEQUENCE_ERROR_EC A sequence error has occurred when transmitting a segmented message. 10931 BTT_SEQUENCE_ERROR_EC A sequence error has occurred when transmitting a segmented message. 11152 BR_OF_FUS_NOT_CONSISTENT_EC Number of frame units is not consistent with the BTS database. 11152 NBR_OF_FUS_NOT_CONSISTENT_EC Number of frame units is not consistent with the BTS database. 11153 BTS_DATABASE_DOES_NOT_EXIST_EC BTS database does not exist. 11153 BTS_DATABASE_DOES_NOT_EXIST_EC BTS database does not exist. 11154 NBR_OF_CUS_NOT_CONSISTENT_EC Number of carrier units is not consistent with the BTS database. 11154 NBR_OF_CUS_NOT_CONSISTENT_EC Number of carrier units is not consistent with the BTS database. 11155 DB_CREATED_BY_OLD_MMI_VERS_EC Database was created with an old MMI version. 11155 DB_CREATED_BY_OLD_MMI_VERS_EC Database was created with an old MMI version. 11156 INVALID_OBJ_TYPE_IN_MSG_EC Message contains an invalid object type. 11156 INVALID_OBJ_TYPE_IN_MSG_ECMessage contains an invalid object type. 11157 RESP_FROM_BTS_TIMEOUT_EC BTS has not responded within time supervision. 11157 RESP_FROM_BTS_TIMEOUT_EC BTS has not responded within time supervision. DN0963445 Id:0900d80580804b5f Confidential 299 Changes in RG20(BSS) 7730 CONFIGURATION OF BCF FAILED 11160 CONF_COMPL_TIMEOUT_EC Configuration was not completed within time supervision. 11160 CONF_COMPL_TIMEOUT_EC Configuration was not completed within time supervision. 11165 GUP_ACK_TIMEOUT_EC Radio network configuration management system is temporarily out of resources. 11165 GUP_ACK_TIMEOUT_EC Radio network configuration management system is temporarily out of resources. 11251 ILLEGAL_BTS_SITE_TYPE_EC Requested operation is not supported by the defined site type. 11251 ILLEGAL_BTS_SITE_TYPE_ECRequested operation is not supported by the defined site type. 11365 ILLEGAL_DB_FORMAT_EC BTS does not support the database format. 11365 ILLEGAL_DB_FORMAT_ECBTS does not support the database format. 11367 FLASH_ERROR_EC A fatal error occurred during the flash operation. 11367 FLASH_ERROR_ECA fatal error occurred during the flash operation. 11369 ILLEGAL_FILE_TYPE_EC Illegal file type 11369 ILLEGAL_FILE_TYPE_ECIllegal file type 11371 INV_CELL_CONFIG_EC Cell configuration is not compatible with the current hardware. 11371 INV_CELL_CONFIG_ECCell configuration is not compatible with the current hardware. 11372 INV_HOPPING_MODE_EC Hopping mode is invalid due to the restrictions of the hardware. 11372 INV_HOPPING_MODE_ECHopping mode is invalid due to the restrictions of the hardware. 11478 NBR_OF_TRX_ECNumber of TRXs in the configuration message is not consistent with the BTS. 11478 NBR_OF_TRX_ECNumber of TRXs in the configuration message is not consistent with the BTS. 11870 NO_DATABASE_IN_BTS_OR_IN_BSC_EC The BTS HW database does not exist in BTS or in BSC (no database in flash memory). 11870 NO_DATABASE_IN_BTS_OR_IN_BSC_EC The BTS HW database does not exist in BTS or in BSC (no database in flash memory). 12240 FATAL_SYNCH_FAIL_EC Synchronisation settings of BCF in BSC's database are invalid due to the restrictions of the hardware of BTS. 12240 FATAL_SYNCH_FAIL_EC Synchronisation settings of BCF in BSC's database are invalid due to the restrictions of the hardware of BTS. 12655 SWOR_ACTIVE_EC Switchover active 12655 SWOR_ACTIVE_ECSwitchover active 12658 INTERNAL_PARAM_ERR_EC The device (other than STM or FUC) sends a nack. 12658 INTERNAL_PARAM_ERR_ECThe device (other than STM or FUC) sends a nack. 12892 STATE_CHANGED_NOT_RECEIVED_EC BSC has not received the BTS_STATE_CHANGED message because the TRX configuration failed. 1276 BTS_VLAN_ID_CONFLICT_ECVLAN ID for unsecured and secured M-plane traffic is different in BTS. 13443 REALTIME_UPD_OML_FAIL_EC Updating the current time failed because of an O&M link fault. 12892 STATE_CHANGED_NOT_RECEIVED_EC BSC has not received the BTS_STATE_CHANGED message because the TRX configuration failed. 14951 REALTIME_UPD_OML_BUSY_EC Updating the current time failed because of a busy O&M link. 14969 TRX_NOT_EDGE_CAPABLE_ECGPRS enabled TRX is not EDGE capable, when EGPRS or CS3&CS4 is enabled in the BTS. 300 13443 REALTIME_UPD_OML_FAIL_EC Updating the current time failed because of an O&M link fault. 14951 REALTIME_UPD_OML_BUSY_ECUpdating the current time failed because of a busy O&M link. Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7730 CONFIGURATION OF BCF FAILED 15839 CLOCK_REQ_WAITING_TIME_OUT_EC BSC has not received an ack message from the BTS to the BTS_CLOCK_REQ message. 14969 TRX_NOT_EDGE_CAPABLE_ECGPRS enabled TRX is not EDGE capable, when EGPRS or CS3&CS4 is enabled in the BTS. 15844 EGPRS_BTS_TRXS_NOT_IN_DAP_EC GPRS enabled TRX is not attached to Dynamic Abis Pool, when EGPRS is enabled in the BTS. 15839 CLOCK_REQ_WAITING_TIME_OUT_EC BSC has not received an ack message from the BTS to the BTS_CLOCK_REQ message. 15953 BCCH_GTRX_NOT_EDGE_CAPABLE_EC GPRS enabled BCCH TRX is not EDGE capable, when EGPRS or CS3&CS4 is enabled in the BTS. 15844 EGPRS_BTS_TRXS_NOT_IN_DAP_EC GPRS enabled TRX is not attached to Dynamic Abis Pool, when EGPRS is enabled in the BTS. 15973 BCCH_EDGE_GTRX_NOT_IN_DAP_EC GPRS enabled BCCH TRX is not attached to Dynamic Abis Pool, when EGPRS is enabled in the BTS. 15953 BCCH_GTRX_NOT_EDGE_CAPABLE_EC GPRS enabled BCCH TRX is not EDGE capable, when EGPRS or CS3&CS4 is enabled in the BTS. 15954 PBCCH_SYNC_LOST_EC Abis synchronisation for PBCCH/PCCCH channel is failed. 15973 BCCH_EDGE_GTRX_NOT_IN_DAP_EC GPRS enabled BCCH TRX is not attached to Dynamic Abis Pool, when EGPRS is enabled in the BTS. 16116 ILLEGAL_OPTIONAL_FEATURE_EC Using of an optional feature of the BTS is not allowed in BTS. 16117 NON_SUPPORTED_BTS_SW_EC Unsupported SW package for BTS is rejected by BTS. 16368 CS3_CS4_BTS_GTRXS_NOT_IN_DAP_EC GPRS enabled TRX is not attached to Dynamic Abis Pool, when CS3&CS4 is enabled in the BTS. 15954 PBCCH_SYNC_LOST_ECAbis synchronisation for PBCCH/PCCCH channel is failed. 16116 ILLEGAL_OPTIONAL_FEATURE_EC Using of an optional feature of the BTS is not allowed in BTS. 16117 NON_SUPPORTED_BTS_SW_EC Unsupported SW package for BTS is rejected by BTS. 16369 BCCH_CS3_CS4_GTRX_NOT_IN_DAP_EC GPRS enabled BCCH TRX is not attached to Dynamic Abis Pool, when CS3&CS4 is enabled in the BTS. 16368 CS3_CS4_BTS_GTRXS_NOT_IN_DAP_EC GPRS enabled TRX is not attached to Dynamic Abis Pool, when CS3&CS4 is enabled in the BTS. 17088 TRXS_IN_GPRS_BTS_NOT_EDGE_EC TRX does not have EDGE capable HW. When Extended Cell GPRS parameter is enabled in the cell (EXGENA=Y), then all TRXs in the BTS, which has GPRS Enabled TRX (GTRX=Y), must have EDGE capable HW. 16369 BCCH_CS3_CS4_GTRX_NOT_IN_DAP_EC GPRS enabled BCCH TRX is not attached to Dynamic Abis Pool, when CS3&CS4 is enabled in the BTS. Instruction in S14 Instruction in S15 DN0963445 17088 TRXS_IN_GPRS_BTS_NOT_EDGE_ECTRX does not have EDGE capable HW. When Extended Cell GPRS parameter is enabled in the cell (EXGENA=Y), then all TRXs in the BTS, which has GPRS Enabled TRX (GTRX=Y), must have EDGE capable HW. Id:0900d80580804b5f Confidential 301 Changes in RG20(BSS) 7730 CONFIGURATION OF BCF FAILED Correct the fault indicated in the supplementary information field. Correct the fault indicated in the supplementary information field. If the error code in the supplementary information field is 11165, 255, 10921-10931, 11367, 11369, 11870, 12655, 12658, 16116, or 16117, lock and then unlock the BCF with the MML command EFS. If the error code in the supplementary information field is 11165, 255, 10921-10931, 11367, 11369, 11870, 12655, 12658, 16116, or 16117, lock and then unlock the BCF with the MML command EFS. If the error code is 593 or 11251, make sure that the site type definition in the BSC corresponds to the actual BTS site type. After that, lock and unlock the BCF with the MML command EFS. If the error code is 593 or 11251, make sure that the site type definition in the BSC corresponds to the actual BTS site type. After that, lock and unlock the BCF with the MML command EFS. If the error code is 13443 or 14951, the current time and date in the BSC can be updated for the BTS by locking and unlocking the BCF. If the error code is 13443 or 14951, the current time and date in the BSC can be updated for the BTS by locking and unlocking the BCF. If the error code is 12240 or 15839, make sure that BSC's and synchronisation settings and hardware of the BTS are compatible. After that, lock and unlock the BCF with the MML command EFS. If the error code is 12240 or 15839, make sure that BSC's and synchronisation settings and hardware of the BTS are compatible. After that, lock and unlock the BCF with the MML command EFS. If the error code is 14969, lock the TRX, make the GPRS enabled TRX EDGE capable in the BTS. *After that unlock the TRX with the MML command ERS. If the error code is 14969, lock the TRX, make the GPRS enabled TRX EDGE capable in the BTS. *After that unlock the TRX with the MML command ERS. If the error code is 15844 or 16368, lock the GPRS enabled EDGE TRX(s) and attach it to Dynamic Abis Pool (DAP) in the BTS. *After that unlock the TRX with the MML command ERS. If the error code is 15844 or 16368, lock the GPRS enabled EDGE TRX(s) and attach it to Dynamic Abis Pool (DAP) in the BTS. *After that unlock the TRX with the MML command ERS.If the error code is 15953, make GPRS enabled BCCH TRX EDGE capable. *After that lock and unlock the TRX with the MML command ERS.If the error code is 15973 or 16369, make sure that GPRS enabled BCCH TRX is attached to Dynamic Abis Pool (DAP). *After that lock and unlock the TRX with the MML command ERS.*If the error code is 14969, 15844, 16368, 15953, 15973 or 16369 and all TRXs do not have EDGE HW and they have been added to DAP in the BTS, then the following conditions must also be taken into account to make sure that the TRX recovery works correctly in the EGPRS or CS3&CS4 enabled BTS.If a BCCH TRX is EDGEcapable, it has been added to EDAP, and it has the GTRX parameter set to Y, all EDGE-capable unlocked TRXs that have GTRX set to Y should be added to DAP and marked with the preferred BCCH mark (PREF=Y).If a BCCH TRX is non-EDGE-capable and has the parameter GTRX set to N, all the non-EDGE-capable unlocked TRXs that have GTRX set to N should be marked with the preferred BCCH mark (PREF=Y), If the error code is 15953, make GPRS enabled BCCH TRX EDGE capable. *After that lock and unlock the TRX with the MML command ERS. If the error code is 15973 or 16369, make sure that GPRS enabled BCCH TRX is attached to Dynamic Abis Pool (DAP). *After that lock and unlock the TRX with the MML command ERS.* If the error code is 14969, 15844, 16368, 15953, 15973 or 16369 and all TRXs do not have EDGE HW and they have been added to DAP in the BTS, then the following conditions must also be taken into account to make sure that the TRX recovery works correctly in the EGPRS or CS3&CS4 enabled BTS. If a BCCH TRX is EDGE-capable, it has been added to EDAP, and it has the GTRX parameter set to Y, all EDGE-capable unlocked TRXs that have GTRX set to Y should be added to DAP and marked with the preferred BCCH mark (PREF=Y). If a BCCH TRX is non-EDGE-capable and has the parameter GTRX set to N, all the non-EDGE-capable unlocked TRXs that have GTRX set to N should be marked with the preferred BCCH mark (PREF=Y). 302 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7730 CONFIGURATION OF BCF FAILED 1. Check whether the TRXs in the BTS have been con- 1. Check whether the TRXs in the BTS have been configured correctly, that is, whether the recommendation figured correctly, that is, whether the recommendation above has been followed. above has been followed. 2. 2. a) If the configuration of the TRXs is not in order in the BTS, a) If the configuration of the TRXs is not in order in the BTS, 1. lock the BTS (EQS) 1. lock the BTS (EQS), 2. lock the required TRX(s) (ERS), 2. lock the required TRX(s) (ERS), 3. re-configure the TRX(s) (EQM), 3. re-configure the TRX(s) (EQM), 4. unlock the TRX(s) (ERS), 4. unlock the TRX(s) (ERS), 5. unlock the BTS (EQS). 5. unlock the BTS (EQS). 2. 2. b) If TRX configuration is in order in the BTS,lock & unlock the BTS (MML command EQS). b) If TRX configuration is in order in the BTS,lock & unlock the BTS (MML command EQS). If the error code is 17088, make sure that the TRX's HW is EDGE capable. Lock the TRX and make the TRX HW EDGE capable or take the extended (E)GPRS out of use from the BTS. The Extended (E)GPRS of the BTS can be disabled out of use with the MML command EQV. If the error code is 17088, make sure that the TRX's HW is EDGE capable. Lock the TRX and make the TRX HW EDGE capable or take the extended (E)GPRS out of use from the BTS. The Extended (E)GPRS of the BTS can be disabled out of use with the MML command EQV.If the error code is 1276, make sure that VLAN ID is same for unsecured and secured M-plane traffic. 7735 TRX TEST FAILED Change description: Instructions changed, Cancelling alarm Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 303 Changes in RG20(BSS) 7735 TRX TEST FAILED 1. To avoid this alarm being triggered unnecessarily, the PWRx threshold values should be permanently set as follows (valid for all TX combining options): 1. Use the MML command UCV to check that the threshold values of result parameters are reasonable BTS type TX power threshold value (with PMAX=0) Change THE threshold values if they are not reasonable. MetroSite HP MetroSite PWRM PWRH UltraSite EDGE PWRU Flexi EDGE PWRE Recommended ZUCV:TRP,CURRENT; +26 dBm +33 dBm +43 dBm +41 dBm These values leave room for the expected (BTS type specific) tolerances. Each threshold value applies to all similar BTS types under the same BSC. The current PWRx thresholds can be checked with MML command as follows: ZUCV:TRP,CURRENT; and adjusted with: ZUCV:TRP,MODIFY:PWRx=<new value>; Note that the recommended values are valid for PMAX=0 only. If a lower PMAX value is used (even in one BTS (sector) on the same BSC), the PWRx should be lowered accordingly. For instance, if PMAX=2 is used even in one Flexi-EDGE BTS under testing, the PWRE on that BSC should be set to +39 dBm (that is, 2 dB lower). When the test is run by using a local or remote BTS Manager, only the BTS SW internal thresholds are used. This way, unnecessary failures because of the above-mentioned BSC (S12 or earlier) threshold issue cannot be caused. Nokia Siemens Networks recommends that you run the TRX test again with the BTS Manager before making a decision to replace the TRX unit. Instructions in S14 Instructions in S15 Do not cancel the alarm. The system cancels the alarm when the TRX test (either single or scheduled) for the MetroSite or UltraSite base station is successful in the TRX and the diversity that generated the alarm. Do not cancel the alarm. The system cancels the alarm when the TRX test (either single or scheduled) for the Nokia Metrosite or Nokia UltraSite base station is successful in the TRX and the diversity that generated the alarm. 7741 MEAN HOLDING TIME ABOVE DEFINED THRESHOLD Change description: SIF structures changed, Instructions changed SIF structure in S14 304 SIF structure in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 7741 MEAN HOLDING TIME ABOVE DEFINED THRESHOLD SUB_CH_ID SUB_CH_ID subchannel identification subchannel identification 00 - 01: 00: TCH/H subchannel 0 (OSC-0) 10: TCH/H subchannel 0 (OSC-1) 01: TCH/H subchannel 1 (OSC-0) 11: TCH/H subchannel 1 (OSC-1) 02: TCH/F subchannel (OSC-0) 12: TCH/F subchannel (OSC-1) F0 : TCH/H subchannel TCH/F subchannel C0 - C7: SDCCH subchannel C0 - C7: SDCCH subchanne Instructions in S14 Instructions in S15 Find out whether the channel seizure that caused the alarm is a real call or an unreleased channel. Take E00 service terminal extension into use in the working MCMU with the following command: Use the service terminal command S:<bts_id>,<trx_id>,B,<status = 20> ZLE:<char>,E00_BXSX Note that you need to check which MCMU is in the working state with the command ZUSI:COMP; Use the E00 service terminal extension command S to find out whether the channel seizure that caused the alarm is a real call or an unreleased channel. Give the following command to the working MCMU unit: Z<char>S:<BTS_id>,0,B,20; Note that the parameter BTS_ID is given in hexadecimal format. Cancelling the alarm Cancelling the alarm If the alarm does not require user actions, you can cancel it with the MML command EOR. If the alarm does not require user actions, you can cancel it with the MML command EOR. The system cancels the alarm when you lock and unlock the object in question, or, if the alarm requires no user actions, after the current measurement period. The system cancels the alarm when you lock and unlock the object in question, or, if the alarm requires no user actions, the system cancels the alarm at the end of the measurement period during which the channel that caused the alarm is allocated/ released normally. 7743 MEAN HOLDING TIME BELOW DEFINED THRESHOLD Change description: SIF structure changed, Instruction changed SIF structure in S14 SIF structure in S15 SUB_CH_ID SUB_CH_ID identifies the subchannel in the time slot with the shortest mean holding time identifies the subchannel in the time slot with the shortest mean holding time 00: TCH/H subchannel 0 00: TCH/H subchannel 0 (OSC-0) 01: TCH/H subchannel 1 10: TCH/H subchannel 0 (OSC-1) 02: TCH/F subchannel 01: TCH/H subchannel 1 (OSC-0) 11: TCH/H subchannel 1 (OSC-1) 02: TCH/F subchannel (OSC-0) 12: TCH/F subchannel (OSC-1) DN0963445 Id:0900d80580804b5f Confidential 305 Changes in RG20(BSS) 7743 MEAN HOLDING TIME BELOW DEFINED THRESHOLD Instruction in S14 Instruction in S14 Cancelling AlarmIf the alarm requires no user actions, you can cancel it with the MML command EOR.The system cancels the alarm automatically in connection with the user's locking and unlocking commands, or, if the situation is solved without user actions, after the current measurement period. Cancelling AlarmIf the alarm requires no user actions, you can cancel it with the MML command EOR.The system cancels the alarm automatically in connection with the user's locking and unlocking commands, or, if the situation is solved without user actions, after the current measurement period.All supplementary fields are set to zero irrespective of the alarms cancelled manually or by the system. 7768 INCONSISTENT DATA IN DFCA RADIO RESOURCE STATE FILES Change description: SIF structure changed SIF structure in S14 SIF structure in S15 NEIGHBOUR_CELL NEIGHBOUR_CELL 1..1000 Internal DFCA cell index 1..2100 Internal DFCA cell index 1001..3000 External DFCA cell index 2101..5000 External DFCA cell index 7995 MAINS BREAKDOWN WITH BATTERY BACK-UP Change description: Instructions changed Instructions in S14 Instructions in S15 Check the mains supply. Check the mains supply. If the mains supply is OK, check the EAC/Q1 cabling between the BTS and IBBU/SISU. Repair the SISU/IBBU. If the mains supply is OK, check the EAC/Q1 cabling between the BTS and IBBU/SISU. Repair the SISU/IBBU. Flexi EDGE: Description: One or more AC phases of the mains supply are faulty and site is operating on battery backup. Instructions: 1. Check the mains supply coming to the site support equipment. If the mains supply is ok, a. Check the EAC cabling between ESMA and the site support equipment. OR b. Check that cable is completely mated between FPA and the power module. Flexi EDGE and Flexi Multi Radio: Description: One or more AC phases of the mains supply are faulty and site is operating on battery backup. Instructions: 1. Check the mains supply coming to the site support equipment. If the mains supply is ok, a. Check the EAC cabling between ESMA and the site support equipment. OR b. Check that cable is completely mated between FPA and the power module. 2. Repair the site support equipment. 2. Repair the site support equipment. Changed alarms in Transmission Alarms (8000-8999) 8099 RECEIVED BIT ERROR RATIO (BER) > 1E-3 Change description: SIF structure changed, Instructions changed SIF structure in S14 306 SIF structure in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 8099 RECEIVED BIT ERROR RATIO (BER) > 1E-3 Q1_CHANNEL_NUMBER Q1_CHANNEL_NUMBER Number of the Q1 service channel in the BSC, 0...27. If equipment is supervised by the BTS the channel number is not relevant Number of the Q1 service channel in the BSC, 0...27. If equipment is supervised by the BTS the channel number is not relevant Instructions in S14 Instructions in S15 See the equipment operating manual for more detailed information on the fault code and corrective actions. See the equipment operating manual for more detailed information on the fault code and corrective actions. Flexi EDGE and Flexi Multiradio: Description: Received signal has degraded on E1/T1 interface. Bit Error Ratio (BER) is over 1E-3. Instructions:1. If FIFA PIU is used, Refer to the FIFA product documentation for instructions. 2. Check that the interface settings are correct for the link. 3. Check quality of the E1/T1 line by enabling a Loop to Interface (line) at the far end equipment. If the alarm is cancelled during the loop test, check the far-end equipment. 4. Equip an external cable loop to the interface to check that the interface in FIxx is ok. If the alarm is still active during the loop test, go to step 6. 5. Check the condition of cables, connectors and correct polarities of the wire pairs. 6. Check that FIxx is fully inserted in to ESMA. 7. Replace FIxx. 8. Check the signal quality of the transmission path to the alarming equipment. 8112 FREQUENCY ERROR Change description: Instructions changed Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 307 Changes in RG20(BSS) 8112 FREQUENCY ERROR See the equipment operating manual for more detailed information on the fault code and corrective actions. See the equipment operating manual for more detailed information on the fault code and corrective actions. Flexi EDGE: Flexi EDGE and Flexi Radio: Description: Description: The node is running on the internal clock as configured in the timing priority list. This alarm can also be raised in case synchronisation protection is configured, when the Rx source signals from both directions have its MCBs in state '1'. The node is running on the internal clock as configured in the timing priority list. This alarm can also be raised in case synchronisation protection is configured, when the Rx source signals from both directions have its MCBs in state '1'. Instructions: Instructions: 1. Check that synchronisation priority list has Rx clock entries for used interfaces. 1. Check that synchronisation priority list has Rx clock entries for used interfaces. 2. In case FIFA PIU is used, check that the microwave link is commissioned and operational. Refer to FIFA product documentation for further instructions. 2. In case FIFA PIU is used, check that the microwave link is commissioned and operational. Refer to FIFA product documentation for further instructions. 3. If any of the alarms 8050, 8066, 8081, 8099, 8056 or 8073 are active, follow the instructions on them. 3. If any of the alarms 8050, 8066, 8081, 8099, 8056 or 8073 are active, follow the instructions on them. 4. Check that interface cables are correctly mated to FIxx. Check also condition of the connectors. 4. Check that interface cables are correctly mated to FIxx. Check also condition of the connectors. 5. If BTS is part of PDH loop protection configuration, check MCB/LCB configuration and operational state of loop network. 5. If BTS is part of PDH loop protection configuration, check MCB/LCB configuration and operational state of loop network. 8273 LICENCE FOR 2G FLEXI ABIS OVER IP/ETHERNET IS NOT AVAILABLE Change description: Alarm text changed, Instructions changed Alarm text in S14 Alarm text in S15 LICENCE FOR FLEXIEDGE ABIS OVER IP/ETHERNET IS NOT AVAILABLE LICENCE FOR 2G FLEXI ABIS OVER IP/ETHERNET IS NOT AVAILABLE Instructions in S14 Instructions in S15 For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: Transmission is commissioned to be in Pseudowire (PWE) mode without a licence or without configuring the BSC. Instructions: 1. Check the status of the '2G Flexi Abis over IP/Ethernet' feature at the BSC, and if needed, install and/or activate it. 2. Configure the '2G Flexi Abis over IP/Ethernet' feature in the BSC. Alternatively, you can: 1. Recommission the site to use TDM mode. 308 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 8274 LICENCE FOR 2G FLEXI ADDITIONAL 2 E1/T1 IS NOT AVAILABLE Change description: Alarm text changed, Instructions changed Alarm text in S14 Alarm text in S15 LICENCE FOR FLEXIEDGE ADDITIONAL 2 E1/T1 IS NOT AVAILABLE LICENCE FOR 2G FLEXI ADDITIONAL 2 E1/T1 IS NOT AVAILABLE Instructions in S14 Instructions in S15 For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: The number of used E1/T1 interfaces with terminated Abis traffic is higher than the number of licensed E1/T1 interfaces or the number of the E1/T1 interfaces configured in the BSC. Instructions: 1. Check the status of the '2G Flexi Additional 2 E1/T1' feature at the BSC, And if needed, install and/or activate it. 2. Configure the '2G Flexi Additional 2 E1/T1' feature by increasing the number of licensed E1/T1 interfaces at the BSC. Alternatively, you can: 1. Reduce the number of E1/T1 interfaces exceeding the licence: a. Remove the terminated Abis allocations from the number of exceeded interfaces. OR b. Set the exceeded number of interfaces to 'Not in Use' state. Note: Only two E1/T1 interfaces are licence free. One licence will increase the number of E1/T1 interfaces by two. 8275 LICENCE FOR 2G FLEXI ABIS TRS GROOMING IS NOT AVAILABLE Change description: Alarm text changed, Instructions changed Alarm text in S14 Alarm text in S15 LICENCE FOR FLEXIEDGE TRS ABIS GROOMING IS NOT AVAILABLE LICENCE FOR 2G FLEXI ABIS TRS GROOMING IS NOT AVAILABLE Instructions in S14 Instructions in S15 DN0963445 Id:0900d80580804b5f Confidential 309 Changes in RG20(BSS) 8275 LICENCE FOR 2G FLEXI ABIS TRS GROOMING IS NOT AVAILABLE For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: Bypass cross-connections are configured in used E1/T1 interfaces without a licence or without configuring the BSC. Instructions: 1. Check the status of the '2G Flexi Abis TRS Grooming' feature at the BSC, and if needed, install and/or activate it. 2. Configure the '2G Flexi Abis TRS Grooming' feature in the BSC. Alternatively, you can: 1. Disable all the cross-connections which are controlled by '2G Flexi Abis TRS Grooming'. Note: Bi-directional cross-connections controlled by '2G Flexi Abis TRS Grooming' are of the following granularities: 8 kBit/s, 16 kBit/s, 32 kBit/s, 64 kBit/s and n*64 kBit/s. 8276 LICENCE FOR 2G FLEXI TRS LOOP PROTECTION IS NOT AVAILABLE Change description: Alarm text changed, Instructions changed Alarm text in S14 Alarm text in S15 LICENCE FOR FLEXIEDGE TRS LOOP PROTECTION IS NOT AVAILABLE LICENCE FOR 2G FLEXI TRS LOOP PROTECTION IS NOT AVAILABLE Instructions in S14 Instructions in S15 For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: Abis protection and/or protected crossconnections are configured in used E1/T1 interfaces without a licence or without configuring the BSC. Instructions: 1. Check the status of the '2G Flexi TRS Loop Protection' feature at the BSC, and if needed, install and/or activate it. 2. Configure the '2G Flexi TRS Loop Protection' feature in the BSC. Alternatively, you can: 1. Disable all cross-connections which are controlled by '2G Flexi TRS Loop Protection'. Note: Protected bi-directional cross-connections, Masked bi-directional cross-connections and Abis protection are controlled by '2G Flexi TRS Loop Protection'. 310 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 8277 ETHERNET PHYSICAL LINK LAYER LOST Change description: Instructions changed Instructions in S14 Instructions in S15 For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: Physical Ethernet link is detected to be down. Instructions: 1. Check that the Ethernet cable is connected to the right interface and the cable is correctly mated to the PIU. Check the condition of cables and connectors. Check that the length/type of the cable does not introduce excessive attenuation. 2. Check that the device connected to the FIxx PIU supports 100 Base-T, full duplex mode and autonegotiation. 3. Check that the device connected to the FIxx PIU has correct settings, such as autonegotiation and Ethernet interface enabled. 4. Replace FIxx. 8278 PSEUDOWIRE DOWN Change description: Instructions changed Instructions in S14 Instructions in S15 For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: The incoming pseudowire connection is down. There is a fault in the connection of the pseudowire. R bit is set at the CESoPSN control word and sent in the Tx direction. Instructions: 1. Check the pseudowire and pseudowire tunnel configuration settings at both ends. 2. Check the conditions in the transmission path of the pseudowire tunnel at the packet switched network. 3. Replace FIxx. 8280 PSEUDOWIRE REMOTE PACKET LOSS Change description: Instructions changed Instructions in S14 DN0963445 Instructions in S15 Id:0900d80580804b5f Confidential 311 Changes in RG20(BSS) 8280 PSEUDOWIRE REMOTE PACKET LOSS For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE and Flexi Multiradio: Description: Signaled by the equipment in the far-end; indicates a serious fault in the received signal at the farend equipment. Instructions: 1. Check for alarms at the far-end equipment. See instructions on them. 2. Check the condition of the cables and connectors, and the correct polarities of the wire pairs at both ends. 3. Check that the pseudowire and pseudowire tunnel settings are correct at both ends. 4. Check the transmission path of the pseudowire tunnel from the alarming interface to the far end. 8281 FAULT IN OPTICAL INTERFACE (SFP) Change description: Instructions changed Instructions in S14 Instructions in S15 For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. For more detailed information on the fault code and corrective actions, see the equipment's operating manual. Flexi EDGE Flexi Multiradio: Description: A fault is detected at the Ethernet SFP interface. Instructions: 1. Check that the SFP module is correctly installed. 2. Check that the SFP module is of supported type (Ethernet 1000 Base-SX or 1000 Base-LX). 3. Check that the electrical contacts of the SFP module are clean from dust, dirt or water. 4. Replace the SFP module.5. Replace FIxx. 8282 PSEUDOWIRE TUNNEL DOWN Change description: Instructions changed Instructions in S14 312 Instructions in S15 Id:0900d80580804b5f Confidential DN0963445 Changes in RG20(BSS) 8282 PSEUDOWIRE TUNNEL DOWN For more detailed information on the fault code and cor- For more detailed information on the fault code and corrective actions, see the equipment's operating manual. rective actions, see the equipment's operating manual. Flexi EDGE Flexi Multiradio: Flexi EDGE: Fault reason: Transmission is commissioned to be in Pseudowire (PWE) mode without a licence. Fault reason: Transmission is commissioned to be in Pseudowire (PWE) mode without a licence. Instructions: Instructions: 1. Install and activate the 'Flexi EDGE Abis over IP/Ethernet' licence at the BSC. 1. Install and activate the 'Flexi EDGE Abis over IP/Ethernet' licence at the BSC. 2. Recommission the site to use TDM mode. 2. Recommission the site to use TDM mode. DN0963445 Id:0900d80580804b5f Confidential 313 Changes in RG20(BSS) 4.3.4 Removed alarms The alarms listed in this section have been removed in S15. Number 7760 Table 128 314 Name FAILURE IN PACKET SYSTEM INFORMATION SENDING Reason for removal Removed from Removed as Base Station redundant. Alarms (7000 7999) Removed alarms Id:0900d80580804ad0 Confidential DN0963445 Changes in RG20(BSS) Counter changes 5 Counter changes 5.1 5.1.1 Counter changes made in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 06 Overview of counter changes This document describes the counter changes made due to the BSC S15 EP1.2 and S15 EP2.1 releases. Existing counters have been modified either to: ವ ವ complement the new set of S15 software; or improve the existing set of measurements New counters for S15 EP1.2 and S15 EP2.1 releases are listed in the section New counters. There are subsections for counters introduced by new and enhanced S15 software products and counters introduced to improve BSC Statistics. Counters that have been modified in S15 EP1.2 and S15 EP2.1 releases are listed in the section Changed counters. There are subsections for modifications related to new and enhanced S15 software products and modifications related to other changes in S15 software or documentation. The S15 EP1.2 and S15 EP2.1 releases include the changes introduced by the following new software products: ವ ವ ವ ವ ವ BSS21335: Precise Paging BSS21507: Flexible MCPA TX Power Pooling RG301666: (E)GPRS DL Power Control RG301736: Inter System NCCR for TD-SCDMA BSS101407: Legacy Abis Support With AOIP (TC IN MGW) New measurements The mcBSC and the S15 EP2.1 releases introduces the following new measurements: ವ ವ ವ DN0963445 133 Ethernet mcTC Measurement 134 Ethernet mcBSC Measurement 141 Multipoint A Measurement Id:0900d80580918808 Confidential 315 Changes in RG20(BSS) 5.1.2 5.1.2.1 New counters New counters for S15 EP1.2 release New Counters introduced by BSS21335: Precise Paging New counters in 3 Resource Access Measurement 5.1.2.2 Number Name 003066 PRECISE PAGING MESSAGES SENT TO BTS 003067 PRECISE PAGING EXPANDED 003068 IMSI TO TMSI PAGING CONVERSIONS New counters for S15 EP2.1 release New Counters introduced by BSS21507: Flexible MCPA TX Power Pooling New counters in 1 Traffic Measurement Number Name 001298 TCH REQUEST REJECTED DUE TO TX POWER 001299 POWER BALANCING HANDOVER REQUESTED 001300 POWER BALANCING HO REQUEST REJECTED 001301 GPRS TER UG REJ DUE LACK TX POWER New counters in 2 Resource Availability Measurement Number Name 002103 AVE USED TX POWER 002104 PEAK USED TX POWER New counters in 4 Handover Measurement 316 Number Name 004270 HO ATTEMPT DUE TO POWER BALANCING Id:0900d80580918b04 Confidential DN0963445 Changes in RG20(BSS) New counters in 5 Power Control Measurement Number Name 005036 COMPRESSED SACCH 005037 NOT COMPRESSED SACCH New counters in 51 BSC Level Clear Code Measurement Number Name 051228 INTRA HO DUE TO POWER BALANCING New Counters introduced by RG301666: (E)GPRS DL Power Control 72 Packet control Unit Measurement Number Name 072267 DL PC RLC/MAC BLOCKS SENT 072268 DL PC REDUCTION STEP SUM New Counters introduced by RG301736: Inter System NCCR for TDSCDMA 72 Packet control Unit Measurement Number Name 072269 TDSCDMA ISNCCR NO GOOD NEIGHBOUR 95 GPRS Cell Re-selection Measurement Number Name 095027 PCCO SENT DUE TDSCDMA ISNCCR New Counters introduced by BSS101407: Legacy Abis Support With AOIP (TC IN MGW) 130 AOIP Traffic BSc Measurement DN0963445 Number Name 130005 RTP PACKETS RECEIVED TOO LATE 130006 RTP PACKETS RECEIVED TOO EARLY 130007 RTP PACKETS RECEIVED ON TIME Id:0900d80580918b04 Confidential 317 Changes in RG20(BSS) 5.1.3 5.1.3.1 Changed counters Changed counters in S15 EP1.2 release Changes in 1 Traffic Measurement 001191 / SDCCH DROP CALL AND HO Field Previous release Current release Description Reserved for future use. Number of SDCCH drops in call setup and handover. Updated . When 'CLEAR REQUEST' message is sent by BSC between 'CM SERVICE REQUEST' - 'ASSIGNMENT REQUEST' (call setup) and between 'HANDOVER COMPLETE' - 'ASSIGNMENT REQUEST' (SDCCH-SDCCH handover). Related to feature RG301618: SDCCH Drop Counters due to Clear Request. 001226 / SDCCH DROP LU EXCLUDED Field Previous release Current release Description Number of dropped SDCCH without LU after SDCCH is successfully assigned. Number of dropped SDCCH without LU after SDCCH is successfully assigned. This counter does not include phase 1 (before ESTABLISH INDICATION on SDCCH) and phase 4 (SDCCH release phase). Also the cases where call is dropped on SDCCH channel because of ASSIGNMENT FAILURE are excluded. Related to feature BSS101595: SDCCH Statistics Enhancement BSS101595: SDCCH Statistics Enhancement 001228 / SDCCH LU DROP Field Previous release Current release Description Number of dropped LU SDCCH after SDCCH is suc- Number of dropped LU SDCCH after SDCCH is successfully assigned. cessfully assigned. This counter does not include phase 1 (before ESTABLISH INDICATION on SDCCH) and phase 4 (SDCCH release phase). Also the cases where call is dropped on SDCCH channel because of ASSIGNMENT FAILURE are excluded. Related to feature 318 BSS101595: SDCCH Statistics Enhancement Id:0900d80580918af8 Confidential BSS101595: SDCCH Statistics Enhancement DN0963445 Changes in RG20(BSS) 001230 / SDCCH DROP OTHER REASON Field Previous release Current release Description Reserved for future use. Number of SDCCH drops excluding call setup and handover SDCCH drops. Updated "When 'CLEAR REQUEST' message is sent by BSC and procedure is not call setup or handover." Related to feature RG301618: SDCCH Drop Counters due to Clear Request. Changes in 2 Resource Availability Measurement 002035 / RES AV DENOM 16 Field Previous release Current release Unit 10 ms Integer number 5.1.3.2 Changed counters in S15 EP2.1 release Changes in 1 Traffic Measurement 001191 / SDCCH DROP CALL AND HO Field Previous release Current release Counter name SPARE001191 SDCCH DROP CALL AND HO Netact name SPARE001191 SDCCH_DROP_CALL_AND_HO 001230 / SDCCH DROP OTHER REASON Field Previous release Current release Counter name SPARE001230 SDCCH DROP OTHER REASON Netact name SPARE001230 SDCCH_DROP_OTHER_REASON Changes in 2 Resource Availability Measurement 002035 / RES AV DENOM 16 Field Previous release Current release Unit 10 ms Integer number 002088 / AVE TCH TSL LOCKED POWER DOWN Field Previous release Current release Counter name SPARE002088 AVE TCH TSL LOCKED POWER DOWN DN0963445 Id:0900d80580918af8 Confidential 319 Changes in RG20(BSS) 002088 / AVE TCH TSL LOCKED POWER DOWN Field Previous release Current release Description Reserved for future use. The sum of TCH timeslots in state 'BL-PWS TRX blocked for power save'.The average value is calculated by dividing the value of this counter by the value of one of the DENOMINATOR counter. Updated The number of TCH timeslots in state 'BL-PWS TRX blocked for power save' is sampled every 20 seconds. Related to feature RG301603: BL-PWS TRX Blocked For Power Save Counter. Changes in 3 Resource Access Measurement 003005 / DELETE IND MESSAGES RECEIVED FROM BTS Field Previous release Current release Description Number of DELETE_INDICATION messages received from the BTS. Number of DELETE_INDICATION messages received from the BTS. BTS sends DELETE INDICATION message each time when IMMEDIATE ASSIGNMENT or IMMEDIATE ASSIGNMENT REJECT message is deleted in BTS. One IMMEDIATE ASSIGNMENT REJECT can contain reject up to four MSs. Deletion happens when there is no room for the message in access grant buffer. 003030 / GHOST CCCH RES Field Previous release Current release Updated When a ghost reservation is detected on a CCCH. This kind of random access can be caused, for example, by white noise or co-channel interference. Note that the ghosts triggering this counter have illegal establishment cause. Ghost accessess with legal establishment cause get on SDCCH and later fail typically causing the triggering of counter 0010075. When a ghost reservation is detected on a CCCH. This kind of random access can be caused, for example, by white noise or co-channel interference. Note that the ghosts triggering this counter have illegal establishment cause. Ghost accesses with legal establishment cause get on SDCCH and later fail typically causing the triggering of counter 001075. 320 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) Changes in 4 Handover Measurement 004244 / BSS INTERNAL HANDOVER REQUIRED Field Previous release Current release Updated This is updated when BSSMAP Internal Handover Required message is sent to MSS from BSC.See figures:- BSS Internal Handover with MSC Support Local Handover- BSS Internal Handover with MSC Support - Distant Handover This is updated for the source cell when BSSMAP Internal Handover Required message is sent to MSS from BSC. See figures: - BSS Internal Handover with MSC Support - Local Handover - BSS Internal Handover with MSC Support - Distant Handover Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP 004245 / BSS INTERNAL HANDOVER COMMANDS Field Previous release Current release Updated This is updated when BSSMAP Internal Handover Command message is received on BSC from MSS.See figures:- BSS Internal Handover with MSC Support - Local Handover- BSS Internal Handover with MSC Support - Distant Handover This is updated for the target cell when BSSMAP Internal Handover Command message is received on BSC from MSS. See figures: - BSS Internal Handover with MSC Support - Local Handover - BSS Internal Handover with MSC Support - Distant Handover Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP 004246 / BSS INTERNAL HANDOVER SOURCE SUCCESSFUL Field Previous release Current release Updated This is updated when BSC sends BSSMAP Handover Failed message to MSC. This is updated for the source cell when Internal Handover procedure with MSS support is complete (HANDOVER COMPLETE sent to MSS) and source TCH is released successfully (RF CHANNEL RELEASE ACK received from BTS). Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP Counter name BSS INTERNAL HANDOVER FAILURES BSS INTERNAL HANDOVER SOURCE SUCCESSFUL 004247 / BSS INTERNAL HANDOVER REQUIRED REJECTIONS Field Previous release Current release Updated This is updated when Internal Handover Required Reject is sent from MSS to BSC. This is updated when Internal Handover Required Reject is sent from MSS to BSC. Counter is updated for the source cell. DN0963445 Id:0900d80580918af8 Confidential 321 Changes in RG20(BSS) 004247 / BSS INTERNAL HANDOVER REQUIRED REJECTIONS Field Previous release Current release Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP 004248 / BSS INTERNAL HANDOVER SUCCESSFUL Field Previous release Current release Updated This is updated when BSC sends BSSMAP Handover Complete message to MSS.See figures:BSS Internal Handover with MSC Support - Local Handover- BSS Internal Handover with MSC Support - Distant Handover This is updated for the target cell when BSC sends BSSMAP Handover Complete message to MSS. See figures: - BSS Internal Handover with MSC Support - Local Handover - BSS Internal Handover with MSC Support - Distant Handover Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP 004249 / BSS INTERNAL HANDOVER ENQUIRY Field Previous release Current release Updated This is updated when BSC receives BSSMAP Internal Handover Enquiry message from MSS.See figures:- BSS Internal Handover with MSC Support Distant Handover This is updated when BSC receives BSSMAP Internal Handover Enquiry message from MSS. Counter is updated for the source cell. See figures: - BSS Internal Handover with MSC Support - Distant Handover Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP 004250 / BSS INTERNAL HANDOVER ENQUIRY REJECTIONS Field Previous release Current release Updated This is updated when BSC sends BSSMAP Handover Failure with cause set as "Internal Handover Enquiry Reject" to MSS This is updated when BSC sends BSSMAP Handover Failure with cause set as "Internal Handover Enquiry Reject" to MSS. Counter is updated for the source cell. Related to feature BSS21341: A over IP, Transcoder in BSS BSS21341: A over IP Changes in 5 Power Control Measurement 005016 / AVE DOWNLINK SIGNAL QUALITY Field Previous release Current release Unit field Integer number %*100 322 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) 005018 / AVE UPLINK SIGNAL QUALITY Field Previous release Current release Unit field Integer number %*100 Changes in 7 Availability Measurement 007004 / DCONN TIME Field Previous release Current release Unit field Seconds s 007006 / DCONN TIME DUPLEX Field Previous release Current release Unit field Seconds s Changes in 13 Undefined Adjacent Cell Measurement 013001 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 1 Field Previous release Current release Unit field dBm Integer number 013004 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 2 Field Previous release Current release Unit field dBm Integer number 013007 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 3 Field Previous release Current release Unit field dBm Integer number 013010 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 4 Field Previous release Current release Unit field dBm Integer number 013013 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 5 Field Previous release Current release Unit field dBm Integer number DN0963445 Id:0900d80580918af8 Confidential 323 Changes in RG20(BSS) 013016 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 6 Field Previous release Current release Unit field dBm Integer number 013019 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 7 Field Previous release Current release Unit field dBm Integer number 013022 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 8 Field Previous release Current release Unit field dBm Integer number 013025 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 9 Field Previous release Current release Unit field dBm Integer number 013028 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 10 Field Previous release Current release Unit field dBm Integer number 013031 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 11 Field Previous release Current release Unit field dBm Integer number 013034 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 12 Field Previous release Current release Unit field dBm Integer number 013037 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 13 Field Previous release Current release Unit field dBm Integer number 013040 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 14 Field Previous release Current release Unit field dBm Integer number 324 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) 013043 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 15 Field Previous release Current release Unit field dBm Integer number 013046 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 16 Field Previous release Current release Unit field dBm Integer number 013049 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 17 Field Previous release Current release Unit field dBm Integer number 013052 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 18 Field Previous release Current release Unit field dBm Integer number 013055 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 19 Field Previous release Current release Unit field dBm Integer number 013058 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 20 Field Previous release Current release Unit field dBm Integer number 013061 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 21 Field Previous release Current release Unit field dBm Integer number 013064 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 22 Field Previous release Current release Unit field dBm Integer number 013067 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 23 Field Previous release Current release Unit field dBm Integer number DN0963445 Id:0900d80580918af8 Confidential 325 Changes in RG20(BSS) 013070 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 24 Field Previous release Current release Unit field dBm Integer number 013073 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 25 Field Previous release Current release Unit field dBm Integer number 013076 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 26 Field Previous release Current release Unit field dBm Integer number 013079 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 27 Field Previous release Current release Unit field dBm Integer number 013082 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 28 Field Previous release Current release Unit field dBm Integer number 013085 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 29 Field Previous release Current release Unit field dBm Integer number 013088 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 30 Field Previous release Current release Unit field dBm Integer number 013091 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 31 Field Previous release Current release Unit field dBm Integer number 013094 / AVE DOWNLINK SIGNAL STRENGTH IN ADJACENT CELL 32 Field Previous release Current release Unit field dBm Integer number 326 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) Changes in 22 Clear code Observation 022005 / DX CAUSE Field Previous release Current release Description Description DX cause structure:Phase (byte)Phase value of the BSC DX Cause (word)- Call Phases 0...15Cause (byte)- Cause value of the BSC DX CauseCounter already updated (byte)1 = updated0 = not updated- This field indicates whether the counter has already been updated for that transaction,therefore prohibiting double counter updatesChannel side (byte)Restore old (byte)- 1 = The handover has failed, but the MS can return to the old channel- 0 = The MS cannot return to the old channel Description DX cause structure:Phase (byte)Phase value of the BSC DX Cause (word)- Call Phases 0...15Cause (byte)- Cause value of the BSC DX CauseCounter already updated (byte)1 = updated0 = not updated- This field indicates whether the counter has already been updated for that transaction,therefore prohibiting double counter updatesChannel side and old phase (byte)- side BITS(4) MSB- old phase BITS(4) LSB0 = default1 = sdcch default2 = tch default3 = sdcch source4 = sdcch target5 = tch source 6 = tch target7 = tch sub0xF = no informationRestore old (byte)- 1 = The handover has failed, but the MS can return to the old channel- 0 = The MS cannot return to the old channel Changes in 27 GPRS Cell Re-selection Report 027009 / NCCR TRIGGERING CAUSE Field Previous release Current release Description The NCCR triggering cause. One of the following: power budget, service based ISNCCR, GSM coverage ISNCCR, quality control. The NCCR triggering cause. One of the following: power budget, service based ISNCCR, GSM coverage ISNCCR, quality control, IS-NCCR to TDSCDMA. Related to feature BSS11112: Network-Controlled Cell Re-selection (NCCR) RG301736: Inter System NCCR for TD-SCDMA BSS11112: Network-Controlled Cell Re-selection (NCCR) 027010 / TARGET CELL ID Field Previous release Current release Description The LAC and CI of the target cell. The LAC is not used, if the target is a WCDMA. Value 0xffff is-used instead. The LAC and CI of the target cell. The LAC is not used, if the target is a WCDMA or TD-SCDMA. Value 0xffff is-used instead. Related to feature BSS11112: Network-Controlled Cell Re-selection (NCCR) RG301736: Inter System NCCR for TD-SCDMA BSS11112: Network-Controlled Cell Re-selection (NCCR) 027011 / TARGET RNC ID Field Previous release Current release Description The radio network controller (RNC) ID of a WCDMA target cell. Value 0xffff is used, if the target cell is a GSM cell. The radio network controller (RNC) ID of a WCDMA or TD-SCDMA target cell. Value 0xffff is used, if the target cell is a GSM cell. DN0963445 Id:0900d80580918af8 Confidential 327 Changes in RG20(BSS) 027011 / TARGET RNC ID Field Previous release Current release Related to feature BSS11112: Network-Controlled Cell Re-selection (NCCR) RG301736: Inter System NCCR for TD-SCDMA BSS11112: Network-Controlled Cell Re-selection (NCCR) Changes in 51 Level Clear Code (PM) Measurement 051023 / SPARE Field Previous release Current release Description Reserved for future use. Number of Assignment Failure messages sent on Ainterface. Updated When ASSIGNMENT FAILURE message is sent to MSC. 051065 / SPARE Field Previous release Current release Description Reserved for future use. Number of Assignment Failure messages sent on Ainterface with BSSAP cause no radio resources. Updated When ASSIGNMENT FAILURE message is sent to MSC with cause no radio resources. Changes in 52 Underlay-Overlay satistics Measurement 052041 / HO INHIB BAD QUAL EXP Field Previous release Current release Description when the HO to the super-reuse candidate is not allowed because of bad quality experience on the super-reuse. Number of times when the HO to the super-reuse candidate is not allowed because of bad quality experience on the super-reuse frequency. Unit 0.48 s Integer number Changes in 57 BSC Level Clear code (SERLEV) Measurement 057023 / SDCCH NEW CALL ASSIGN Field Previous release Current release Description When an ESTABLISH_INDICATION message is received on the SDCCH from the BTS in case of a new call (including MOC, MTC, and emergency call). The counter is updated also in case of an SMS, supplementary services. This counter is not updated in case of an IMSI detach or location update. See figure Basic call with counters When an ESTABLISH_INDICATION message is received on the SDCCH from the BTS in case of a new call (including MOC, MTC, and emergency call). The counter is updated also in case of an SMS, supplementary services (e.g. USSD). This counter is not updated in case of an IMSI detach or location update. See figure Basic call with counters 328 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) Changes in 59 Dual Band Measurement 059000 / TCH HOLD TIME BY SINGLE BAND Field Previous release Current release Description Cumulative TCH holding time made by single band subscribers. Cumulative TCH holding time made by single band subscribers. The unit is 0.48s, that is, time is multiplies of 0.48 s. 059001 / TCH HOLD TIME BY DUAL BAND Field Previous release Current release Description Cumulative TCH holding time made by dual band subscribers. Cumulative TCH holding time made by dual band subscribers. The unit is 0.48s, that is, time is multiplies of 0.48 s. Changes in 60 C/I Ratio Measurement 060005 / CI BSIC DECODE TIME Field Previous release Current release Description BSIC decode time indicates the period starting from call setup or handover during which the C/I ratio is not calculated. BSIC decode time indicates the period starting from call setup or handover during which the C/I ratio is not calculated. The unit is 0.48s, that is, time is multiplies of 0.48 s. 060010 / TEST TOT TCH HOLDING TIME Field Previous release Current release Description Total TCH holding time in the test cell (erlang in the current cell). Total TCH holding time in the test cell (erlang in the current cell). The unit is 0.48s, that is, time is multiplies of 0.48 s. 060014 / INTERF TOT TCH HOLDING TIME Field Previous release Current release Description Total TCH holding time in the interfering cell (erlang in the current cell). Total TCH holding time in the interfering cell (erlang in the current cell). The unit is 0.48s, that is, time is multiplies of 0.48 s. Changes in 68 TRE Measurement 068006 / RF INPUT LEVEL MIN Field Previous release Current release Description The minimum input level received during observation period. Where -100dBm.( -12dBm, for example). The minimum input level received during observation period. Where 0 means -100dBm.( 88 means 12dBm, for example). Unit dBm Integer number DN0963445 Id:0900d80580918af8 Confidential 329 Changes in RG20(BSS) 068007 / RF INPUT LEVEL MAX Field Previous release Current release Description The minimum input level received during observation period. Where -100dBm.( -12dBm, for example). The minimum input level received during observation period. Where 0 means -100dBm.( 88 means 12dBm, for example). Unit dBm Integer number Changes in 69 Selective TRE Measurement 069006 / RF INPUT LEVEL MIN Field Previous release Current release Description The minimum input level received during observation period. Where -100dBm.( -12dBm, for example). The minimum input level received during observation period. Where 0 means -100dBm.( 88 means 12dBm, for example). Unit dBm Integer number 069007 / RF INPUT LEVEL MAX Field Previous release Current release Description The minimum input level received during observation period. Where 0 means -100dBm.( 88 means 12dBm, for example). The minimum input level received during observation period. Where 0 means -100dBm.( 88 means 12dBm, for example). Unit dBm Integer number Changes in 71 MS Capability Indication Measurement 071035 / REP TIME BY GSM 1900 MS Field Previous release Current release Unit Integer number 0.48 s 071038 / REPORTING TIME BY DTM MS Field Previous release Current release Unit Integer number 0.48 s 071039 / REPORTING TIME BY SAIC MS Field Previous release Current release Unit Integer number 0.48 s 330 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) Changes in 74 Frame Relay Measurement 074022 / DLCI 1 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074034 / DLCI 2 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074046 / DLCI 3 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074058 / DLCI 4 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074070 / DLCI 5 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074079 / DLCI 6 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074082 / DLCI 6 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074091 / DLCI 7 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes DN0963445 Id:0900d80580918af8 Confidential 331 Changes in RG20(BSS) 074094 / DLCI 7 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074103 / DLCI 8 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074106 / DLCI 8 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074115 / DLCI 9 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074118 / DLCI 9 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074127 / DLCI 10 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074130 / DLCI 10 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074139 / DLCI 11 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074142 / DLCI 11 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 332 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) 074151 / DLCI 12 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074154 / DLCI 12 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074163 / DLCI 13 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074166 / DLCI 13 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074175 / DLCI 14 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074178 / DLCI 14 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074187 / DLCI 15 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes 074190 / DLCI 15 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes 074199 / DLCI 16 BYTES DISC REC FRMS Field Previous release Current release Unit Integer number Bytes DN0963445 Id:0900d80580918af8 Confidential 333 Changes in RG20(BSS) 074202 / DLCI 16 DISC UL NS UDATA Field Previous release Current release Unit Integer number Bytes Changes in 72 Packet Control Unit Measurement 072237 / SMART PHONE 1 TSL DL TBF ESTABLISHED Field Previous release Current release - Spare made official Description Reserved for future use. Number of (E)GPRS DL TBFs established in singleslot configuration due to the Smart Resource Adaptation feature. Updated "The counter is updated when an (E)GPRS DL TBF is established (assignment sent) in singleslot configuration due to the Smart Resource Adaptation feature, that is, when the DL TBF is established for the transfer of short (< 250 bytes) DL LLC PDUs." Related to feature BSS402059: Smart Resource Adaptation 072238 / SMART PHONE 1 TSL DL TBF REALLOCATED TO NORMAL TBF Field Previous release Current release - Spare made official Description Reserved for future use. "Number of Smart Phone type of 1-TSL TBFs that are converted to normal(i.e. multislot) TBFs by means of reallocation." Updated "The counter is updated when the Smart Phone type of 1-TSL DL TBF is converted to normal DL TBF." Related to feature BSS402059: Smart Resource Adaptation 072239 / INSTANT QOS 1 TSL DL TBF ESTABLISHED Field Previous release Current release - Spare made official Description Reserved for future use. "Number of (E)GPRS DL TBFs established in singleslot configuration due to the Instant QoS Signaling feature." Updated "The counter is updated when an (E)GPRS DL TBF is established (assignment sent) in singleslot configuration due to the Instant QoS Signaling feature, that is, when the DL TBF is established for the transfer of tagged (Service Class Indicator 0x11 received in BSSGP DL-UNITDATA PDU) DL LLC PDUs." Related to feature BSS402071: Instant QoS Signaling 334 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) 072240 / INSTANT QOS 1 TSL DL TBF REALLOCATED TO NORMAL TBF Field Previous release Current release -Spare made official Description Reserved for future use. "Number of Instant QoS Signaling type of 1-TSL TBFs that are converted to normal (i.e. multislot) TBFs by means of reallocation." Updated "The counter is updated when the Instant QoS Signaling type of 1-TSL DL TBF is converted to normal (i.e. multislot) DL TBF. This is done if PCU receives untagged DL LLC PDUs for the MS that is having Instant QoS Signaling type of 1-TSL TBF." Related to feature BSS402071: Instant QoS Signaling Changes in 90 Quality of Service Measurement 090014 / VOLUME WEIGHTED LLC THROUGHPUT FOR DLDC DENOMINATOR Field Previous release Current release Unit Byte 100 Bytes Changes in 95 GPRS Cell Re-selection Measurement 095000 / PLMN ID Field Previous release Current release Description The PLMN identification (MCC/MNC pair) of the WCDMA cell. Coded according to the 3GPP 24.008. Relevant only in case of an inter-system NCCR. "The PLMN identification (MCC/MNC pair) of the WCDMA or TD-SCDMA or LTE cell. Coded according to the 3GPP 24.008. Relevant only in case of an intersystem NCCR. Consists of MCC (2 bytes) and MNC (1 byte).If the target cell is a GSM cell, the value of the PLMN ID is 0xFFFFFFFF. Related to feature BSS11112: Network-Controlled Cell Re-selection (NCCR) Consists of MCC (2 bytes) and MNC (1 byte). If the target cell is a GSM cell, the value of the PLMN ID is 0xFFFFFFFF." "RG301736: Inter System NCCR for TD-SCDMA RG301737: Inter-System NCCR for LTE BSS11112: Network-Controlled Cell Re-selection (NCCR)" 095004 / PCCO SENT DUE SERV ISNCCR Field Previous release Current release Description The number of started NCCR procedures due to service-based criteria for the inter-system NCCR. "The number of started NCCR procedures due to service-based criteria for the inter-system NCCR to WCDMA or TD-SCDMA cell." Related to feature BSS11112: Network-Controlled Cell Re-selection (NCCR) "RG301736: Inter System NCCR for TD-SCDMA DN0963445 BSS11112: Network-Controlled Cell Re-selection (NCCR)" Id:0900d80580918af8 Confidential 335 Changes in RG20(BSS) 095001 / GLOBAL RNC ID Field Previous release Current release Description The global RNC identifier of the WCDMA cell. Relevant only in case of an inter-system NCCR. Consists of a PLMN ID (byte) and an RNC ID (word). "The global RNC identifier of the WCDMA or TDSCDMA cell. Relevant only in case of an intersystem NCCR. Consists of a PLMN ID (byte) and an RNC ID (word). If the target cell is a GSM cell, the value of the RNC ID is 0xFFFF. Related to feature BSS11112: Network-Controlled Cell Re-selection (NCCR) If the target cell is a GSM cell, the value of the RNC ID is 0xFFFF." "RG301736: Inter System NCCR for TD-SCDMA BSS11112: Network-Controlled Cell Re-selection (NCCR)" 095028 / SPARE095028 Field Previous release Current release Description Reserved for future use. Changes in 97 Enhanced Quality of Service Measurement 097049 / DL LLC DELAY MEASURED BYTES TOTAL Field Previous release Current release Unit Integer number byte Changes in 98 Gb Over IP Measurement 098007 / PAYLOAD SENT TO SGSN IN KB Field Previous release Current release Unit Integer number kB 098008 / PAYLOAD RCVD FROM SGSN IN KB Field Previous release Current release Unit Integer number kB 098010 / DISCARDED RCVD DATA IN KB Field Previous release Current release Unit Integer number kB 336 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) Changes in 117 Ethernet TCSM Measurement 117000 / RECEIVED ETHERNET FRAMES Field Previous release Current release Description Number of received Ethernet frames containing errored and non-errored frames. Number of received Ethernet frames containing errored and non-errored frames. Unit of the counter is 1000 Ethernet frames. 117003 / RECEIVED OCTETS Field Previous release Current release Unit Integer number MB 117004 / TRANSMITTED OCTETS Field Previous release Current release Unit Integer number MB Changes in 120 TDM Packet Abis delay Measurement 120002 / SUM OF ABIS ROUND TRIP TIMES Field Previous release Current release Unit 100 microseconds 100 us 120003 / ABIS ROUND TRIP TIME SAMPLES Field Previous release Current release Unit 100 microseconds Integer number 120004 / ABIS ROUND TRIP TIME MAX Field Previous release Current release Unit 100 microseconds 100 us 120005 / ABIS ROUND TRIP TIME MIN Field Previous release Current release Unit 100 microseconds 100 us 120006 / SUM OF JITTER BUFFER FILL LEVEL MAX BSC Field Previous release Current release Unit microseconds 100 us DN0963445 Id:0900d80580918af8 Confidential 337 Changes in RG20(BSS) 120007 / SUM OF JITTER BUFFER FILL LEVEL MIN BSC Field Previous release Current release Unit microseconds us 120009 / SUM OF JITTER BUFFER FILL LEVELS BTS Field Previous release Current release Unit 100 microseconds 100 us Changes in 123 Packet Abis BTS Measurement 123002 / OCTETS RECEIVED Field Previous release Current release Unit 1000 Octets kB 123003 / OCTETS SENT Field Previous release Current release Unit 1000 Octets kB 123026 / CS U-PLANE UDP OCTETS RECEIVED Field Previous release Current release Unit 1000 Octets kB 123027 / CS U-PLANE UDP OCTETS SENT Field Previous release Current release Unit 1000 Octets kB 123028 / PS U-PLANE UDP OCTETS RECEIVED Field Previous release Current release Unit 1000 Octets kB 123029 / PS U-PLANE UDP OCTETS SENT Field Previous release Current release Unit 1000 Octets kB 338 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) Changes in 124 Packet Abis Traffic Measurement 124011 / CS U-PLANE UDP OCTETS RECEIVED Field Previous release Current release Unit 1000 Octets kB 124012 / CS U-PLANE UDP OCTETS SENT Field Previous release Current release Unit 1000 Octets kB 124013 / PS U-PLANE UDP OCTETS RECEIVED Field Previous release Current release Unit 1000 Octets kB 124014 / PS U-PLANE UDP OCTETS SENT Field Previous release Current release Unit 1000 Octets kB Changes in 126 Packet Abis Delay Measurement 126000 / SUM OF ABIS ROUND TRIP TIMES Field Previous release Current release Unit 100 microseconds 100 us 126001 / ABIS ROUND TRIP TIME SAMPLES Field Previous release Current release Unit 100 microseconds Integer number 126002 / ABIS ROUND TRIP TIME MIN Field Previous release Current release Unit 100 microseconds 100 us 126003 / ABIS ROUND TRIP TIME MAX Field Previous release Current release Unit 100 microseconds 100 us DN0963445 Id:0900d80580918af8 Confidential 339 Changes in RG20(BSS) 126004 / MAX SLIDING 1 MINUTE ROUND TRIP TIME AVERAGE Field Previous release Current release Unit 100 microseconds 100 us 126005 / MAX SLIDING 5 MINUTE ROUND TRIP TIME AVERAGE Field Previous release Current release Unit 100 microseconds 100 us 126006 / SUM OF ROUND TRIP TIME VARIATIONS Field Previous release Current release Unit 100 microseconds 100 us 126007 / ROUND TRIP TIME VARIATION MIN Field Previous release Current release Unit 100 microseconds 100 us 126008 / ROUND TRIP TIME VARIATION MAX Field Previous release Current release Unit 100 microseconds 100 us 126009 / ROUND TRIP TIME VARIATION SAMPLES Field Previous release Current release Unit 100 microseconds Integer number Changes in 130 AoIP Traffic BSC Measurement 130003 / RTP PACKET OCTETS RECEIVED Field Previous release Current release Unit kilobytes kB 130004 / RTP PACKET OCTETS SENT Field Previous release Current release Unit kilobytes kB 340 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) 130005 / RTP PACKETS RECEIVED TOO LATE Field Previous release Current release Updated Updated when RTP packet is arrived but there is no space left in the de-jitter buffer for processing the packet.Note that not updated in BSC (ETPA) for speech calls when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. "Updated when RTP packet is arrived but processing window of the packet is elapsed. BSS101407: Legacy Abis support with AoIP (TC in MGW) BSS101407: Legacy Abis Support With AOIP (TC In MGW) Related to feature Updated in BSC (ETPA) for speech calls when Legacy Abis is used and for CSD calls when Legacy Abis or Packet Abis is used.Note that not updated in BSC (ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW." BSS101762: CSD For AoIP (TC IN MGW) 130006 / RTP PACKETS RECEIVED TOO EARLY Field Previous release Current release Updated Updated when RTP packet is arrived but processing window of the packet is elapsed. "Updated when RTP packet is arrived but processing window of the packet is elapsed. Note that not updated in BSC (ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. Updated in BSC (ETPA) for speech calls when Legacy Abis is used and for CSD calls when Legacy Abis or Packet Abis is used.Note that not updated in BSC (ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW." BSS101407: Legacy Abis support with AoIP (TC in MGW) BSS101407: Legacy Abis Support With AOIP (TC In MGW) Related to feature BSS101762: CSD For AoIP (TC IN MGW) 130007 / RTP PACKETS RECEIVED ON TIME Field Previous release Updated Updated when RTP packet is arrived within process- "Updated when RTP packet is arrived within processing window. ing window. Related to feature Current release Note that not updated in BSC (ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. Updated in BSC (ETPA) for speech calls when Legacy Abis is used and for CSD calls when Legacy Abis or Packet Abis is used.Note that not updated in BSC (ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW." BSS101407: Legacy Abis support with AoIP (TC in MGW) BSS101407: Legacy Abis Support With AOIP (TC In MGW) BSS101762: CSD For AoIP (TC IN MGW) Changes in 131 AoIP Traffic TCSM Measurement 131003 / RTP PACKET OCTETS RECEIVED Field Previous release Current release Unit kilobytes kB DN0963445 Id:0900d80580918af8 Confidential 341 Changes in RG20(BSS) 131004 / RTP PACKET OCTETS SENT Field Previous release Current release Unit kilobytes kB 342 Id:0900d80580918af8 Confidential DN0963445 Changes in RG20(BSS) 5.1.4 Removed counters Removed counters No counters are removed from S15 EP1.2 and S15 EP2.1 releases. DN0963445 Id:0900d805808c9ba4 Confidential 343 Changes in RG20(BSS) 5.2 5.2.1 Counter changes made in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 04 Overview of counter changes This document describes the counter changes made due to the BSC S15 on top feature release and mcBSC release. Existing counters have been modified either to: ವ ವ complement the new set of S15 software; or improve the existing set of measurements New S15 on top feature release counters are listed in the section New counters. There are subsections for counters introduced by new and enhanced S15 software products and counters introduced to improve BSC Statistics. Counters that have been modified in S15 on top feature release and mcBSC release are listed in the section Changed counters. There are subsections for modifications related to new and enhanced S15 software products and modifications related to other changes in S15 software or documentation. The S15 on top feature release includes the changes introduced by the following new software products: ವ ವ ವ ವ BSS21534: OSC Full Rate with SAIC MS BSS21325: 8K TRAU FOR OSC AMR FR BSS21327: Local Switching for Packet Abis BSS21391: DFCA Support For OSC New measurements The S15 on top feature release introduces the following new measurements: ವ ವ 132 Local Switching Traffic Measurement 139 Air Path Loss Measurement New counters in existing measurements and observations The new counters in the existing measurements are: 1 Traffic Measurement: 001288 - 001297. 2 Resource Availability Measurement: 002097 - 002102. 4 Handover Measurement: 004259 - 004269. 51 BSC Level Clear Code PM Measurement: 051224 - 051227. 122 OSC RX Quality Measurement: 122080 - 122207. 344 Id:0900d805808d7554 Confidential DN0963445 Changes in RG20(BSS) 5.2.2 5.2.2.1 New counters New counters for RG20(BSS) on top feature release New counters introduced by BSS21534: OSC Full Rate with SAIC MS New counters in 1 Traffic Measurement Number Name 001293 DFR MULTIPLEXING ATTEMPTS 001294 DFR MULTIPLEXING FAILURE DUE TO TCH RESOURCE 001295 CSDAP RESOURCE ALLOCATION ATTEMPTS FOR DFR 001296 DFR MULTIPLEXING FAILURE DUE TO CSDAP RESOURCE 001297 DFR MULTIPLEXING FAILURE DUE TO OTHER REASON New counters in 2 Resource Availability Measurement Number Name 002097 AVE BUSY DFR TCH 002098 PEAK BUSY DFR TCH 002099 AVE OSC DFR PAIR LIFETIME 002100 AVE OSC DFR PAIR LIFETIME DENOMINATOR 002101 AVE OSC DHR PAIR LIFETIME 002102 AVE OSC DHR PAIR LIFETIME DENOMINATOR New counters in 4 Handover Measurement DN0963445 Number Name 004261 HO ATTEMPT FROM AMR FR TO DFR 004262 HO FROM AMR FR TO DFR SUCCESSFUL 004263 INT CELL UNSUCCESS HO TO DFR DUE TO CSDAP MISMATCH 004264 HO ATTEMPT FROM DFR DUE TO RX QUALITY 004265 HO ATTEMPT FROM DFR DUE TO UL RX LEVEL DIFFERENCE 004266 HO ATTEMPT FROM DFR DUE TO RX LEVEL Id:0900d8058086180e Confidential 345 Changes in RG20(BSS) Number Name 004267 HO FROM DFR DUE TO RX QUALITY SUCCESSFUL 004268 HO FROM DFR DUE TO UL RX LEVEL DIFFERENCE SUCCESSFUL 004269 HO FROM DFR DUE TO RX LEVEL SUCCESSFUL New counters in 51 BSC Level Clear Code Measurement Number Name 051224 INTRA HO FROM AMR FR TO DFR 051225 INTRA HO FROM DFR DUE TO RX QUALITY 051226 INTRA HO FROM DFR DUE TO UL RX LEVEL DIFFERENCE 051227 INTRA HO FROM DFR DUE TO RX LEVEL New counters in 122 OSC RX Quality Measurement 346 Number Name 122080 OSC AMR FR 4.75 ON UPLINK DIRECTION WITH RXQUAL 0 122081 OSC AMR FR 4.75 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122094 OSC AMR FR 4.75 ON UPLINK DIRECTION WITH RXQUAL 7 122095 OSC AMR FR 4.75 ON DOWNLINK DIRECTION WITH RXQUAL 7 122096 OSC AMR FR 5.15 ON UPLINK DIRECTION WITH RXQUAL 0 122097 OSC AMR FR 5.15 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122110 OSC AMR FR 5.15 ON UPLINK DIRECTION WITH RXQUAL 7 122111 OSC AMR FR 5.15 ON DOWNLINK DIRECTION WITH RXQUAL 7 122112 OSC AMR FR 5.90 ON UPLINK DIRECTION WITH RXQUAL 0 122113 OSC AMR FR 5.90 ON DOWNLINK DIRECTION WITH RXQUAL 0 Id:0900d8058086180e Confidential DN0963445 Changes in RG20(BSS) DN0963445 Number Name : : : : 122126 OSC AMR FR 5.90 ON UPLINK DIRECTION WITH RXQUAL 7 122127 OSC AMR FR 5.90 ON DOWNLINK DIRECTION WITH RXQUAL 7 122128 OSC AMR FR 6.70 ON UPLINK DIRECTION WITH RXQUAL 0 122129 OSC AMR FR 6.70 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122142 OSC AMR FR 6.70 ON UPLINK DIRECTION WITH RXQUAL 7 122143 OSC AMR FR 6.70 ON DOWNLINK DIRECTION WITH RXQUAL 7 122144 OSC AMR FR 7.40 ON UPLINK DIRECTION WITH RXQUAL 0 122145 OSC AMR FR 7.40 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122158 OSC AMR FR 7.40 ON UPLINK DIRECTION WITH RXQUAL 7 122159 OSC AMR FR 7.40 ON DOWNLINK DIRECTION WITH RXQUAL 7 122160 OSC AMR FR 7.95 ON UPLINK DIRECTION WITH RXQUAL 0 122161 OSC AMR FR 7.95 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122174 OSC AMR FR 7.95 ON UPLINK DIRECTION WITH RXQUAL 7 122175 OSC AMR FR 7.95 ON DOWNLINK DIRECTION WITH RXQUAL 7 122176 OSC AMR FR 10.2 ON UPLINK DIRECTION WITH RXQUAL 0 122177 OSC AMR FR 10.2 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122190 OSC AMR FR 10.2 ON UPLINK DIRECTION WITH RXQUAL 7 Id:0900d8058086180e Confidential 347 Changes in RG20(BSS) Number Name 122191 OSC AMR FR 10.2 ON DOWNLINK DIRECTION WITH RXQUAL 7 122192 OSC AMR FR 12.2 ON UPLINK DIRECTION WITH RXQUAL 0 122193 OSC AMR FR 12.2 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122206 OSC AMR FR 12.2 ON UPLINK DIRECTION WITH RXQUAL 7 122207 OSC AMR FR 12.2 ON DOWNLINK DIRECTION WITH RXQUAL 7 New counters introduced by BSS21327: Local Switching for Packet Abis Counters in new measurement 132 Local Switching Traffic Measurement Number Name 132000 LOCAL CS U-PLANE RTP PACKETS RECEIVED 132001 LOCAL CS U-PLANE RTP PACKETS LOST 132002 LOCAL CS U-PLANE RTP PACKETS RECEIVED TOO LATE 132003 LOCAL CS U-PLANE RTP PACKETS RECEIVED TOO EARLY 132004 LOCAL CS U-PLANE RTP PACKETS SENT 132005 LOCAL CS U-PLANE UDP PACKETS RECEIVED 132006 LOCAL CS U-PLANE UDP PACKETS SENT 132007 LOCAL CS U-PLANE UDP OCTETS RECEIVED 132008 LOCAL CS U-PLANE UDP OCTETS SENT New counters introduced by BSS21325: 8K TRAU FOR OSC AMR FR New counters in 1 Traffic Measurement 348 Number Name 001288 DFR MULTIPLEXING ATTEMPTS IN 8K TRAU MODE 001289 TRAU DOWNGRADE ATTEMPTED IN DFR MULTIPLEXING Id:0900d8058086180e Confidential DN0963445 Changes in RG20(BSS) Number Name 001290 TRAU DOWNGRADE FAILED IN DFR MULTIPLEXING 001291 TRAU UPGRADE ATTEMPTED IN DFR DEMULTIPLEXING 001292 TRAU UPGRADE FAILED IN DFR DEMULTIPLEXING New counters in 4 Handover Measurement Number Name 004259 HO ATTEMPT FROM AMR FR TO DFR IN 8K TRAU MODE 004260 HO FROM AMR FR TO DFR IN 8K TRAU MODE SUCCESSFUL New counters introduced by BSS101574: Air Path Loss Measurement Counters in new measurement 139 Air Path Loss Measurement DN0963445 Number Name 139000 PATH LOSS DIFF BELOW -24 139001 PATH LOSS DIFF -24 139002 PATH LOSS DIFF -23 : : 139023 PATH LOSS DIFF -2 139024 PATH LOSS DIFF -1 139025 PATH LOSS DIFF ZERO 139026 PATH LOSS DIFF 1 139027 PATH LOSS DIFF 2 : : 139049 PATH LOSS DIFF 24 139050 PATH LOSS DIFF ABOVE 24 139051 UL PATH LOSS 30 TO 31 139052 UL PATH LOSS 32 TO 33 : : 139109 UL PATH LOSS 146 TO 147 139110 UL PATH LOSS 148 TO 153 139111 DL PATH LOSS 30 TO 31 139112 DL PATH LOSS 32 TO 33 : : Id:0900d8058086180e Confidential 349 Changes in RG20(BSS) 5.2.2.2 Number Name 139174 DL PATH LOSS 156 TO 157 139175 DL PATH LOSS 158 TO 190 New counters for mcBSC release There are no new counters introduced for mcBSC release. 350 Id:0900d8058086180e Confidential DN0963445 Changes in RG20(BSS) 5.2.3 5.2.3.1 Changed counters Changed counters in RG20(BSS) on top feature release Changes in counters introduced by BSS21327: Local Switching for Packet Abis Changes in 1 Traffic Measurement 001274 / MO LS CALL SUCCESSFUL Field Previous release Current release Description This counter is not in use. Number of successful basic mobile originated speech calls, which have a locally switched speech path Updated This counter is not updated. When local switching establishment is successful for mobile originated calls Related to feature BSS21327: Local Switching for Packet Abis 001275 / MT LS CALL SUCCESSFUL Field Previous release Current release Description This counter is not in use. Number of successful basic mobile terminated speech calls, which have a locally switched speech path. Updated This counter is not updated. When local switching establishment is successful for mobile terminated calls Related to feature BSS21327: Local Switching for Packet Abis 001276 / LS ESTABLISHMENT UNSUCCESSFUL DUE TO CODEC Field Previous release Current release Description This counter is not in use. Number of unsuccessful Local Switching establishments due to different speech codecs on local call peers Updated This counter is not updated. Updated after TCH allocation, when local switching cannot be established because of mismatch between chosen codec and codec used by peer Related to feature DN0963445 BSS21327: Local Switching for Packet Abis Id:0900d805808d68f7 Confidential 351 Changes in RG20(BSS) 001277/ LS RELEASE DUE TO INTER HO OUTSIDE LS AREA Field Previous release Current release Description This counter is not in use. Number of Local Switching releases due to inter-cell handover outside of the LS Area Updated This counter is not updated. When inter-cell handover is triggered outside LS area for a locally switched call. This is updated before handover command is sent to mobile Related to feature BSS21327: Local Switching for Packet Abis 001278 / LS RELEASE DUE TO EXTERNAL HO Field Previous release Current release Description This counter is not in use. Number of Local Switching releases due to external handover Updated This counter is not updated. When inter-bsc handover is triggered for a locally switched call. This is updated before handover command is sent to mobile Related to feature BSS21327: Local Switching for Packet Abis 001279 / LS RELEASE DUE TO SUPPLEM SERVICE ESTABLISHMENT Field Previous release Current release Description This counter is not in use. Number of Local Switching releases due to establishment of supplementary services, which require speech path control of MSC Updated This counter is not updated. When local-switching is released due to start of supplementary services Related to feature 352 BSS21327: Local Switching for Packet Abis Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in counters introduced by BSS21534: OSC Full Rate with SAIC MS Changes in 21 Radio Measurement Report 0210800/ AMR UL 1 Field Previous release Current release Description AMR codec used in uplink. AMR codec used in uplink. The possible values are: The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 26 = OSC DFR speech, 12.2kbit/s 255 (0xFF) = not used 27 = OSC DFR speech, 10.2kbit/s 28 = OSC DFR speech, 7.95kbit/s 29 = OSC DFR speech, 7.4kbit/s 30 = OSC DFR speech, 6.7kbit/s 31 = OSC DFR speech, 5.9kbit/s 32 = OSC DFR speech, 5.15kbit/s 33 = OSC DFR speech, 4.75kbit/s 255 (0xFF) = not used Related to feature BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS BSS21309: OSC Half Rate with SAIC MS BSS21534: OSC Full Rate with SAIC MS DN0963445 Id:0900d805808d68f7 Confidential 353 Changes in RG20(BSS) 0210801/ AMR DL 1 Field Previous release Current release Description AMR codec used in uplink. The possible values are: AMR codec used in downlink. The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 255 (0xFF) = not used 26 = OSC DFR speech, 12.2kbit/s 27 = OSC DFR speech, 10.2kbit/s 28 = OSC DFR speech, 7.95kbit/s 29 = OSC DFR speech, 7.4kbit/s 30 = OSC DFR speech, 6.7kbit/s 31 = OSC DFR speech, 5.9kbit/s 32 = OSC DFR speech, 5.15kbit/s 33 = OSC DFR speech, 4.75kbit/s 255 (0xFF) = not used Related to feature BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS BSS21309: OSC Half Rate with SAIC MS BSS21534: OSC Full Rate with SAIC MS 354 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) 0210955 / AMR UL 32 Field Previous release Current release Description AMR codec used in uplink. The possible values are: AMR codec used in uplink. The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 255 (0xFF) = not used 26 = OSC DFR speech, 12.2kbit/s 27 = OSC DFR speech, 10.2kbit/s 28 = OSC DFR speech, 7.95kbit/s 29 = OSC DFR speech, 7.4kbit/s 30 = OSC DFR speech, 6.7kbit/s 31 = OSC DFR speech, 5.9kbit/s 32 = OSC DFR speech, 5.15kbit/s 33 = OSC DFR speech, 4.75kbit/s 255 (0xFF) = not used Related to feature BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS BSS21309: OSC Half Rate with SAIC MS BSS21534: OSC Full Rate with SAIC MS DN0963445 Id:0900d805808d68f7 Confidential 355 Changes in RG20(BSS) 0210956 / AMR DL 32 Field Previous release Current release Description AMR codec used in uplink. The possible values are: AMR codec used in downlink. The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 255 (0xFF) = not used 25 = OSC DHR speech, 4.75 kbit/s 26 = OSC DFR speech, 12.2kbit/s 27 = OSC DFR speech, 10.2kbit/s 28 = OSC DFR speech, 7.95kbit/s 29 = OSC DFR speech, 7.4kbit/s 30 = OSC DFR speech, 6.7kbit/s 31 = OSC DFR speech, 5.9kbit/s 32 = OSC DFR speech, 5.15kbit/s 33 = OSC DFR speech, 4.75kbit/s 255 (0xFF) = not used Related to feature BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS BSS21309: OSC Half Rate with SAIC MS BSS21534: OSC Full Rate with SAIC MS 356 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 29 Drop Call Breakdown Observation 029014 / DL LAST USED BITRATE Field Previous release Current release Description 0x05 = AMR HR speech, 7.4 kbit/s 0x05 = AMR HR speech, 7.4 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x12 = FR AMR-WB speech, 12.65 kbit/s 0x12 = WB-AMR FR speech, 12.65 kbit/s 0x13 = FR AMR-WB speech, 8.85 kbit/s 0x13 = WB-AMR FR speech, 8.85 kbit/s 0x14 = FR AMR-WB speech, 6.6 kbit/s 0x14 = WB-AMR FR speech, 6.6 kbit/s 0x15 = OSC DHR speech, 7.4 kbit/s 0x15 = OSC DHR speech, 7.4 kbit/s 0x16 = OSC DHR speech, 6.7 kbit/s 0x16 = OSC DHR speech, 6.7 kbit/s 0x17 = OSC DHR speech, 5.9 kbit/s 0x17 = OSC DHR speech, 5.9 kbit/s 0x18 = OSC DHR speech, 5.15 kbit/s 0x18 = OSC DHR speech, 5.15 kbit/s 0x19 = OSC DHR speech, 4.75 kbit/s 0x19 = OSC DHR speech, 4.75 kbit/s 0x255 = non-AMR 0x1A = OSC DFR speech, 12.2kbit/s 0x1B = OSC DFR speech, 10.2kbit/s 0x1C = OSC DFR speech, 7.95kbit/s 0x1D = OSC DFR speech, 7.4kbit/s 0x1E = OSC DFR speech, 6.7kbit/s 0x1F = OSC DFR speech, 5.9kbit/s 0x20 = OSC DFR speech, 5.15kbit/s 0x21 = OSC DFR speech, 4.75kbit/s 0x255 = non-AMR Related to feature BSS20028: Drop Call Breakdown Observation BSS20028: Drop Call Breakdown Observation BSS21309: OSC Half Rate with SAIC MS BSS21309: OSC Half Rate with SAIC MS BSS21534: OSC Full Rate with SAIC MS DN0963445 Id:0900d805808d68f7 Confidential 357 Changes in RG20(BSS) 029015 / UL LAST USED BITRATE Field Previous release Current release Description 0x05 = AMR HR speech, 7.4 kbit/s 0x05 = AMR HR speech, 7.4 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x12 = FR AMR-WB speech, 12.65 kbit/s 0x12 = WB-AMR FR speech, 12.65 kbit/s 0x13 = FR AMR-WB speech, 8.85 kbit/ 0x13 = WB-AMR FR speech, 8.85 kbit/s 0x14 = FR AMR-WB speech, 6.6 kbit/s 0x14 = WB-AMR FR speech, 6.6 kbit/s 0x15 = OSC DHR speech, 7.4 kbit/s 0x15 = OSC DHR speech, 7.4 kbit/s 0x16 = OSC DHR speech, 6.7 kbit/s 0x16 = OSC DHR speech, 6.7 kbit/s 0x17 = OSC DHR speech, 5.9 kbit/s 0x17 = OSC DHR speech, 5.9 kbit/s 0x18 = OSC DHR speech, 5.15 kbit/s 0x18 = OSC DHR speech, 5.15 kbit/s 0x19 = OSC DHR speech, 4.75 kbit/s 0x19 = OSC DHR speech, 4.75 kbit/s 0x255 = non-AMR 0x1A = OSC DFR speech, 12.2kbit/s 0x1B = OSC DFR speech, 10.2kbit/s 0x1C = OSC DFR speech, 7.95kbit/s 0x1D = OSC DFR speech, 7.4kbit/s 0x1E = OSC DFR speech, 6.7kbit/s 0x1F = OSC DFR speech, 5.9kbit/s 0x20 = OSC DFR speech, 5.15kbit/s 0x21 = OSC DFR speech, 4.75kbit/s 0x255 = non-AMR Related to feature BSS20028: Drop Call Breakdown Observation BSS20028: Drop Call Breakdown Observation BSS21309 : OSC Half Rate with SAIC MS BSS21309 : OSC Half Rate with SAIC MS BSS21534 : OSC Full Rate with SAIC MS 358 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 77 FER Measurement 077002 / USED CODEC TYPE Field Previous release Current release Updated Identification of the used codec type. Identification of the used codec type. Normal channel types: Normal channel types: 1 = half rate speech traffic channel 1 = half rate speech traffic channel 2 = full rate speech traffic channel 2 = full rate speech traffic channel 3 = enhanced full rate speech traffic channel 3 = enhanced full rate speech traffic channel Adaptive Multi Rate (AMR) Codecs: Adaptive Multi Rate (AMR) Codecs: 4 = adaptive multirate half rate speech, 7.95kbit/s 4 = adaptive multirate half rate speech, 7.95kbit/s 5 = adaptive multirate half rate speech, 7.5kbit/s 5 = adaptive multirate half rate speech, 7.5kbit/s 6 = adaptive multirate half rate speech, 6.7kbit/s 6 = adaptive multirate half rate speech, 6.7kbit/s 7 = adaptive multirate half rate speech, 5.9kbit/s 7 = adaptive multirate half rate speech, 5.9kbit/s 8 = adaptive multirate half rate speech, 5.15kbit/s 8 = adaptive multirate half rate speech, 5.15kbit/s 9 = adaptive multirate half rate speech, 4.75kbit/s 9 = adaptive multirate half rate speech, 4.75kbit/s 10 = adaptive multirate full rate speech, 12.2kbit/s 10 = adaptive multirate full rate speech, 12.2kbit/s 11 = adaptive multirate full rate speech, 10.2kbit/s 11 = adaptive multirate full rate speech, 10.2kbit/s 12 = adaptive multirate full rate speech, 7.95kbit/s 12 = adaptive multirate full rate speech, 7.95kbit/s 13 = adaptive multirate full rate speech, 7.4kbit/s 13 = adaptive multirate full rate speech, 7.4kbit/s 14 = adaptive multirate full rate speech, 6.7kbit/s 14 = adaptive multirate full rate speech, 6.7kbit/s 15 = adaptive multirate full rate speech, 5.9kbit/s 15 = adaptive multirate full rate speech, 5.9kbit/s 16 = adaptive multirate full rate speech, 5.15kbit/s 16 = adaptive multirate full rate speech, 5.15kbit/s 17 = adaptive multirate full rate speech, 4.75kbit/s 17 = adaptive multirate full rate speech, 4.75kbit/s 18 = wideband adaptive multirate full rate speech, 12.65kbit/s 18 = wideband adaptive multirate full rate speech, 12.65kbit/s 19 = wideband adaptive multirate full rate speech, 8.85kbit/s 19 = wideband adaptive multirate full rate speech, 8.85kbit/s 20 = wideband adaptive multirate full rate speech, 6.6kbit/s 20 = wideband adaptive multirate full rate speech, 6.6kbit/s 21 = OSC half rate speech, 7.4kbit/s 21 = OSC half rate speech, 7.4kbit/s 22 = OSC half rate speech, 6.7kbit/s 22 = OSC half rate speech, 6.7kbit/s 23 = OSC half rate speech, 5.9kbit/s 23 = OSC half rate speech, 5.9kbit/s 24 = OSC half rate speech, 5.15kbit/s 24 = OSC half rate speech, 5.15kbit/s 25 = OSC half rate speech, 4.75kbit/s 25 = OSC half rate speech, 4.75kbit/s 26 = OSC full rate speech, 12.2kbit/s 27 = OSC full rate speech, 10.2kbit/s 28 = OSC full rate speech, 7.95kbit/s 29 = OSC full rate speech, 7.4kbit/s 30 = OSC full rate speech, 6.7kbit/s 31 = OSC full rate speech, 5.9kbit/s 32 = OSC full rate speech, 5.15kbit/s 33 = OSC full rate speech, 4.75kbit/s DN0963445 Id:0900d805808d68f7 Confidential 359 Changes in RG20(BSS) 077002 / USED CODEC TYPE Field Previous release Current release Related to feature BSS20960: Wideband AMR BSS20960: Wideband AMR BSS10022: FER Measurement BSS21309: OSC Half Rate with SAIC MS BSS21309: OSC Half Rate with SAIC MS BSS21534: OSC Full Rate with SAIC MS BSS10022: FER Measurement Changes in counters introduced by BSS21391: DFCA Support For OSC Changes in 100 DFCA Measurement 100000/C/I TARGET Field Previous release Current release Description The minimum acceptable C/I target value for the connection type in question (FR/EFR, HR, 14.4, AMR FR or AMR HR) The minimum acceptable C/I target value for the connection type in question (FR/EFR, HR, 14.4, AMR FR, AMR HR, DHR or DFR). Related to feature BSS11052: Dynamic Frequency and Channel Allocation (DFCA) BSS21391: DFCA Support For OSC BSS11052: Dynamic Frequency and Channel Allocation (DFCA) Other changed counters Changes in 1 Traffic Measurement - Spare counters taken into use 001225 / SUCCESSFUL SDCCH ESTABLISHMENT LU EXCLUDED Field Previous release Current release Counter name SPARE001225 SUCCESSFUL SDCCH ESTABLISHMENT LU EXCLUDED Description Reserved for future use. Number of successful SDCCH establisments without LU. Updated - When the BSC receives 'Establish Indication' message from the BTS and the MS has successfully moved to SDCCH. Counter is not updated for ESTABLISH INDICATION messages where SDCCH requested for Location Update. Related to feature - BSS101595: SDCCH Statistics Enhancement 001226 / SDCCH DROP LU EXCLUDED Field Previous release Current release Counter name SPARE001226 SDCCH DROP LU EXCLUDED Description Reserved for future use Number of dropped SDCCH without LU after SDCCH is successfully assigned. 360 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) 001226 / SDCCH DROP LU EXCLUDED Field Previous release Current release Updated - When the BSC requests to release a SDCCH connection due to a failure leading drop of connection on SDCCH. Counter is not updated for releases of SDCCH connections reserved for Location Update. Related to feature - BSS101595: SDCCH Statistics Enhancement 001227 / SUCCESSFUL SDCCH LU ESTABLISHMENT Field Previous release Current release Counter name SPARE001227 SUCCESSFUL SDCCH LU ESTABLISHMENT Description Reserved for future use Number of successful LU SDCCH establisments. Updated - When the BSC receives 'Establish Indication' message from the BTS for a Location Update request and the MS has successfully moved to SDCCH. Related to feature - BSS101595: SDCCH Statistics Enhancement 001228 / SDCCH LU DROP Field Previous release Current release Counter name SPARE001228 SDCCH LU DROP Description Reserved for future use Number of dropped LU SDCCH after SDCCH is successfully assigned. Updated - When the BSC requests to clear SDCCH connection reserved for Location Update due to a failure that leads to a dropped SDCCH. Related to feature - BSS101595: SDCCH Statistics Enhancement 001229 / TCH ASSIGNMENT FAILURE MS RETURN SDCCH Field Previous release Current release Counter name SPARE001229 TCH ASSIGNMENT FAILURE MS RETURN SDCCH Description Reserved for future use Number of TCH assignment failures where the MS has returned to SDCCH. Updated - When the BSC receives 'Assignment Failure' message from the MS via the BTS indicating that the MS has returned to SDCCH. Related to feature - BSS101595: SDCCH Statistics Enhancement DN0963445 Id:0900d805808d68f7 Confidential 361 Changes in RG20(BSS) Changes in 1 Traffic Measurement 001011 / TCH REQUEST REJECTED DUE TO LACK Field Previous release Current release Description Number of requests for TCHs that are rejected because there are no radio resources available. Number of requests for TCHs that are rejected because there are no radio resources available. All kinds of procedures used to request a TCH are considered, that is, the TCH is rejected if there is no requested resources available for assignments using the normal TCH assignment procedure and assignments for all kinds of (incoming) handovers. This counter is also updated when a request for TCH is rejected because of a mismatch between the types of the requested channel and the A interface circuit. This counter is also updated when a request for TCH is rejected because of a mismatch between the types of the requested channel and the A interface circuit. 001112 / HALF TCH SEIZ SPEECH VER 2 Field Previous release Current release Description Number of successful HR TCH seizures when speech FR version 2 is in use. This counter is not in use. Updated When an HR TCH allocated for speech is released and the HR codec version 2 is in use. This counter is not updated. See figures: - Normal release - Unsuccessful TCH activation - Unsuccessful TCH activation, timer expires while waiting for CHANNEL_ACTIVATION_ACK message - TCH assignment failure - TCH assignment failure, MSC sends CLEAR_COMMAND message CONNECTION_FAILURE message with cause transcoder_failure during a call - TRX or TSL is blocked with different causes during a call - Unsuccessful internal intra-cell handover, timer expires while waiting for CHANNEL_ACTIVATION_ACK message - Unsuccessful internal intra-cell handover, CONNECTION_FAILURE message with cause remote_transcoder_failure comes to the target channel - Unsuccessful internal intra-cell handover, timer expires on the source channel, call cleared - Unsuccessful internal inter-cell handover Successful external handover, source - Unsuccessful external handover, source BSC, timer expires while waiting for CLEAR_COMMAND message Unsuccessful external handover, MS sends a handover failure - Successful forced release - Timer T3107 expires while waiting for ASSIGNMENT_COMPLETE message - Dropped call between ASSIGNMENT COMPLETE and DISCONNECT - Dropped call between ASSIGNMENT COMPLETE and RF CHANNEL RELEASE ACK 362 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) 001251 / TIME OF WB-AMR CALLS Field Previous release Current release Unit Seconds s 001267 / DHR MULTIPLEXING FAILURE DUE TO OTHER REASON Field Previous release Current release Description Number of times OSC Double Half Rate multiplexing is rejected due to unsuitable state of the call. Number of times double half rate multiplexing is rejected because the state of the call is unsuitable or the licence capacity limit has been reached. Updated When Call Control rejects the initiated double half rate multiplexing handover request due to unsuitable state of the call. When the Radio Resource Management rejects the triggered double half rate multiplexing procedure because the licensed capacity is already fully in use, or when the Call Control rejects the initiated double half rate multiplexing handover request because the state of the call is unsuitable. Changes in 2 Resource Availability Measurement 002026 / TOTAL CHANNEL BUSY TIME Field Previous release Current release Updated The measurement period starts when all TCHs are busy (the last free TCH has just been seized) and ends when the first TCH is released and marked free. The measurement period starts when all TCHs are busy; all TCHs resources are either in dedicated PS use or allocated for CS calls and the last free TCH has just been seized. The period ends when the first TCH is released and marked free. Changes in 125 Packet Abis SCTP Measurement 125000 / SCTP PACKETS RECEIVED Field Previous release Current release Description Number of SCTP data packets received, including SCTP control packets. Number of SCTP data packets received, excluding SCTP control packets. 125001 / SCTP PACKETS SENT Field Previous release Current release Description Number of SCTP data packets sent, including SCTP control packets. Number of SCTP data packets sent, excluding SCTP control packets. DN0963445 Id:0900d805808d68f7 Confidential 363 Changes in RG20(BSS) 5.2.3.2 Changed counters in mcBSC release Changes in 3 Resource Access Measurement 003004/CHANNEL REQUEST MESSAGES RECEIVED Field Previous release Current release Updated When a CHANNEL_REQUIRED message is received from the BTS. These requests are related to CSW channels. PSW channel requests have their own counter 072082. When a CHANNEL_REQUIRED message is received from the BTS. These requests are related to CSW channels. PSW channel requests have their own counter 072082. See figures:- Basic call with counters- Ghost reservation- Busy AGCH channel- Unsuccesful channel request- Unsuccesful channel requests due to BCSU overload See figures:- Basic call with counters- Ghost reservation- Busy AGCH channel- Unsuccesful channel request- Unsuccesful channel requests due to BCSU/BCXU overload 003039/BCSU OVERLOAD LOWER LIMIT Field Previous release Current release Description Number of refused calls, when BCSU overload lower limit occurs. When the overload lower limit occurs, all calls except emergency, MOC and MTC calls are refused. Number of refused calls, when BCSU/BCXU overload lower limit occurs. When the overload lower limit occurs, all calls except emergency, MOC and MTC calls are refused. Updated When the call is refused due to BCSU overload lower limit. Each time a new CHANNEL_REQUIRED message comes from the BTS through the Abis interface, a software application in the BCSU checks the number of free message buffers in the unit. When the lower limit (more than 34 unhandled messages) is exceeded, the causes moc_data, location_update, other_cases and re_establishment will be omitted. When the call is refused due to BCSU/BCXU overload lower limit. Each time a new CHANNEL_REQUIRED message comes from the BTS through the Abis interface, a software application in the BCSU/BCXU checks the number of free message buffers in the unit. When the lower limit (more than 34 unhandled messages) is exceeded, the causes moc_data, location_update, other_cases and re_establishment will be omitted. See figure Unsuccessful channel requests due to BCSU overload. See figure Unsuccessful channel requests due to BCSU/BCXU overload. 003040/BCSU OVERLOAD UPPER LIMIT Field Previous release Current release Description Number of refused calls, when BCSU overload upper limit occurs. When the overload upper limit occurs, all calls are refused. Number of refused calls, when 1.) BCSU/BCXU overload upper limit occurs. When the overload upper limit occurs, all calls are refused. Updated When the call is refused due to BCSU overload upper limit. Each time a new CHANNEL_REQUIRED message comes from the BTS through the Abis interface, a software application in the BCSU checks the number of free message buffers in the unit. When the upper limit (more than 53 unhandled messages) is exceeded, no causes will trigger channel reservation in the BSC. When the call is refused due to BCSU/BCXU overload upper limit. Each time a new CHANNEL_REQUIRED message comes from the BTS through the Abis interface, a software application in the BCSU/BCXU checks the number of free message buffers in the unit. When the upper limit (more than 53 unhandled messages) is exceeded, no causes will trigger channel reservation in the BSC. See figure Unsuccessful channel requests due to BCSU overload. See figure Unsuccessful channel requests due to BCSU/BCXU overload. 364 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) 003041/BCSU OVERLOAD DELETED RACH Field Previous release Current release Updated When new RACH commands arrive to the CCCH but the maximum number of simultaneous RACH requests have already been sent to the MCMU and therefore there is no free space for any new RACH requests and the commands are deleted.The maximum number of simultaneous RACH requests is dynamically changed at BCSU level according to the load of the MCMU. If there are more requests, the RACHs are deleted and this counter is triggered. When new RACH commands arrive to the CCCH but the maximum number of simultaneous RACH requests have already been sent to the MCMU and therefore there is no free space for any new RACH requests and the commands are deleted.The maximum number of simultaneous RACH requests is dynamically changed at BCSU/BCXU level according to the load of the MCMU. If there are more requests, the RACHs are deleted and this counter is triggered. See figure Unsuccessful channel requests due to BCSU overload. See figure Unsuccessful channel requests due to BCSU/BCXU overload. Changes in 4 Handover Measurement 004041/MSC O CALL CLEAR DURING HO Field Previous release Current release Updated a) When the subscriber clears the call during the HO. a) When the subscriber clears the call during the HO. b) When channel blocking is started during the HO. b) When channel blocking is started during the HO. c) When the MS has sent messages concerning - A interface speech circuits-state changes of the BSSAP subsystem - abnormal release of the SCCP connection c) When the MS has sent messages concerning - A interface speech circuits-state changes of the BSSAP subsystem - abnormal release of the SCCP connection d) When the reset of circuits are received from the MSC d) When the reset of circuits are received from the MSC e) When there is a BCSU restart (if the TCHs related to the HO are in that BCSU) e) When there is a BCSU/BCXU restart (if the TCHs related to the HO are in that BCSU/BCXU) See figure Unsuccessful external TCH to TCH handover due to call clearing during handover, source BSC. See figure Unsuccessful external TCH to TCH handover due to call clearing during handover, source BSC. DN0963445 Id:0900d805808d68f7 Confidential 365 Changes in RG20(BSS) 004080/MSC I END OF HO Field Previous release Current release Updated a) When the MS returns onto the source channel. a) When the MS returns onto the source channel. b) When the MS is lost during the HO. b) When the MS is lost during the HO. c) When the call is cleared during the HO either by the subscriber, or by messages from the MS concerning - the start of channel blocking - the A interface speech circuits- state changes of the BSSAP subsystem - an abnormal release of the SCCP connection c) When the call is cleared during the HO either by the subscriber, or by messages from the MS concerning - the start of channel blocking - the A interface speech circuits- state changes of the BSSAP subsystem - an abnormal release of the SCCP connection d) When the call is cleared during the HO by a message received from the MSC concerning the resetting of the circuits or the BCSU restart (if the TCHs related to the HO are in that BCSU) d) When the call is cleared during the HO by a message received from the MSC concerning the resetting of the circuits or the BCSU/BCXU restart (if the TCHs related to the HO are in that BCSU/BCXU) See figures:- Unsuccessful external TCH to TCH handover due to MS returning to the old channel, target BSC- Unsuccessful external TCH to TCH handover, target BSC See figures:- Unsuccessful external TCH to TCH handover due to MS returning to the old channel, target BSC- Unsuccessful external TCH to TCH handover, target BSC 004147/MSC I WCDMA RAN END OF HO Field Previous release Current release Updated When the call is cleared during the HO by a message received from the MSC concerning resetting the circuits or the BSCU restart (if the TCHs related to the HO are in that BCSU).This may occur in the following situations:- MS returns to the source channel- MS is lost during the HO- Call is cleared during the HO either by the subscriber or by messages from the MS concerning-> the start of channel blocking-> the A interface speech circuits-> state changes of the BSSAP subsystem-> abnormal release of the SCCP connection When the call is cleared during the HO by a message received from the MSC concerning resetting the circuits or the BSCU/BCXU restart (if the TCHs related to the HO are in that BCSU/BCXU).This may occur in the following situations:- MS returns to the source channel- MS is lost during the HO- Call is cleared during the HO either by the subscriber or by messages from the MS concerning-> the start of channel blocking-> the A interface speech circuits-> state changes of the BSSAP subsystem-> abnormal release of the SCCP connection Changes in 6 Load Measurement 006000/006001/OBJECT NAME Field Previous release Current release Description Name of the object unit which is measured in 8 ASCII characters. Empty fields are filled with 0x20 (= end of the string). Name of the object unit which is measured in 8 ASCII characters. Empty fields are filled with 0x20 (= end of the string). The object units are ET, OMU, MCMU, BCSU, BCXU, CLS, SBUS, PAU, CLAB, and MB. 366 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 7 Availability Measurement 007000/007001/OBJ NAME Field Previous release Current release Description Name of the object unit which is measured, in 8 ASCII characters. Empty fields are filled with 0x20 (=end of the string). Name of the object unit which is measured, in 8 ASCII characters. Empty fields are filled with 0x20 (=end of the string). The object units are ET, OMU, MCMU, BCSU, BCXU, CLS, SBUS, PAU, CLAB,and MB. Changes in 17 TCH Observation 017032/SOURCE BSIC Field Previous release Current release Description Identification of the BCSU. Identification of the BCSU/BCXU. Changes in 50 BSC Level Clear Code Measurement 050377/CALL FAIL DUE ETP Field Previous release Current release Description Number of TCH release due to ETPx resource reservation failure (negative response or no response from ETPx) Number of TCH release due to ETP resource reservation failure (negative response or no response from ETP) Updated When TCH channel is released due to ETPx resource reservation failure during basic call or target channel assignment during handovers When TCH channel is released due to ETP resource reservation failure during basic call or target channel assignment during handovers 050342/ABI SWITCHOVER Field Previous release Current release Description Number of unsuccessful call setups during the BCSU switchover.Impact: Call setup failures Number of unsuccessful call setups during the BCSU/BCXU switchover.Impact: Call setup failures 050359/RTSL_RECONF Field Previous release Current release Updated When the reconfiguration of a dynamic SDCCH resource is failed at the time of an immediate assignment because all of the SDCCH resources under the control of the BCSU are already in use. When the reconfiguration of a dynamic SDCCH resource is failed at the time of an immediate assignment because all of the SDCCH resources under the control of the BCSU/BCXU are already in use. DN0963445 Id:0900d805808d68f7 Confidential 367 Changes in RG20(BSS) 050627/AIV PAGING REFUSED BIG LOAD Field Previous release Current release Description This counter is updated when a PAGING message is received from the MSC and there is too heavy load in the same BCSU unit. The heavy load is observed using the number of unhandled messages in the unit. This counter is updated when a PAGING message is received from the MSC and there is too heavy load in the same BCSU/BCXU unit. The heavy load is observed using the number of unhandled messages in the unit. Updated When DX cause 627 is set because of too many unhandled messages in the BCSU unit. When DX cause 627 is set because of too many unhandled messages in the BCSU/BCXU unit. Changes in 51 BSC Level Clear Code (PM) Measurement 051022/BCSU RESET FOR A CALL OR HO Field Previous release Current release Description Number of calls or handovers released during a BCSU reset. Number of calls or handovers released during a BCSU/BCXU reset. 051159/PS PAG REF DUE BCSU30 BIGLOAD Field Previous release Current release Description Number of rejected PS paging messages inside the BCSU. Number of rejected PS paging messages inside the BCSU/BCXU. Updated When broadcasted PS paging message from Gb interface is rejected due to BCSU overload. When broadcasted PS paging message from Gb interface is rejected due to BCSU/BCXU overload. 051167/PS PAG REF DUE BCSU38 BIGLOAD Field Previous release Current release Description Number of rejected PS paging messages inside the BCSU. Number of rejected PS paging messages inside the BCSU/BCXU. Updated When broadcasted PS paging message from Gb interface is rejected due to BCSU overload. When broadcasted PS paging message from Gb interface is rejected due to BCSU/BCXU overload. 051168/CS PAG REF DUE BCSU30 BIGLOAD Field Previous release Current release Description Number of rejected CS paging messages inside the BCSU. Number of rejected CS paging messages inside the BCSU/BCXU. Updated When broadcasted CS paging message from Gb interface is rejected due to BCSU overload. When broadcasted CS paging message from Gb interface is rejected due to BCSU/BCXU overload. 368 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) 051176/CS PAG REF DUE BCSU38 BIGLOAD Field Previous release Current release Description Number of rejected CS paging messages inside the BCSU. Number of rejected CS paging messages inside the BCSU/BCXU. Updated When broadcasted CS paging message from Gb interface is rejected due to BCSU overload. When broadcasted CS paging message from Gb interface is rejected due to BCSU/BCXU overload. 051177/PAG FROM A INT REF DUE BCSU30 Field Previous release Current release Description Number of paging messages from A-interface that are rejected inside the BCSU. Number of paging messages from A-interface that are rejected inside the BCSU/BCXU. Updated When broadcasted paging message from A-interface is rejected due to BCSU overload. When broadcasted paging message from A-interface is rejected due to BCSU/BCXU overload. 051185/PAG FROM A INT REF DUE BCSU38 Field Previous release Current release Description Number of paging messages from A-interface that are rejected inside the BCSU. Number of paging messages from A-interface that are rejected inside the BCSU/BCXU. Updated When broadcasted paging message from A-interface is rejected due to BCSU overload. When broadcasted paging message from A-interface is rejected due to BCSU/BCXU overload. 051201/PS PAGING REFUSED DUE BCSU39 BIG LOAD Field Previous release Current release Description Number of rejected PS paging messages inside the BCSU. Number of rejected PS paging messages inside the BCSU/BCXU. Updated When a broadcasted PS paging message from the Gb interface is rejected due to BCSU overload. When a broadcasted PS paging message from the Gb interface is rejected due to BCSU/BCXU overload. 051202/PS PAGING REFUSED DUE BCSU3A BIG LOAD Field Previous release Current release Description Number of rejected PS paging messages inside the BCSU. Number of rejected PS paging messages inside the BCSU/BCXU. Updated When a broadcasted PS paging message from the Gb interface is rejected due to BCSU overload. When a broadcasted PS paging message from the Gb interface is rejected due to BCSU/BCXU overload. DN0963445 Id:0900d805808d68f7 Confidential 369 Changes in RG20(BSS) 051203/CS PAGING REFUSED DUE BCSU39 BIG LOAD Field Previous release Current release Description Number of rejected CS paging messages inside the BCSU. Number of rejected CS paging messages inside the BCSU/BCXU. Updated When a broadcasted CS paging message from the Gb interface is rejected due to BCSU overload. When a broadcasted CS paging message from the Gb interface is rejected due to BCSU/BCXU overload. 051204/CS PAGING REFUSED DUE BCSU3A BIG LOAD Field Previous release Current release Description Number of rejected CS paging messages inside the BCSU. Number of rejected CS paging messages inside the BCSU/BCXU. Updated When a broadcasted CS paging message from the Gb interface is rejected due to BCSU overload. When a broadcasted CS paging message from the Gb interface is rejected due to BCSU/BCXU overload. 051205/PS PAGING FROM A INT REFUSED DUE BCSU39 BIG LOAD Field Previous release Current release Description Number of paging messages from the A interface that are rejected inside the BCSU. Number of paging messages from the A interface that are rejected inside the BCSU/BCXU. Updated When a broadcasted paging message from the A interface is rejected due to BCSU overload. When a broadcasted paging message from the A interface is rejected due to BCSU/BCXU overload. 051206/PS PAGING FROM A INT REFUSED DUE BCSU3A BIG LOAD Field Previous release Current release Description Number of paging messages from the A interface that are rejected inside the BCSU. Number of paging messages from the A interface that are rejected inside the BCSU/BCXU. Updated When a broadcasted paging message from the A interface is rejected due to BCSU overload. When a broadcasted paging message from the A interface is rejected due to BCSU/BCXU overload. 370 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 56 Resource Availability per BSC Measurement 056002/AVE NON AVAIL TRX INT Field Previous release Current release Description Average number of the TRXs not available for internal reasons. Average number of the TRXs not available for internal reasons. Internal reasons:- a fatal frame unit failure in the BTS site- a fatal carrier unit failure in the BTS site. Internal reasons:- a fatal frame unit failure in the BTS site- a fatal carrier unit failure in the BTS site. -a fatal frame unit and a fatal carrier unit failure in the BTS site. - a fatal frame unit and a fatal carrier unit failure in the BTS site. -a fatal failure covering the whole BTS site. - a fatal failure covering the whole BTS site. -a reset of the corresponding physical radio network equipment. - a reset of the corresponding physical radio network equipment. -a BCSU unit reset in the BSC. - a BCSU/BCXU unit reset in the BSC. -ongoing radio network recovery actions, which fatal faults in the BSS radio network have triggered. -the physical TRX is switched to another sector of the BTS site in order to replace a faulty TRX. - ongoing radio network recovery actions, which fatal faults in the BSS radio network have triggeredthe physical TRX is switched to another sector of the BTS site in order to replace a faulty TRX. -a main power failure in the BTS site. - a main power failure in the BTS site. -time limit, when new call attempts are prohibited via TRX in BL_SHD state, and forced handovers are executed for ongoing calls via the object. - time limit, when new call attempts are prohibited via TRX in BL_SHD state, and forced handovers are executed for ongoing calls via the object. - a fatal sector failure covering the whole BTS site. - a fatal sector failure covering the whole BTS site. - a fatal TRX failure in the BTS site. - a fatal TRX failure in the BTS site. This counter is updated with counter 056003. This counter is updated with counter 056003. Changes in 72 Packet Control Unit Measurement 072094/UL EGPRS TBF ESTABL FAILED DUE NO RESPONSE FROM MS Field Previous release Current release Network element name change UL EGPRS TBF RELEASE DUE NO RESPONSE FROM MS UL EGPRS TBF ESTABL FAILED DUE NO RESPONSE FROM MS 072095/DL EGPRS TBF ESTABL FAILED DUE NO RESPONSE FROM MS Field Previous release Current release Network element name change DL EGPRS TBF RELEASE DUE NO RESPONSE FROM MS DL EGPRS TBF ESTABL FAILED DUE NO RESPONSE FROM MS DN0963445 Id:0900d805808d68f7 Confidential 371 Changes in RG20(BSS) Changes in 79 Coding Scheme Measurement 079010/DL RLC MCS-N BLOCKS TO DTM MS Field Previous release Current release Updated When a new DL RLC data block is transmitted with MCS-1...9 or CS-3...4 to a mobile having a DTM allocation. This counter does not include retransmissions, but is triggered both in acknowledged and unacknowledged modes. When a new DL RLC data block is transmitted with MCS-1...9 or CS-3...4 to a mobile having a DTM allocation. This counter does not include retransmissions, but is triggered both in acknowledged and unacknowledged modes. This counter is not updated for PCU1. 079011/UL RLC MCS-N BLOCKS FROM DTM MS Field Previous release Current release Updated When a new UL RLC data block is successfully received with MCS-1...9 or CS-3...4 from a mobile having a DTM allocation. This counter does not include retransmissions, but is triggered both in acknowledged and unacknowledged modes. When a new UL RLC data block is successfully received with MCS-1...9 or CS-3...4 from a mobile having a DTM allocation. This counter does not include retransmissions, but is triggered both in acknowledged and unacknowledged modes. This counter is not updated for PCU1. 079012/DL RLC DATA FOR DUMMY LLC Field Previous release Current release Updated When an EGPRS DL RLC data block containing a dummy LLC PDU is sent during the delayed DL TBF release period. When an EGPRS DL RLC data block containing a dummy LLC PDU is sent during the delayed DL TBF release period. This counter is updated for PCU2 only. This counter is not updated for PCU1. 079013/RLC RETRANSMITTED DL DUE TO OTHER REASON THAN NACK Field Previous release Current release Updated When a DL RLC block is retransmitted due to other When a DL RLC block is retransmitted due to other reason than NACK in pre-emptive DL transmission. reason than NACK in pre-emptive DL transmission. This counter is updated for PCU2 only. This counter is not updated for PCU1. 079014/IGNORED RLC DATA BLOCKS UL DUE TO BSN Field Previous release Current release Updated When an RLC data block is ignored in uplink due to the BSN in acknowledged mode. The value of the counter is increased if the block is valid and a block with the same BSN has already been received. It is also increased if the BSN is for some other reason outside the receive window. The BSN defines the sequence of blocks while collecting them. When an RLC data block is ignored in uplink due to the BSN in acknowledged mode. The value of the counter is increased if the block is valid and a block with the same BSN has already been received. It is also increased if the BSN is for some other reason outside the receive window. The BSN defines the sequence of blocks while collecting them. This counter is updated for PCU2 only. This counter is not updated for PCU1. 372 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 90 Quality of Service Measurement 090013/VOLUME WEIGHTED LLC THROUGHPUT FOR DLDC NUMERATOR Field Previous release Current release Updated When the TBF is released or in a reception of FLUSH-LL, if the size of the TBF is 1560 bytes or more. Updated for DL direction only. When the TBF is released or in a reception of FLUSH-LL, if the size of the TBF is 1560 bytes or more. Updated for DL direction only. This counter is updated for PCU2 only. This counter is not updated for PCU1. 090014/VOLUME WEIGHTED LLC THROUGHPUT FOR DLDC DENOMINATOR Field Previous release Current release Updated When the TBF is released or in a reception of FLUSH-LL, if the size of the TBF is 1560 bytes or more. Updated for DL direction only. When the TBF is released or in a reception of FLUSH-LL, if the size of the TBF is 1560 bytes or more. Updated for DL direction only. This counter is updated for PCU2 only. This counter is not updated for PCU1. Changes in 95 GPRS Cell Re-selection Measurement 095025/IBNACC WITH NC0 Field Previous release Current release Description Counter is increased when NACC-specific system information messages have successfully sent to MS during the cell change. Counter is increased when NACC-specific system information messages have successfully sent to MS during the cell change. This counter is not updated for PCU1. 095026/IBNACC WITH NC2 Field Previous release Current release Description Counter is increased when NACC-specific system information messages have successfully sent to MS during the cell change. Counter is increased when NACC-specific system information messages have successfully sent to MS during the cell change. This counter is not updated for PCU1. Changes in 97 Enhanced Quality of Service Measurement 097003/PFC CREATE FAIL DUE EDAP RES Field Previous release Current release Updated When the PCU notices that it cannot create a PFC. When the PCU notices that it cannot create a PFC. Counter not updated in PCUM. DN0963445 Id:0900d805808d68f7 Confidential 373 Changes in RG20(BSS) 097014/PFC TRANSFER FAIL DUE EDAP Field Previous release Current release Updated When a PFC transfer fails. When a PFC transfer fails. Counter not updated in PCUM. 097028/QC TBF REALLOC DUE BLER Field Previous release Current release Updated When the QC triggers a TBF reallocation procedure.? When the QC triggers a TBF reallocation procedure. This counter is updated for all PCU variants. This counter is updated for both PCU1 and PCU2. 097029/QC TBF REALLOC DUE RB BITRATE Field Previous release Current release Updated When the QC triggers a TBF reallocation procedure. When the QC triggers a TBF reallocation procedure. This counter is updated for both PCU1 and PCU2. This counter is updated for all PCU variants. 097031/QC NCCR DUE BLER Field Previous release Current release Updated When the QC triggers an NCCR procedure. When the QC triggers an NCCR procedure. This counter is updated for both PCU1 and PCU2. This counter is updated for all PCU variants. 097032/QC NCCR DUE RB BITRATE Field Previous release Current release Updated When the QC triggers an NCCR procedure. When the QC triggers an NCCR procedure. This counter is updated for both PCU1 and PCU2. This counter is updated for all PCU variants. Changes in 109 Soft Channel Capacity Measurement 109000/PEAK BUSY TCH PER BCSU Field Previous release Current release Description Peak number of the busy TCHs in BCSU within a measurement period. Peak number of the busy TCHs in BCSU/BCXU within a measurement period. Updated When the number of the busy TCHs in BCSU exceeds the previous peak value. When the number of the busy TCHs in BCSU/BCXU exceeds the previous peak value. 374 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 124 Packet Abis Traffic Measurement 124002/CS U-PLANE RTP PACKETS RECEIVED TOO LATE Field Previous release Current release Updated When RTP packet is arrived but processing window of the packet is elapsed. When RTP packet is arrived but processing window of the packet is elapsed. Not updated in BSC when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW nor in mcBSC. 124003/CS U-PLANE RTP PACKETS RECEIVED TOO EARLY Field Previous release Current release Updated When RTP packet is arrived but there is no space left in the de-jitter buffer for processing the packet. When RTP packet is arrived but there is no space left in the de-jitter buffer for processing the packet. Not updated in BSC when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW nor in mcBSC. 124004/CS U-PLANE RTP PACKETS RECEIVED ON TIME Field Previous release Current release Updated When RTP packet is received to BSC on time according to timestamp of RTP packet. When RTP packet is received to BSC on time according to timestamp of RTP packet nor in mcBSC. Changes in 131 AoIP Traffic TCSM Measurement 131005/RTP PACKETS TOO LATE Field Previous release Current release Updated Updated when RTP packet is arrived but processing window of the packet is elapsed. Updated when RTP packet is arrived but there is no space left in the dejitter buffer for processing the packet. Not updated in BSC(ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. Updated when RTP packet is arrived but processing window of the packet is elapsed. Updated when RTP packet is arrived but there is no space left in the dejitter buffer for processing the packet. Not updated in BSC(ETPA/ETMA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. 131006/RTP PACKETS TOO EARLY Field Previous release Current release Updated Updated when RTP packet is arrived but there is no space left in the de-jitter buffer for processing the packet. Updated when RTP packet is arrived but processing window of the packet is elapsed. Not updated in BSC (ETPA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. Updated when RTP packet is arrived but there is no space left in the de-jitter buffer for processing the packet. Updated when RTP packet is arrived but processing window of the packet is elapsed. DN0963445 Not updated in BSC (ETPA/ETMA) when Packet Abis over Ethernet/TDM is used with AoIP and transcoding located in MGW. Id:0900d805808d68f7 Confidential 375 Changes in RG20(BSS) 5.2.3.3 Changed measurements in mcBSC release Changes in 51 BSC Level Clear Code (PM) Measurement Field Previous release Current release Measurement Description The counters of BSC Level Clear Code (PM) Measurement are divided into five different classes; there are failure counters, success counters, one BCSU/BCXU counter, call attempt and call establishment cause counters, and handover counters. The failure and success counters together characterise the quality of service. All counters are given on BSC basis. Most of the counters have a one-toone correspondence with a particular DX cause. These correspondences are indicated in the counter descriptions. However, some of the counters are primarily based on 3GPP-based BSSMAP causes or establishment causes. In those cases, the name of the BSSMAP cause or establishment cause is also mentioned in the counter descriptions. Changes in 74 Frame Relay Measurement Field Previous release Current release Description The measurement provides bearer channel and Permanent Virtual Connection (PVC) -specific information on the proper working of the frame relay between the PCU and theSGSN. The measurement provides bearer channel and Permanent Virtual Connection (PVC) -specific information on the proper working of the frame relay between the PCU and theSGSN. Counters 074071-074202 are PCU2 specific counters. Counters 074071-074202 are PCU2 specific counters. This measurement is not supported for the interfaces of mcBSC configured with PCUM unit. Changes in 76 Dynamic Abis Measurement Field Previous release Current release Description Dynamic Abis Measurement provides information on the usage of EDAP both in uplinkand downlink directions. This measurement is optional. Dynamic Abis Measurement provides information on the usage of EDAP both in uplinkand downlink directions. This measurement is optional. This measurement is not supported for the interfaces of mcBSC configured with PCUM unit. 376 Id:0900d805808d68f7 Confidential DN0963445 Changes in RG20(BSS) Changes in 125 Packet Abis SCTP Measurement Field Previous release Current release Description Packet Abis SCTP measurement reports M- and Cplane SCTP statistics. This measurement includes counters which report information about transmission of number of SCTP octets/packets. This measurement is optional. Packet Abis SCTP measurement reports M- and Cplane SCTP statistics are providedby Platform software in BCSU/BCXU. Packet Abis over Ethernet or Packet Abis over TDM license is required to be able to activate this measurement type. This measurement is optional. DN0963445 Id:0900d805808d68f7 Confidential 377 Changes in RG20(BSS) 5.2.4 Removed counters Removed counters No counters removed from S15. 378 Id:0900d80580861810 Confidential DN0963445 Changes in RG20(BSS) 5.2.5 Other changes between releases In addition to the changes listed in the sections of new, changed, and removed counters, some S15 software-related changes and/or corrections have been made to existing ounter descriptions since the release of Nokia Siemens Networks GSM/EDGE BSS, rel. RG10(BSS), operating documentation, issue 04. The changes have been communicated as S15 Documentation Change Notes via NOLS Documentation Center, and the updated S15 Product Documentation NEDs have incorporated the changes, or will do so in the future. These changes have been inherited to S15 on top feature release where applicable, and are listed below. Changes in 1 Traffic Measurement Spare counters 001225 - 001229 are taken into use. For a detailed description of the counters, see 1 Traffic Measurement DN0963445 Id:0900d80580861811 Confidential 379 Changes in RG20(BSS) 5.3 5.3.1 Counter changes made in Nokia Siemens Networks GSM/EDGE BSS, rel RG20(BSS), operating documentation, issue 01 Overview of counter changes This document describes the counter changes made to the BSC S15 software release. Existing counters have been modified either to: ವ ವ complement the new set of S15 software; or improve the existing set of measurements New S15 counters are listed in the section New counters. There are subsections for counters introduced by new and enhanced S15 software products and counters introduced to improve BSC Statistics. Counters that have been modified in S15 are listed in the section Changed counters. There are subsections for modifications related to new and enhanced S15 software products and modifications related to other changes in S15 software or documentation. The S15 software release includes the changes introduced by the following new software products: ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ ವ BSS21309: OSC Half Rate with SAIC MS BSS30385: Circuit Switched Dynamic Abis pool BSS21222: Energy optimised TCH Allocation BSS21343: DLDC Territory Procedures BSS21392: TRX Specific Link Adaptation for DLDC BSS20083: Inter-BSC NACC BSS21341: A over IP, Transcoder in BSS and BSS30380: A over IP, Transcoder in MGW BSS21454: Packet Abis over IP/Ethernet BSS21440: Packet Abis over TDM BSS30395: Packet Abis Delay Measurement BSS21271: Abis Delay Measurement (TDM, PWE3) BSS21045: Inter System NACC BSS21355: Inter System NACC for LTE BSS101583: Precise RX Level Measurement BSS101584: Precise Timing Advance Measurement BSS101585: Precise Power Level Measurement BSS101586: Adjacent Cell RX Level Measurement New measurements The S15 software release introduces the following new measurements: ವ ವ ವ ವ ವ ವ ವ 380 120 TDM/PW Abis Delay Measurement 121 Circuit-switched Dynamic Abis Pool Measurement 122 OSC RX Quality Measurement 123 Packet Abis BTS Measurement 124 Packet Abis Traffic Measurement 125 Packet Abis SCTP Measurement 126 Packet Abis Delay Measurement Id:0900d80580804bfd Confidential DN0963445 Changes in RG20(BSS) ವ ವ ವ ವ ವ ವ ವ ವ ವ 127 Packet Abis Congestion Control Measurement 128 ETP Ethernet BSC Measurement 129 ETP Ethernet TCSM Measurement 130 AoIP Traffic BSC Measurement 131 AoIP Traffic TCSM Measurement 135 Precise RX Level Measurement 136 Precise Timing Advance Measurement 137 Precise Power Level Measurement 138 Adjacent Cell RX Level Measurement New counters in existing measurements and observations The new counters in the existing measurements are: 1 Traffic Measurement: 001257 - 001270, 001272 - 001273. New spare counters 001271, 001280 - 001287. 2 Resource Availability Measurement: 002094 - 002096. 4 Handover Measurement: 004235 - 004252. New spare counters 004253 - 004258. 50 BSC Level Clear Code Measurement: 0500409, 0500377 and 0500945. Spare Counters 0500630-0500634, 0500717, 0500718, 0500941-0500944 made official. 51 BSC Level Clear Code PM Measurement: 051216 - 051220, 05122- 051223. 72 Packet Control Unit Measurement: 072260 - 072265. 95 GPRS Cell Re-selection Measurement: 095025 - 095026. 114 Pseudo Wire BSC Measurement: 114011 - 114015. 116 Pseudo Wire TCSM Measurement: 116011 - 116015. Related topics ವ ವ DN0963445 New counters Changed counters Id:0900d80580804bfd Confidential 381 Changes in RG20(BSS) 5.3.2 New counters For an overview of counter changes in S15, see Overview of counter changes. 5.3.2.1 New counters introduced by BSS20083: Inter-BSC NACC New counters in 72 Packet Control Unit Measurement Number Name 072260 NACC REPORT SUBSCRIPTIONS FROM OTHER BSC New counters in 95 GPRS Cell Re-selection Measurement 5.3.2.2 Number Name 095025 IBNACC WITH NC0 095026 IBNACC WITH NC2 New counters introduced by BSS21045: Inter System NACC New counters in 72 Packet Control Unit Measurement 5.3.2.3 Number Name 072261 NACC REPORT SUBSCRIPTIONS FROM RNC New counters introduced by BSS21355:Inter System NACC for LTE New counters in 72 Packet Control Unit Measurement 5.3.2.4 Number Name 072262 NACC REPORT SUBSCRIPTIONS FROM LTE New counters introduced by BSS21341: A over IP, Transcoder in BSS and BSS30380: A over IP, Transcoder in MGW New counters in 4 Handover Measurement 382 Number Name 004244 BSS INTERNAL HANDOVER REQUIRED REQUESTS 004245 BSS INTERNAL HANDOVER COMMANDS 004246 BSS INTERNAL HANDOVER FAILURES Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) Number Name 004247 BSS INTERNAL HANDOVER REQUIRED REJECTIONS 004248 BSS INTERNAL HANDOVER SUCCESSFUL 004249 BSS INTERNAL HANDOVER ENQUIRY 004250 BSS INTERNAL HANDOVER ENQUIRY REJECTIONS New counters in 50 BSC Level Clear Code Measurement Number Name 0500409 UNAVAIL CODEC TYPE CONF 0500945 M NO SUPP REDUNDANCY LVL 0500377 CALL FAIL DUE ETP New counters in 51 BSC Level Clear Code PM Measurement Number Name 051220 INTER CELL MSS TRIGGERED BSS INTERNAL HO Counters in new measurement: 129 ETP Ethernet TCSM Measurement Number Name 129000 RECEIVED ETHERNET FRAMES 129001 ERRORED ETHERNET FRAMES 129002 TRANSMITTED ETHERNET FRAMES 129003 RECEIVED ETHERNET OCTETS 129004 TRANSMITTED ETHERNET OCTETS Counters in new measurement: 130 AoIP Traffic BSC Measurement DN0963445 Number Name 130000 RTP PACKETS RECEIVED 130001 RTP PACKETS LOST 130002 RTP PACKETS SENT 130003 RTP PACKET OCTETS RECEIVED 130004 RTP PACKET OCTETS SENT Id:0900d80580804ac8 Confidential 383 Changes in RG20(BSS) Counters in new measurement: 131 AoIP Traffic TCSM Measurement 5.3.2.5 Number Name 131000 RTP PACKETS RECEIVED 131001 RTP PACKETS LOST 131002 RTP PACKETS SENT 131003 RTP PACKET OCTETS RECEIVED 131004 RTP PACKET OCTETS SENT 131005 RTP PACKETS TOO LATE 131006 RTP PACKETS TOO EARLY New counters introduced by BSS21454: Packet Abis over IP/Ethernet Counters in new measurement: 128 ETP Ethernet BSC Measurement 5.3.2.6 Number Name 128000 RECEIVED ETHERNET FRAMES 128001 ERRORED ETHERNET FRAMES 128002 TRANSMITTED ETHERNET FRAMES 128003 RECEIVED ETHERNET OCTETS 128004 TRANSMITTED ETHERNET OCTETS New counters introduced by BSS21454: Packet Abis over IP/Ethernet and BSS21440: Packet Abis over TDM added New counters in 1 Traffic Measurement Number Name 001268 TCH REQ REJ DUE ABIS CONG 001269 CALL SETUP REJ DUE ABIS CONG 001270 GPRS TERR UG REJ DUE ABIS 001272 TCH REQUEST REJECT DUE TO ETP OVERLOAD 001273 CALL SETUP REJECT DUE TO ETP OVERLOAD New counters in 50 BSC Level Clear Code Measurement 384 Number Name 0500377 CALL FAIL DUE ETP Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) Counters in new measurement: 123 Packet Abis BTS Measurement DN0963445 Number Name 123000 FRAMES RECEIVED 123001 FRAMES SENT 123002 OCTETS RECEIVED 123003 OCTETS SENT 123004 UL UTILIZATION 0-25 123005 UL UTILIZATION 25-50 123006 UL UTILIZATION 50-75 123007 UL UTILIZATION 75-90 123008 UL UTILIZATION 90-100 123009 DL UTILIZATION 0-25 123010 DL UTILIZATION 25-50 123011 DL UTILIZATION 50-75 123012 DL UTILIZATION 75-90 123013 DL UTILIZATION 90-100 123014 CS U-PLANE RTP PACKETS RECEIVED 123015 CS U-PLANE RTP PACKETS LOST 123016 CS U-PLANE RTP PACKETS RECEIVED TOO LATE 123017 CS U-PLANE RTP PACKETS RECEIVED TOO EARLY 123018 CS U-PLANE RTP PACKETS SENT 123019 PS U-PLANE RTP PACKETS RECEIVED 123020 PS U-PLANE RTP PACKETS LOST 123021 PS U-PLANE RTP PACKETS RECEIVED TOO LATE 123022 PS U-PLANE RTP PACKETS RECEIVED TOO EARLY 123023 PS U-PLANE RTP PACKETS SENT 123024 CS U-PLANE UDP PACKETS RECEIVED 123025 CS U-PLANE UDP PACKETS SENT 123026 CS U-PLANE UDP OCTETS RECEIVED 123027 CS U-PLANE UDP OCTETS SENT 123028 PS U-PLANE UDP OCTETS RECEIVED 123029 PS U-PLANE UDP OCTETS SENT 123030 SCTP PACKETS RECEIVED 123031 SCTP PACKETS SENT 123032 SCTP OCTETS RECEIVED Id:0900d80580804ac8 Confidential 385 Changes in RG20(BSS) Number Name 123033 SCTP OCTETS SENT 123034 SCTP PACKETS RETRANSMITTED Counters in new measurement: 124 Packet Abis Traffic Measurement Number Name 124000 CS U-PLANE RTP PACKETS RECEIVED 124001 CS U-PLANE RTP PACKETS LOST 124002 CS U-PLANE RTP PACKETS RECEIVED TOO LATE 124003 CS U-PLANE RTP PACKETS RECEIVED TOO EARLY 124004 CS U-PLANE RTP PACKETS RECEIVED ON TIME 124005 CS U-PLANE RTP PACKETS SENT 124006 PS U-PLANE RTP PACKETS RECEIVED 124007 PS U-PLANE RTP PACKETS LOST 124008 PS U-PLANE RTP PACKETS SENT 124009 CS U-PLANE UDP PACKETS RECEIVED 124010 CS U-PLANE UDP PACKETS SENT 124011 CS U-PLANE UDP OCTETS RECEIVED 124012 CS U-PLANE UDP OCTETS SENT 124013 PS U-PLANE UDP OCTETS RECEIVED 124014 PS U-PLANE UDP OCTETS SENT Counters in new measurement: 125 Packet Abis SCTP Measurement Number Name 125000 SCTP PACKETS RECEIVED 125001 SCTP PACKETS SENT 125002 SCTP OCTETS RECEIVED 125003 SCTP OCTETS SENT 125004 SCTP PACKETS RETRANSMITTED Counters in new measurement: 127 Packet Abis Congestion Control Measurement 386 Number Name 127000 DURATION OF DECREASE TBF SCHEDULING RATE BY 25 PERCENT Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) Number Name 127001 DURATION OF DECREASE TBF SCHEDULING RATE BY 75 PERCENT 127002 DURATION OF AMR CODEC DECREASE 127003 DURATION OF LIMITATION OF NEW CS AND PS CALLS 127004 DURATION OF LIMITATION OF NEW CS CALLS DUE ETP OVERLOAD New counters in 72 Packet Control Unit Measurement 5.3.2.7 Number Name 072265 UL MCS REDUCTION DUE PCU RESOURCES 072266 DL MCS REDUCTION DUE PCU RESOURCES New counters introduced by BSS30395: Packet Abis Delay Measurement Counters in new measurement: 126 Packet Abis Delay Measurement 5.3.2.8 Number Name 126000 SUM OF ABIS ROUND TRIP TIMES 126001 ABIS ROUND TRIP TIME SAMPLES 126002 ABIS ROUND TRIP TIME MIN 126003 ABIS ROUND TRIP TIME MAX 126004 MAX SLIDING 1 MINUTE ROUND TRIP TIME AVERAGE 126005 MAX SLIDING 5 MINUTE ROUND TRIP TIME AVERAGE 126006 SUM OF ROUND TRIP TIME VARIATIONS 126007 ROUND TRIP TIME VARIATION MIN 126008 ROUND TRIP TIME VARIATION MAX 126009 ROUND TRIP TIME VARIATION SAMPLES New counters introduced by BSS21309: OSC Half Rate with SAIC MS New counters in 1 Traffic Measurement DN0963445 Number Name 001263 DHR MULTIPLEXING ATTEMPTS Id:0900d80580804ac8 Confidential 387 Changes in RG20(BSS) Number Name 001264 DHR MULTIPLEXING FAILURE DUE TO TCH RESOURCE 001265 CSDAP RESOURCE ALLOCATION ATTEMPTS FOR DHR 001266 DHR MULTIPLEXING FAILURE DUE TO CSDAP RESOURCE 001267 DHR MULTIPLEXING FAILURE DUE TO OTHER REASON New counters in 2 Resource Availability Measurement Number Name 002094 AVE BUSY OSC DHR TCH PAIR 002095 AVE BUSY OSC DHR TCH PAIR DENOMINATOR 002096 PEAK BUSY OSC DHR TCH PAIR New counters in 4 Handover Measurement Number Name 004235 HO ATTEMPT FROM AMR HR TO DHR 004236 HO ATTEMPT FROM AMR FR TO DHR 004237 HO FROM AMR HR TO DHR SUCCESSFUL 004238 HO FROM AMR FR TO DHR SUCCESSFUL 004239 INT CELL UNSUCCESS HO TO DHR DUE TO CSDAP MISMATCH 004240 HO ATTEMPT FROM DHR DUE TO RX QUALITY 004241 HO ATTEMPT FROM DHR DUE TO UL RX LEVEL DIFFERENCE 004242 HO FROM DHR DUE TO RX QUALITY SUCCESSFUL 004243 HO FROM DHR DUE TO UL RX LEVEL DIFFERENCE SUCCESSFUL 004251 HO ATTEMPT FROM DHR DUE TO RX LEVEL 004252 HO FROM DHR DUE TO RX LEVEL SUCCESSFUL New counters in 51 BSC Level Clear Code Measurement 388 Number Name 051216 INTRA HO FROM AMR HR TO DHR 051217 INTRA HO FROM AMR FR TO DHR Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) Number Name 051218 INTRA HO FROM DHR DUE TO RX QUALITY 051219 INTRA HO FROM DHR DUE TO UL RX LEVEL DIFFERENCE Counters in new measurement: 121 Circuit-switched Dynamic Abis Pool Measurment Number Name 121000 TOTAL PCM 8 KBIT/S SUBTSLS IN CSDAP 121001 AVERAGE CSDAP 8 KBIT/S SUBTSL USAGE 121002 AVERAGE CSDAP 8 KBIT/S SUBTSL USAGE DENOMINATOR 121003 PEAK CSDAP 8 KBIT/S SUBTSL USAGE Counters in new measurement: 122 OSC RX Quality Measurement DN0963445 Number Name 122000 OSC AMR HR 4.75 ON UPLINK DIRECTION WITH RXQUAL 0 122001 OSC AMR HR 4.75 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122014 OSC AMR HR 4.75 ON UPLINK DIRECTION WITH RXQUAL 7 122015 OSC AMR HR 4.75 ON DOWNLINK DIRECTION WITH RXQUAL 7 122016 OSC AMR HR 5.15 ON UPLINK DIRECTION WITH RXQUAL 0 122017 OSC AMR HR 5.15 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122030 OSC AMR HR 5.15 ON UPLINK DIRECTION WITH RXQUAL 7 122031 OSC AMR HR 5.15 ON DOWNLINK DIRECTION WITH RXQUAL 7 122032 OSC AMR HR 5.90 ON UPLINK DIRECTION WITH RXQUAL 0 122033 OSC AMR HR 5.90 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : Id:0900d80580804ac8 Confidential 389 Changes in RG20(BSS) 5.3.2.9 Number Name : : 122046 OSC AMR HR 5.90 ON UPLINK DIRECTION WITH RXQUAL 7 122047 OSC AMR HR 5.90 ON DOWNLINK DIRECTION WITH RXQUAL 7 122048 OSC AMR HR 6.70 ON UPLINK DIRECTION WITH RXQUAL 0 122049 OSC AMR HR 6.70 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122062 OSC AMR HR 6.70 ON UPLINK DIRECTION WITH RXQUAL 7 122063 OSC AMR HR 6.70 ON DOWNLINK DIRECTION WITH RXQUAL 7 122064 OSC AMR HR 7.40 ON UPLINK DIRECTION WITH RXQUAL 0 122065 OSC AMR HR 7.40 ON DOWNLINK DIRECTION WITH RXQUAL 0 : : : : 122078 OSC AMR HR 7.40 ON UPLINK DIRECTION WITH RXQUAL 7 122079 OSC AMR HR 7.40 ON DOWNLINK DIRECTION WITH RXQUAL 7 New counters introduced by BSS21271: Abis Delay Measurement (TDM, PWE3) New counters in 114 Pseudo Wire BSC Measurement 390 Number Name 114011 JITTER BUFFER UNDERFLOWS 114012 JITTER BUFFER OVERFLOWS 114013 SUM OF JITTER BUFFER FILL LEVEL MAX VALUES 114014 SUM OF JITTER BUFFER FILL LEVEL MIN VALUES 114015 JITTER BUFFER FILL LEVEL SAMPLES Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) New counters in 116 Pseudo Wire TCSM Measurement Number Name 116011 JITTER BUFFER UNDERFLOWS 116012 JITTER BUFFER OVERFLOWS 116013 SUM OF JITTER BUFFER FILLLEVEL MAX VALUES 116014 SUM OF JITTER BUFFER FILL LEVEL MIN VALUES 116015 JITTER BUFFER FILL LEVEL SAMPLES Counters in new measurement: 120 TDM/PW Abis Delay Measurement 5.3.2.10 Number Name 120000 ETIP UNIT INDEX IN BSC 120001 PW ID 120002 SUM OF ABIS ROUND TRIP TIMES 120003 ABIS ROUND TRIP TIME SAMPLES 120004 ABIS ROUND TRIP TIME MAX 120005 ABIS ROUND TRIP TIME MIN 120006 SUM OF JITTER BUFFER FILL LEVEL MAX BSC 120007 SUM OF JITTER BUFFER FILL LEVEL MIN BSC 120008 JITTER BUFFER FILL LEVEL SAMPLES BSC 120009 SUM OF JITTER BUFFER FILL LEVELS BTS New counters introduced by BSS21343: DLDC Territory Procedures New counters in 1 Traffic Measurement DN0963445 Number Name 001257 GPRS TERRITORY UPGRADE REQUEST DUE DLDC 001258 GPRS TERRITORY UPGRADE DUE DLDC REJECT Id:0900d80580804ac8 Confidential 391 Changes in RG20(BSS) 5.3.2.11 New counters introduced by BSS21222: Energy optimised TCH Allocation New counters in 1 Traffic Measurement 5.3.2.12 Number Name 001259 TCH REQUEST WITHIN DL RX LEVEL WINDOW 001260 TCH SEIZURE IN BCCH DUE TO DL RX LEVEL 001261 TCH REQUEST OUT OF DL RX LEVEL WINDOW 001262 TCH SEIZURE IN NON-BCCH DUE TO DL RX LEVEL New counters introduced by BSS21392: TRX Specific Link Adaptation for DLDC New counters in 72 Packet Control Unit Measurement 5.3.2.13 Number Name 072263 MCS DIFFERENCE BETWEEN TWO TRXS NUMERATOR 072264 MCS DIFFERENCE BETWEEN TWO TRXS DENOMINATOR New counters introduced by BSS101583 Precise RX Level Measurement Counters in new measurement: 135 Precise RX Level Measurement 392 Number Name 135000 UPLINK RX LEVEL 0 135001 UPLINK RX LEVEL 1 135002 UPLINK RX LEVEL 2 135003 UPLINK RX LEVEL 3 135004 UPLINK RX LEVEL 4 135005 UPLINK RX LEVEL 5 : : : : : : 135025 UPLINK RX LEVEL 25 135026 UPLINK RX LEVEL 26 Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) 5.3.2.14 Number Name 135027 UPLINK RX LEVEL 27 : : : : : : 135061 UPLINK RX LEVEL 61 135062 UPLINK RX LEVEL 62 135063 UPLINK RX LEVEL 63 135064 DOWNLINK RX LEVEL 0 135065 DOWNLINK RX LEVEL 1 135066 DOWNLINK RX LEVEL 2 : : : : : : 135125 DOWNLINK RX LEVEL 61 135126 DOWNLINK RX LEVEL 62 135127 DOWNLINK RX LEVEL 63 New counters introduced by BSS101584 Precise Timing Advance Measurement Counters in new measurement: 136 Precise Timing Advance Measurement DN0963445 Number Name 136000 TIMING ADVANCE VALUE 0 136001 TIMING ADVANCE VALUE 1 136002 TIMING ADVANCE VALUE 2 136003 TIMING ADVANCE VALUE 3 136004 TIMING ADVANCE VALUE 4 136005 TIMING ADVANCE VALUE 5 : : : : : : 136025 TIMING ADVANCE VALUE 25 136026 TIMING ADVANCE VALUE 26 136027 TIMING ADVANCE VALUE 27 : : : : : : Id:0900d80580804ac8 Confidential 393 Changes in RG20(BSS) 5.3.2.15 Number Name 136065 TIMING ADVANCE VALUE 63 136066 TIMING ADVANCE VALUE 64 136067 TIMING ADVANCE VALUE 65 New counters introduced by BSS101585 Precise Power Level Measurement Counters in new measurement: 137 Precise Power Level Measurement 5.3.2.16 Number Name 137000 MS POWER LEVEL 0 137001 MS POWER LEVEL 1 137002 MS POWER LEVEL 2 137003 MS POWER LEVEL 3 137004 MS POWER LEVEL 4 137005 MS POWER LEVEL 5 : : : : : : 137020 MS POWER LEVEL 29 136021 MS POWER LEVEL 30 136022 MS POWER LEVEL 31 136023 BTS POWER LEVEL 0 136024 BTS POWER LEVEL 1 136025 BTS POWER LEVEL 2 : : : : : : 136036 BTS POWER LEVEL 13 136037 BTS POWER LEVEL 14 136038 BTS POWER LEVEL 15 New counters introduced by BSS101586 Adjacent Cell RX Level Measurement Counters in new measurement: 138 Adjacent Cell RX Level Measurement 394 Number Name 138000 ADJACENT CELL RX LEVEL RANK 1 Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) DN0963445 Number Name 138001 ADJACENT CELL RX LEVEL RANK 2 138002 ADJACENT CELL RX LEVEL RANK 3 138003 ADJACENT RX LEVEL 0 138004 ADJACENT RX LEVEL 1 138005 ADJACENT RX LEVEL 2 : : : : : : 138064 ADJACENT RX LEVEL 61 138065 ADJACENT RX LEVEL 62 138066 ADJACENT RX LEVEL 63 138067 SERVING-ADJACENT RX LEVEL DIFFERENCE 0 138068 SERVING-ADJACENT RX LEVEL DIFFERENCE 1 138069 SERVING-ADJACENT RX LEVEL DIFFERENCE 2 : : : : : : 138115 SERVING-ADJACENT RX LEVEL DIFFERENCE 48 138116 SERVING-ADJACENT RX LEVEL DIFFERENCE 49 138117 SERVING-ADJACENT RX LEVEL DIFFERENCE 50 138118 SERVING-ADJACENT RX LEVEL MATRIX 0 138119 SERVING-ADJACENT RX LEVEL MATRIX 1 138120 SERVING-ADJACENT RX LEVEL MATRIX 2 : : : : : : 138158 SERVING-ADJACENT RX LEVEL MATRIX 40 138159 SERVING-ADJACENT RX LEVEL MATRIX 41 138160 SERVING-ADJACENT RX LEVEL MATRIX 42 : : Id:0900d80580804ac8 Confidential 395 Changes in RG20(BSS) 5.3.2.17 Number Name : : : : 138236 SERVING-ADJACENT RX LEVEL MATRIX 118 138237 SERVING-ADJACENT RX LEVEL MATRIX 119 138238 SERVING-ADJACENT RX LEVEL MATRIX 120 Other new counters New counters in 1 Traffic Measurement Number Name 001271 SPARE 001280 SPARE 001281 SPARE 001282 SPARE 001283 SPARE 001284 SPARE 001285 SPARE 001286 SPARE 001287 SPARE New counters in 4 Handover Measurement 396 Number Name 004253 SPARE 004254 SPARE 004255 SPARE 004256 SPARE 004257 SPARE 004258 SPARE Id:0900d80580804ac8 Confidential DN0963445 Changes in RG20(BSS) 5.3.3 Changed counters For an overview of counter changes in S15, see Overview of counter changes. 5.3.3.1 Changes in counters introduced by BSS21454: Packet Abis over IP/Ethernet Changes in 17 TCH Observation 017025/ ABIS ET PCM Field Previous release Current release Updated Identification of the Abis interface ET PCM. Identification of the Abis interface ET PCM. Counter is not updated in case of Packet Abis over Ethernet. Related to feature BSS6060: Call Trace Enhancements. BSS21454: Packet Abis over IP/Ethernet BSS6060: Call Trace Enhancements 017026/ ABIS ET TSL Field Previous release Current release Updated Identification of the Abis interface ET TSL. Identification of the Abis interface ET TSL. Counter is not updated in case of Packet Abis over Ethernet. Related to feature BSS6060: Call Trace Enhancements. BSS21454: Packet Abis over IP/Ethernet BSS6060: Call Trace Enhancements 017027/ ABIS ET SUB TSL Field Previous release Current release Updated Identification of the Abis interface ET sub-TSL. Identification of the Abis interface ET sub-TSL. Counter is not updated in case of Packet Abis over Ethernet. Related to feature BSS6060: Call Trace Enhancements BSS21454: Packet Abis over IP/Ethernet BSS6060: Call Trace Enhancements Changes in 110 PCU Utilisation Measurement 110000 / PEAK RESERVED PCUPCM CHANNELS Field Previous releas\e Current release Description Peak number of reserved PCUPCM (16 kbit/s) channels. All reserved channels within a measurement period are taken into account: GPRS channels, EGPRS master and slave channels. Peak number of reserved PCUPCM (16 kbit/s) channels. All reserved channels within a measurement period are taken into account: GPRS channels, EGPRS master and slave channels. With Packet Abis the peak number of maximum possible PCU resource allocation units (16 kbit/s channel equivalents) according to the maximum MCS for the territory. DN0963445 Id:0900d80580804b61 Confidential 397 Changes in RG20(BSS) 110000 / PEAK RESERVED PCUPCM CHANNELS Field Previous releas\e Current release Related to feature BSS20432: Packet Data Optimisation Package BSS20432: Packet Data Optimisation Package BSS21454: Packet Abis over IP/Ethernet 5.3.3.2 Changes in counters introduced by BSS21341: A over IP, Transcoder in BSS and BSS30380: A over IP, Transcoder in MGW Changes in 50 BSC Level Clear Code Measurement 0500630/ Field Previous release Current release Network element name SPARE NO SUPPORT A IF TYPE Description Reserved for future use. Number of Assignment Failure or Handover Failure messages which report that requested A-interface type is not supported. Updated This is updated when BSC sends Handover Failure or Assignment Failure message to MSC with BSSMAP cause set as "Requested A-Interface Type Not Supported" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500631/ Field Previous release Current release Network element name SPARE NO SUPP REDUNDANCY LEVEL Description Reserved for future use. Description Reserved for future use. Number of Assignment Failure or Handover Failure messages which report that requested redundancy level is not supported. Updated This is updated when BSC sends Handover Failure or Assignment Failure message to MSC with BSSMAP cause set as "Requested Redundancy Level Not Supported". Logical type Sum Trigger type Trigger type Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 398 Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 0500632/ Field Previous release Current release Network element name SPARE NO SUPP CODEC TYPE CONF Description Reserved for future use. Number of Assignment Failure or Handover Failure messages which report that requested codec type or codec configuration is not supported. Updated This is updated when BSC sends Handover Failure or Assignment Failure message to MSC with BSSMAP cause set as "Requested Codec Type or Codec Configuration Not Supported" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500633/ Field Previous release Current release Network element name SPARE UNAVAIL A IF TYPE Description Reserved for future use. Number of Assignment Failure or Handover Failure messages which report that requested A-interface type is unavailable. Updated This is updated when BSC sends Handover Failure or Assignment Failure message to MSC with BSSMAP cause set as "Requested A-Interface Type Unavailable" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500634/ Field Previous release Current release Network element name SPARE T25 TIMER EXPIRY Description Reserved for future use. Number of Internal Handover failures due to T25 timer expiry. DN0963445 Id:0900d80580804b61 Confidential 399 Changes in RG20(BSS) 0500634/ Field Previous release Current release Updated This is updated when T25 timer expires on BSC waiting for Internal Handover Command from MSC. This is incremented only when no more Handover re-tries are allowed from the BSC or the number of re-tries have exceeded the prescribed limit. Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500717 / Field Previous release Current release Network element name SPARE CALL ID ALR ALLOCATED Description Reserved for future use. Number of Assignment Failure or Handover Failure messages which report that call identifier is already allocated. Updated This is updated when BSC sends Handover Failure or Assignment Failure message to MSC with BSSMAP cause set as "Call Identifier Already Allocated" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500718 / Field Previous release Current release Network element name SPARE UNAVAIL TERR RESOURCE Description Reserved for future use. Number of BSSMAP Handover Failure messages which report that requested terrestrial resource is unavailable Updated This is updated when BSC sends Handover Failure message to MSC with BSSMAP cause set as "Requested Terrestrial Resource Unavailable" Logical type Sum Trigger type Event Unit Integer number 400 Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 0500718 / Field Previous release Related to feature Current release BSS21341: A over IP, Transcoder in BSS 0500941 / Field Previous release Current release Network element name SPARE M NO SUPP CODEC TYP CONF Description Reserved for future use. Number of Internal Handover Required Reject messages from MSC which report that requested codec type or codec configuration is not supported. Updated This is updated when BSC receives Internal Handover Required Reject from MSC with BSSMAP cause set as "Requested Codec Type or Codec Configuration Not Supported" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500942 / Field Previous release Current release Network element name SPARE M NO SUPPORT A IF TYPE Description Reserved for future use. Number of Internal Handover Required Reject messages from MSC which report that requested Ainterface type is not supported. Updated This is updated when BSC receives Internal Handover Required Reject from MSC with BSSMAP cause set as "Requested A-Interface Type Not Supported" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500943 / Field Previous release Current release Network element name SPARE M UNAVAIL A IF TYPEx DN0963445 Id:0900d80580804b61 Confidential 401 Changes in RG20(BSS) 0500943 / Field Previous release Current release Description Reserved for future use. Number of Internal Handover Required Reject messages from MSC which report that requested Ainterface type is not supported. Updated This is updated when BSC receives Internal Handover Required Reject from MSC with BSSMAP cause set as "Requested A-Interface Type Unavailable" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 0500944 / Field Previous release Current release Network element name SPARE M UNAVAIL CODEC TYP CONF Description Reserved for future use. Number of Internal Handover Required Reject messages from MSC which reported that requested codec type or codec configuration is unavailable. Updated This is updated when BSC receives Internal Handover Required Reject from MSC with BSSMAP cause set as "Requested Codec Type or Codec Configuration Unavailable" Logical type Sum Trigger type Event Unit Integer number Related to feature BSS21341: A over IP, Transcoder in BSS 402 Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 5.3.3.3 Changes in counters introduced by BSS21309: OSC Half Rate with SAIC MS Changes in 21 Radio Measurement Report 0210800/ AMR UL 1 Field Previous release Current release Description AMR codec used in uplink. AMR codec used in uplink. The possible values are: The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 255 (0xFF) = not used 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 255 (0xFF) = not used Related to feature DN0963445 BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS Id:0900d80580804b61 Confidential 403 Changes in RG20(BSS) 0210801/ AMR DL 1 Field Previous release Current release Description AMR codec used in uplink. The possible values are: AMR codec used in downlink. The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 255 (0xFF) = not used 20 = WB-AMR FR speech, 6.6 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 255 (0xFF) = not used Related to feature 404 BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 0210955 / AMR UL 32 Field Previous release Current release Description AMR codec used in uplink. The possible values are: AMR codec used in uplink. The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 255 (0xFF) = not used 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 255 (0xFF) = not used Related to feature DN0963445 BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS Id:0900d80580804b61 Confidential 405 Changes in RG20(BSS) 0210956 / AMR DL 32 Field Previous release Current release Description AMR codec used in uplink. The possible values are: AMR codec used in downlink. The possible values are: 4 = AMR half rate speech, 7.95 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 4 = AMR half rate speech, 7.95 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 5 = AMR half rate speech, 7.5 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 6 = AMR half rate speech, 6.7 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 7 = AMR half rate speech, 5.9 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 8 = AMR half rate speech, 5.15 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 9 = AMR half rate speech, 4.75 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 10 = AMR full rate speech, 12.2 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 11 = AMR full rate speech, 10.2 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 12 = AMR full rate speech, 7.95 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 13 = AMR full rate speech, 7.4 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 14 = AMR full rate speech, 6.7 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 15 = AMR full rate speech, 5.9 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 16 = AMR full rate speech, 5.15 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 17 = AMR full rate speech, 4.75 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 18 = WB-AMR FR speech, 12.65 kbit/s 20 = WB-AMR FR speech, 6.6 kbit/s 19 = WB-AMR FR speech, 8.85 kbit/s 255 (0xFF) = not used 20 = WB-AMR FR speech, 6.6 kbit/s 21 = OSC DHR speech, 7.4 kbit/s 22 = OSC DHR speech, 6.7 kbit/s 23 = OSC DHR speech, 5.9 kbit/s 24 = OSC DHR speech, 5.15 kbit/s 25 = OSC DHR speech, 4.75 kbit/s 255 (0xFF) = not used Related to feature 406 BSS20960: Wideband AMR BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) Changes in 29 Drop Call Breakdown Observation 029014 / DL LAST USED BITRATE Field Previous release Current release Description 0x05 = AMR HR speech, 7.4 kbit/s 0x05 = AMR HR speech, 7.4 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x12 = FR AMR-WB speech, 12.65 kbit/s 0x12 = WB-AMR FR speech, 12.65 kbit/s 0x13 = FR AMR-WB speech, 8.85 kbit/s 0x13 = WB-AMR FR speech, 8.85 kbit/s 0x14 = FR AMR-WB speech, 6.6 kbit/s 0x14 = WB-AMR FR speech, 6.6 kbit/s 0x255 = non-AMR 0x15 = OSC DHR speech, 7.4 kbit/s 0x16 = OSC DHR speech, 6.7 kbit/s 0x17 = OSC DHR speech, 5.9 kbit/s 0x18 = OSC DHR speech, 5.15 kbit/s 0x19 = OSC DHR speech, 4.75 kbit/s 0x255 = non-AMR Related to feature DN0963445 BSS20028: Drop Call Breakdown Observation BSS20028: Drop Call Breakdown Observation BSS20960: Wideband AMR BSS21309: OSC Half Rate with SAIC MS Id:0900d80580804b61 Confidential 407 Changes in RG20(BSS) 029015 / UL LAST USED BITRATE Field Previous release Current release Description 0x05 = AMR HR speech, 7.4 kbit/s 0x05 = AMR HR speech, 7.4 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x06 = AMR HR speech, 6.7 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x07 = AMR HR speech, 5.9 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x08 = AMR HR speech, 5.15 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x09 = AMR HR speech, 4.75 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0A = AMR FR speech, 12.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0B = AMR FR speech, 10.2 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0C = AMR FR speech, 7.95 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0D = AMR FR speech, 7.4 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0E = AMR FR speech, 6.7 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x0F = AMR FR speech, 5.9 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x10 = AMR FR speech, 5.15 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x11 = AMR FR speech, 4.75 kbit/s 0x12 = FR AMR-WB speech, 12.65 kbit/s 0x12 = WB-AMR FR speech, 12.65 kbit/s 0x13 = FR AMR-WB speech, 8.85 kbit/ 0x13 = WB-AMR FR speech, 8.85 kbit/s s0x14 = FR AMR-WB speech, 6.6 kbit/s 0x14 = WB-AMR FR speech, 6.6 kbit/s 0x255 = non-AMR 0x15 = OSC DHR speech, 7.4 kbit/s 0x16 = OSC DHR speech, 6.7 kbit/s 0x17 = OSC DHR speech, 5.9 kbit/s 0x18 = OSC DHR speech, 5.15 kbit/s 0x19 = OSC DHR speech, 4.75 kbit/s 0x255 = non-AMR Related to feature 408 BSS20028: Drop Call Breakdown Observation BSS20028: Drop Call Breakdown Observation BSS20960: Wideband AMR BSS21309 : OSC Half Rate with SAIC MS Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) Changes in 77 FER Measurement 077002 / USED CODEC TYPE Field Previous releas\e Current release Updated Identification of the used codec type. Identification of the used codec type. Normal channel types: Normal channel types: 1 = half rate speech traffic channel 1 = half rate speech traffic channel 2 = full rate speech traffic channel 2 = full rate speech traffic channel 3 = enhanced full rate speech traffic channel 3 = enhanced full rate speech traffic channel Adaptive Multi Rate (AMR) Codecs: Adaptive Multi Rate (AMR) Codecs: 4 = adaptive multirate half rate speech, 7.95kbit/s 4 = adaptive multirate half rate speech, 7.95kbit/s 5 = adaptive multirate half rate speech, 7.5kbit/s 5 = adaptive multirate half rate speech, 7.5kbit/s 6 = adaptive multirate half rate speech, 6.7kbit/s 6 = adaptive multirate half rate speech, 6.7kbit/s 7 = adaptive multirate half rate speech, 5.9kbit/s 7 = adaptive multirate half rate speech, 5.9kbit/s 8 = adaptive multirate half rate speech, 5.15kbit/s 8 = adaptive multirate half rate speech, 5.15kbit/s 9 = adaptive multirate half rate speech, 4.75kbit/s 9 = adaptive multirate half rate speech, 4.75kbit/s 10 = adaptive multirate full rate speech, 12.2kbit/s 10 = adaptive multirate full rate speech, 12.2kbit/s 11 = adaptive multirate full rate speech, 10.2kbit/s 11 = adaptive multirate full rate speech, 10.2kbit/s 12 = adaptive multirate full rate speech, 7.95kbit/s 12 = adaptive multirate full rate speech, 7.95kbit/s 13 = adaptive multirate full rate speech, 7.4kbit/s 13 = adaptive multirate full rate speech, 7.4kbit/s 14 = adaptive multirate full rate speech, 6.7kbit/s 14 = adaptive multirate full rate speech, 6.7kbit/s 15 = adaptive multirate full rate speech, 5.9kbit/s 15 = adaptive multirate full rate speech, 5.9kbit/s 16 = adaptive multirate full rate speech, 5.15kbit/s 16 = adaptive multirate full rate speech, 5.15kbit/s 17 = adaptive multirate full rate speech, 4.75kbit/s 17 = adaptive multirate full rate speech, 4.75kbit/s 18 = wideband adaptive multirate full rate speech, 12.65kbit/s 18 = wideband adaptive multirate full rate speech, 12.65kbit/s 19 = wideband adaptive multirate full rate speech, 8.85kbit/s 19 = wideband adaptive multirate full rate speech, 8.85kbit/s 20 = wideband adaptive multirate full rate speech, 6.6kbit/s 20 = wideband adaptive multirate full rate speech, 6.6kbit/s 21 = OSC half rate speech, 7.4kbit/s 22 = OSC half rate speech, 6.7kbit/s 23 = OSC half rate speech, 5.9kbit/s 24 = OSC half rate speech, 5.15kbit/s 25 = OSC half rate speech, 4.75kbit/s Related to feature BSS20960: Wideband AMR BSS20960: Wideband AMR BSS10022: FER Measurement BSS21309: OSC Half Rate with SAIC MS BSS10022: FER Measurement DN0963445 Id:0900d80580804b61 Confidential 409 Changes in RG20(BSS) 5.3.3.4 Changes in counters introduced by BSS20958: Energy Saving Mode for BCCH TRX Changes in 113 Power Saving Measurement 113006 / BCCH TRX IDLE TIME ON SDCCH Field Previous release Current release Updated Every time an idle period of an SDCCH ends and at the measurement period end. Every time an idle period of an SDCCH ends and at the measurement period end. The counter is updated also when a BTS object doesn't support the Energy Saving Mode for BCCH TRX feature or when the feature is not activated in the segment. The counter is updated also when a BTS object doesn't support the Energy Saving Mode for BCCH TRX feature or when the feature is not activated in the segment. 5.3.3.5 Changes in counters introduced by BSS21343: DLDC Territory Procedures Changes in 1 Traffic Measurement 001174/ GPRS TER UPGRD REQ Field Previous release Current release Updated When the Radio Resource Management receives from the Packet Controller Unit a request for new radio time slots to be added into the GPRS territory. The PCU can request an upgrade after BSC has fulfilled the default territory defined by the operator parameters. When the Radio Resource Management receives from the Packet Controller Unit a request for new radio time slots to be added into the GPRS territory. The PCU can request an upgrade after BSC has fulfilled the default territory defined by the operator parameters. The upgrade of the GPRS territory may be started for various reasons, for example when GPRS is set enabled in a BTS, GPRS-TRX is created or deblocked, TSL inside the GPRS territory is deblocked or CS load decreases, but this counter is not triggered in these cases. This counter is triggered only when GPRS Territory Upgrade is started by Packet Switched Radio Resource Management requesting additional GPRS capacity. Related to feature 410 BSS9006: GPRS Telecom in BCSU and MCMU) The upgrade of the GPRS territory may be started for various reasons, for example when GPRS is set enabled in a BTS, GPRS-TRX is created or deblocked, TSL inside the GPRS territory is deblocked or CS load decreases, but this counter is not triggered in these cases. This counter is triggered only when GPRS Territory Upgrade is started by Packet Switched Radio Resource Management requesting additional GPRS capacity. In case of DLDC territory upgrade request, this counter is updated together with counter 001257 - GPRS TERRITORY UPGRADE REQUEST DUE DLDC BSS9006: GPRS Telecom in BCSU and MCMU BSS21343: DLDC Territory Procedures Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 001175/ INCOMPL SERV GPRS TER UPGR REQ Field Previous release Current release Updated When Radio Resource Management upgrades the GPRS territory with less RTSLs than the Packet Controller Unit requested for. When Radio Resource Management upgrades the GPRS territory with less RTSLs than the Packet Controller Unit requested for. This counter is updated also when DLDC territory upgrade request is fulfilled with less TSLs than requested Related to feature BSS9006: GPRS Telecom in BCSU and MCMU BSS9006: GPRS Telecom in BCSU and MCMU BSS21343: DLDC Territory Procedures 5.3.3.6 Other changed counters Changes in 1 Traffic Measurement 001219 / Field Previous release Current release NetAct name SPARE IURG RELOCATION RESOURCE REQUEST Field Previous release Current release NetAct name SPARE IURG RELOCATION RESOURCE ALLOCATION SUCCESSFUL Field Previous release Current release NetAct name SPARE TCH TR FAILURE FOR IURG HO WITHOUT A INTERFACE Field Previous release Current release NetAct name SPARE IURG RELOCATION RESOURCE RELEASE 001220 / 001221 / 001222 / DN0963445 Id:0900d80580804b61 Confidential 411 Changes in RG20(BSS) Changes in 4 Handover Measurement 004033/ CAUSE HO STARTED BY OMC Field Previous release Current release Updated When a HO is started by OMC. Successful internal intra-cell TCH to TCH handover When a HO is started by OMC or if the BSS21389 Security Improvement by Immediate SDCCH Handover is employed and Immediate SDCCH Handover is started. Successful internal inter-cell TCH to TCH handover See figures: Successful external TCH to TCH handover, source BSC Successful internal intra-cell TCH to TCH handover See figures:- Successful internal intra-cell SDCCH to SDCCH handover Successful internal inter-cell SDCCH to SDCCH handover Successful external SDCCH to SDCCH handover, source BSC Successful internal inter-cell TCH to TCH handover Successful external TCH to TCH handover, source BSC Successful internal intra-cell SDCCH to SDCCH handover Successful internal inter-cell SDCCH to SDCCH handover Successful external SDCCH to SDCCH handover, source BSC 004171 / Field Previous release Current release NetAct name SPARE AMR UNPACKING HO ATTEMPT DUE TO RX LEVEL Field Previous release Current release NetAct name SPARE MSC I IURG TCH HO ATTEMPT Field Previous release Current release NetAct name SPARE MSC I IURG TCH HO SUCCESS Field Previous release Current release NetAct name SPARE MSC I UNSUCCESSFUL IURG HO DUE HO REQUEST DELAY 004172 / 004173 / 004189 / 412 Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 004209 / Field Previous release Current release NetAct name SPARE IURG HO REQUEST AFTER MS ON TARGET CHANNEL Changes in 50 BSC Level Clear Code Measurement 0500717 / Field Previous release Current release NetAct name SPARE CALL ID ALR ALLOCATED Field Previous release Current release NetAct name SPARE UNAVAIL TERR RESOURCE Field Previous release Current release NetAct name SPARE M NO SUPP CODEC TYP CONF Field Previous release Current release NetAct name SPARE M NO SUPPORT A IF TYPE Field Previous release Current release NetAct name SPARE M UNAVAIL A IF TYPE Field Previous release Current release NetAct name SPARE M UNAVAIL CODEC TYP CONF 0500718 / 0500941 / 0500942 / 0500943 / 0500944 / DN0963445 Id:0900d80580804b61 Confidential 413 Changes in RG20(BSS) Changes in 62 DMR Measurement 062005 / RF INPUT LEVEL MIN Field Previous release Current release Description The minimum value of the RF input level during the measurement period. The minimum value of the RF input level during the measurement period.The result is given in dBm. Where -100dBm means 0. (-12dBm means 88, for example). Updated When input level received is smaller than the previous value during measurement period. 062006 / RF INPUT LEVEL MAX Field Previous release Current release Description The maximum value of the RF input level during the measurement period. The result is givenin dBm. The maximum value of the RF input level during the measurement period. The result is given in dBm. Where -100dBm means 0. (-12dBm means 88, for example). Updated When input level received is greater than the previous value during measurement period. Changes in 68 TRE Measurement 068006 / RF INPUT LEVEL MIN Field Previous release Current release Description The minimum input level received during observation period. The minimum input level received during observation period. Where -100dBm means 0.(-12dBm means 88, for example). Unit Decibels dBm 068007 / RF INPUT LEVEL MAX Field Previous release Current release Description The maximum input level received during observation period. The maximum input level received during observation period. Where -100dBm means 0. (-12dBm means 88, for example). Unit Decibels dBm Changes in 69 Selective TRE Measurement 069006 / RF INPUT LEVEL MIN Field Previous release Current release Description The minimum input level received during observation period. The minimum input level received during observation period. Where - 100dBm means 0. (-12dBm means 88, for example). 414 Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 069007 / RF INPUT LEVEL MAX Field Previous release Current release Description The maximum input level received during observation period. The maximum input level received during observation period. Where - 100dBm means 0. (-12dBm means 88, for example) Changes in 70 Channel Finder Measurement 070001 / DB VALUE LOW Field Previous release Current release NetAct name DB_VALUE_HIGH DB_VALUE_LOW 070002 / DB VALUE HIGH Field Previous release Current release NetAct name DB_VALUE_LOW DB_VALUE_HIGH Changes in 72 Packet Control Unit Measurement 072236 / Field Previous release Current release NetAct name SPARE PACKET PAGING REQUEST FOR CS PAGING NMO II Changes in 118 Pseudo Wire Tunnel BTS Measurement 118000/ PSEUDO WIRE TUNNEL BTS STATUS 1 Field Previous release NetAct name PW_TUNNEL_BTS_STATUS_1 Current release 118001/ PSEUDO WIRE TUNNEL BTS STATUS 2 Field Previous release NetAct name PW_TUNNEL_BTS_STATUS_2 Current release 118002/ PSEUDO WIRE TUNNEL BTS STATUS 3 Field Previous release NetAct name PW_TUNNEL_BTS_STATUS_3 DN0963445 Current release Id:0900d80580804b61 Confidential 415 Changes in RG20(BSS) Changes in 119 TRE Ethernet Measurement 119000/ TRE ETHERNET STATUS Field Previous release NetAct name TRE_ETHERNET_STATUS 416 Current release Id:0900d80580804b61 Confidential DN0963445 Changes in RG20(BSS) 5.3.4 Removed counters For an overview of counter changes in S15, see Overview of counter changes. Removed counters No counters removed from S15. DN0963445 Id:0900d80580804ad2 Confidential 417 Changes in RG20(BSS) 5.3.5 Other changes between releases In addition to the changes listed in the sections of new, changed, and removed counters,some S14 software-related changes and/or corrections have been made to existing ounter descriptions since the release of Nokia Siemens Networks GSM/EDGE BSS, rel. RG10(BSS), operating documentation, issue 01. The changes have been communicated as S14 Documentation Change Notes via NOLS Documentation Center, and the updated S14 Product Documentation NEDs have incorporated the changes, or will do so in the future. These changes have been inherited to S15 where applicable, and are listed below. Changes in 1 Traffic Measurement Spare counters 001219, 001220, 001221 and 001222 are taken into use. Spare counters 001223 and 001224 are taken into use. For a detailed description of the counters, see 1 Traffic Measurement Changes in 4 Handover Measurement Spare counters 004172, 004173, 004189 and 004209 are taken into use. For a detailed description of the counters, see 4 Handover Measurement 418 Id:0900d80580804acc Confidential DN0963445 Changes in RG20(BSS) MML changes 6 MML changes 6.1 6.1.1 MML changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 06 About MML changes The changes that have been made to MML programs between S15 BSC sofware and S15 EP1.2 and S15 EP2.1 software releases are described here. MMLs with only a few internal changes or guide text changes are not listed in the MML changes documentation. It is possible that command sequences must be modified due to the changes summarised here. The MML changes documentation may contain information which is irrelevant to the customer. The relevance of the information depends on the delivered software build. For example, some MML programs are optional and are not automatically included in the software build. For more detailed descriptions see the corresponding commands and instructions. DN0963445 Id:0900d80580918efd Confidential 419 Changes in RG20(BSS) 6.1.2 6.1.2.1 New MMLs New MMLs for S15 EP1.2 release There are no new MMLs for S15 EP1.2 release. 6.1.2.2 New MMLs for S15 EP2.1 release There are no new MMLs for S15 EP2.1 release. 420 Id:0900d805808e4161 Confidential DN0963445 Changes in RG20(BSS) 6.1.3 6.1.3.1 MML Changes Modified MML Programs between S15 and S15 EP1.2 releases (EA) - Adjacent Cell Handling Modified command(s) and menu text(s) Modified Command(s): C CREATE ADJACENT CELL PARAMETERS M MODIFY ADJACENT CELL PARAMETERS C CREATE ADJACENT CELL PARAMETERS Description of changes: The guidance for the parameter Hand Over Target Area (HOTA) is changed to indicate the support of Flexi Multiradio BTS along with the old site types. Old semantics: In the old guidance of Hand Over Target Area (HOTA) parameter, site type support is not covered with Flexi Multiradio. New semantics: In the new guidance of Hand Over Target Area (HOTA) parameter, Flexi Multiradio site type support is mentioned along with the other old Site types support. Modified Command(s): M MODIFY ADJACENT CELL PARAMETERS Description of changes: The guidance for the parameter Hand Over Target Area (HOTA) is changed to indicate the support of Flexi Multiradio BTS along with the old site types. Old semantics: In the old guidance of Hand Over Target Area (HOTA) parameter, site type support is not covered with Flexi Multiradio. New semantics: In the new guidance of Hand Over Target Area (HOTA) parameter, Flexi Multiradio site type support is mentioned along with the other old site types support. (EE) - Base Station Controller Parameter Handling in BSC Modified command(s) and menu text(s) Modified Command(s): Description of changes: E CONTROL ACTIVATION OF RNW PLAN H MODIFY DYNAMIC FREQUENCY AND CHANNEL ALLOCATION PARAMETERS O OUTPUT BASE STATION CONTROLLER PARAMETERS I OUTPUT RADIO NETWORK CONFIGURATION L OUTPUT TRX RADIO TIME SLOTS E CONTROL ACTIVATION OF RNW PLAN New parameter is added to support forced hand over time limit: FH = <fho time limit> Additional information is added. DN0963445 Id:0900d80580918ee5 Confidential 421 Changes in RG20(BSS) Old syntax: EEE: (ID = <configuration identification> OP = <operation type> : ME = <activation method>|CO = <connection type> : OK = <ok cases to feedback>PI = <progress info>|CT = <compress threshold>|RD = <remote directory path>PN = <plan name>|ST = <short timer interval>LT = <long timer interval> |SC = <short timer count> |LC = <long timer count> |IP = <ip address> |PO = <port number> |FA = <ftam application entity name> |UN = <user name> |UI = <user id> |PW = <password> |FM = <format>US = <uploadscope>)... ; New syntax: EEE: (ID = <configuration identification> OP = <operation type> : ME = <activation method>|CO = <connection type> |FH = <fho time limit> : OK = <ok cases to feedback>PI = <progress info>|CT = <compress threshold>|RD = <remote directory path>PN = <plan name>|ST = <short timer interval>LT = <long timer interval> |SC = <short timer count> |LC = <long timer count> |IP = <ip address> |PO = <port number> |FA = <ftam application entity name> |UN = <user name> |UI = <user id> |PW = <password> |FM = <format>US = <uploadscope>)... ; Modified Command(s): H Description of changes: MODIFY DYNAMIC FREQUENCY AND CHANNEL ALLOCATION PARAMETERS The following parameters are included and displayed along with the old execution printout text: (CIDFR) C/I TARGET OSC DFR(SBDFR) SOFT BLOCKING C/I OSC DFR Additional information is added. Old syntax: EEH: (CIF = <C/I target FR> | SBF = <soft blocking C/I FR> | CIUL = <C/I target UL offset> | CIH = <C/I target HR> <option> | SBH = <soft blocking C/I HR> <option> | CIT = <C/I target 14.4> <option> | SBCI = <soft blocking C/I 14.4> <option> | CIAF = <C/I target AMR FR> <option> | SBAF = <soft blocking C/I AMR FR> <option> | CIAH = <C/I target AMR HR> <option> | SBAH = <soft blocking C/I AMR HR> <option> | CISD = <C/I target SDCCH> <option> | SBSD = <soft blocking C/I SDCCH> <option> | CIGP = <C/I target GPRS> <option> | SBGP = <soft blocking C/I GPRS> <option> | CIDHR = <C/I target OSC DHR> <option> | SBDHR = <soft blocking C/I OSC DHR> <option> | SCIO = <SAIC DL C/I offset> <option> | BCP = <BIM confidence probability> | BIT = <BIM interference threshold> | BUP = <BIM update period> | BUSF = <BIM update scaling factor> | BUGT = <BIM update guard time> | DCAM = <DFCA channel allocation method> | EBID = <expected BSC-BSC interface delay> ) ... ; <option> New syntax: EEH: (CIF = <C/I target FR> | SBF = <soft blocking C/I FR> | CIUL = <C/I target UL offset> | CIH = <C/I target HR> <option> | SBH = <soft blocking C/I HR> <option> | CIT = <C/I target 14.4> <option> | SBCI = <soft blocking C/I 14.4> <option> | CIAF = <C/I target AMR FR> <option> | SBAF = <soft blocking C/I AMR FR> <option> | CIAH = <C/I target AMR HR> <option> | SBAH = <soft blocking C/I AMR HR> <option> | CISD = <C/I target SDCCH> <option> | SBSD = <soft blocking C/I SDCCH> <option> | CIGP = <C/I target GPRS> <option> | SBGP = <soft blocking C/I GPRS> <option> | CIDHR = <C/I target OSC DHR> <option> | SBDHR = <soft blocking C/I OSC DHR> <option> | CIDFR = <C/I target OSC DFR> <option> | SBDFR = <soft blocking C/I OSC DFR> <option> | SCIO = <SAIC DL C/I offset> <option> | BCP = <BIM confidence probability> | BIT = <BIM interference threshold> | BUP = <BIM update period> | BUSF = <BIM update scaling factor> | BUGT = <BIM update guard time> | DCAM = <DFCA channel allocation method> | EBID = <expected BSC-BSC interface delay> ) ... ; <option> Modified Command(s): 422 I OUTPUT RADIO NETWORK CONFIGURATION Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Description of changes: Modified Command(s): New execution printout parameters DFR and 8K are added to the I command (OUTPUTRNW CONFIGURATION) and DFR hold the previous position of GP. GP is moved next to 8k. L Description of changes: Modified Command(s): OUTPUT TRX RADIO TIME SLOTS Busy Double Full Rate and 8K TRAU based BUSY DFR is added to the execution printout of the ZEEL command. O OUTPUT BASE STATION CONTROLLER PARAMETERS Description of changes: New parameters are also added to the execution printout. Parameters: C/I TARGET OSC DFR(CIDFR)SOFT BLOCKING C/I OSC DFR(SBDFR) (EF) - Base Control Function Handling Modified command(s) and menu text(s) Modified Command(s): Description of changes: C CREATE BASE CONTROL FUNCTION M MODIFY BASE CONTROL FUNCTION PARAMETERS O OUTPUT BASE CONTROL FUNCTION PARAMETERS C CREATE BASE CONTROL FUNCTION New parameter Packet Abis BCF Group Id (PABGID) is added to the execution printout text and the first parameter block. Possible values of parameter <Abis interface connection type> have changed. Old semantics: Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over Ethernet), 2 (Packet Abis over TDM). The default value is 0 (legacy). New semantics: Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)). The default value is 0 (legacy). Old syntax: EFC: <BCF identification>, <site type>, <Abis Interface Connection Type> | 0 def : ... [[ CS = <clock source> | NOT USED def | ADD = <add BCF to chain> ... | SENA = <synch enabled> | F def ] ... | : [ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> | 0 def | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> | 0 def | TRS3 = < Flexi EDGE TRS Abis Grooming usage> | 0 def | TRS4 = < Flexi EDGE TRS Loop Protection usage> | 0 def | TRS5 = < PACKET TRS E1/T1 usage> | 0 def ] ... <option> : ETPGID = <ETP group ID>, BHIDL = <BCF HDLC ID list>, VLANID = <VLAN id> | 4095 def, ... New syntax: EFC: <BCF identification>, <site type>, [<Abis Interface Connection Type> | 0 def| <Packet Abis BCF Group ID> | NU def]: ... [[ CS = <clock source> | NOT USED def | ADD = <add BCF to chain> ... | SENA = <synch enabled> | F def ] ... |: [ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> | 0 def | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> | 0 def | TRS3 = < Flexi EDGE TRS Abis Grooming usage> | 0 def | TRS4 = < Flexi EDGE TRS Loop Protection usage> | 0 def | TRS5 = < PACKET TRS E1/T1 usage> | 0 def ] ... <option> : ETPGID = <ETP group ID>, HNBR = < HDLC Link ID> ... , ... DN0963445 Id:0900d80580918ee5 Confidential 423 Changes in RG20(BSS) Modified Command(s): M Change Description: MODIFY BASE CONTROL FUNCTION PARAMETERS New parameter Packet Abis BCF Group Id(PABGID) is added to the execution printout text. Possible values of parameter <Abis interface connection type> have changed. Old semantics: Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over Ethernet), 2 (Packet Abis over TDM).. New semantics: Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)).. Old syntax: EFM: <BCF identification> :( [ TYPE = <site type> | AICT = <Abis Interface Connection Type> | DNBR = <D-channel link set number> | DNAME = <D-channel link set name> | ...[ T200F = <FACCH LAPDm T200> | T200S = <SDCCH LAPDm T200> ] : [ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> <option> | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> <option> | TRS3 = < Flexi EDGE TRS Abis Grooming usage> <option> | TRS4 = < Flexi EDGE TRS Loop Protection usage > <option> | TRS5 = < Packet TRS E1/T1 usage> <option>] ) : ETPGID = <ETP group ID>, BHIDL = <BCF HDLC ID list> ... , [[ ULTS = <uplink traffic shaping> | ULCIR = <UL committed information rate> | ULCBS = <UL committed burst size> | HECOP = <header compression for ML-PPP> | HECOU = <header compression for UDP IP> | BU1 = <BU1 abis throughput threshold> | BU2 = <BU2 abis throughput threshold> | PL1 = <packet loss in ethernet on DL Abis PL1 threshold> | PL2 = <packet loss in ethernet on DL Abis PL2 threshold> | PACC = <packet abis congestion control> | DLCIR = <downlink committed information rate> | MEMWT = <maximum ETP multiplexing wait time> | MBMWT = <maximum BTS multiplexing wait time> | MMPS = <maximum multiplexing packet size> | IPSEC = <IPSec enabled> | PDV = <packet delay variation> | VLANID = <VLAN id><option>]]...; New syntax: EFM: <BCF identification> :( [ TYPE = <site type> | AICT = <Abis Interface Connection Type> | DNBR = <D-channel link set number> | DNAME = <D-channel link set name> | ... PABGID = <Packet Abis BCF Group ID><option>]: ... [ T200F = <FACCH LAPDm T200> | T200S = <SDCCH LAPDm T200> ] : [ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> <option> | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> <option> | TRS3 = < Flexi EDGE TRS Abis Grooming usage> <option> | TRS4 = < Flexi EDGE TRS Loop Protection usage > <option> | TRS5 = < Packet TRS E1/T1 usage> <option>] ) : ETPGID = <ETP group ID>, BHIDL = < BCF HDLC ID list> ... , [[ ULTS = <uplink traffic shaping> | ULCIR = <UL committed information rate> | ULCBS = <UL committed burst size> | CUPVID = <BTS C/U-plane VLAN ID> | HECOP = <header compression for ML-PPP> | HECOU = <header compression for UDP IP> | BU1 = <BU1 abis throughput threshold> | BU2 = <BU2 abis throughput threshold> | PL1 = <packet loss in ethernet on DL Abis PL1 threshold> | PL2 = <packet loss in ethernet on DL Abis PL2 threshold> | PACC = <packet abis congestion control> | DLCIR = <downlink committed information rate> | MEMWT = <maximum ETP multiplexing wait time> | MBMWT = <maximum BTM multiplexing wait time> | MMPS = <maximum multiplexing packet size> | IPSEC = <IPSec enabled> | PDV = <packet delay variation> | VLANID = <VLAN id><option>]]...; Modified Command(s): Description of changes: 424 O OUTPUT BASE CONTROL FUNCTION PARAMETERS New parameter Packet Abis BCF Group Id(PABGID) is added to the execution printout text.. Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) (EH) - Handover Control Parameter Handling Modified command(s) and menu text(s) Modified Command C CREATE HANDOVER CONTROL PARAMETERS S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS B MODIFY AMR SIGNAL QUALITY THRESHOLD PARAMETERS O OUTPUT HANDOVER CONTROL PARAMETERS D MODIFY MS DISTANCE PARAMETERS C CREATE HANDOVER CONTROL PARAMETERS Description of changes: The parameters MAX(MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. New parameters are added to the execution printouts. Old semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max) are allowed for Talk-family, Ultra Site, and Nokia 2nd generation site type. The parameters SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiEDGE site type. New semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Parameters: THRESHOLD DL RX QUAL DFR(TDRQDF)THRESHOLD UL RX QUAL DFR(TURQDF)INTRA HO RX QUAL THRESHOLD AMR FR TO DFR(IHRDFR)OSC DFR MULTIPLEXING UL RX LEVEL THRESHOLD(OFMLT)OSC DFR MULTIPLEXING UL RX LEVEL WINDOW(OFMLW)OSC DFR DEMULTIPLEXING UL RX LEVEL MARGIN(OFDMRG)OSC DFR MULTIPLEXING RX QUALITY THRESHOLD(ODFMQT)OSC DFR DEMULTIPLEXING RX QUAL THRESHOLD(ODFDQT) Modified Command Description of changes: DN0963445 S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS New parameters are added. Id:0900d80580918ee5 Confidential 425 Changes in RG20(BSS) Old syntax EHS: (BTS =<BTS identification>|NAME=<BTS name>|SEG= <SEG identification><option>|SEGNAME=<SEG name><option> ):( LDR=<threshold level downlink Rxlevel>|LDP=<threshold level downlink Px>|LDN=<threshold level downlink Nx>|LUR=<threshold level uplink Rx level>|LUP=<threshold level uplink Px>|LUN=<threshold level uplink Nx>|RPD= <threshold level uplink for rapid field drop><option> |CNT = <count of successive rapid field drop thresholds><option>|ERFD=<enable enhanced rapid field drop><option>|ERT=<threshold deep dropping edge><option>|ERP=<threshold deep dropping edge Px><option>|ERN=<threshold deep dropping edge Nx><option>|ERMW=<deep dropping edge monitoring window><option>|ERAW=<modified averaging window><option>|ERZ= <modified number of zero results> <option> |ERD = <enhanced rapid field drop duration> <option>|LAR= <non bcch layer access threshold> <option> |LER = <non bcch layer exit threshold><option> |LEP = <non bcch layer exit threshold px> <option> |LEN = <non bcch layer exit threshold nx> <option> |OMLT = <OSC multiplexing ul Rx level threshold> <option> |OMLW = <OSC multiplexing ul Rx level window> <option> |ODMRG = <OSC demultiplexing ul Rx level margin> <option>);; New syntax EHS: ( BTS =<BTS identification>|NAME=<BTS name>|SEG= <SEG identification><option>|SEGNAME=<SEG name><option> ):( LDR=<threshold level downlink Rxlevel>|LDP=<threshold level downlink Px>|LDN=<threshold level downlink Nx>|LUR=<threshold level uplink Rx level>|LUP=<threshold level uplink Px>|LUN=<threshold level uplink Nx>|RPD= <threshold level uplink for rapid field drop><option> |CNT = <count of successive rapid field drop thresholds><option>|ERFD=<enable enhanced rapid field drop><option>|ERT=<threshold deep dropping edge><option>|ERP=<threshold deep dropping edge Px><option>|ERN=<threshold deep dropping edge Nx><option>|ERMW=<deep dropping edge monitoring window><option>|ERAW=<modified averaging window><option>|ERZ= <modified number of zero results> <option> |ERD = <enhanced rapid field drop duration> <option>|LAR= <non bcch layer access threshold> <option> |LER = <non bcch layer exit threshold><option> |LEP = <non bcch layer exit threshold px> <option> |LEN = <non bcch layer exit threshold nx> <option> |OMLT = <OSC multiplexing ul Rx level threshold> <option> |OMLW = <OSC multiplexing ul Rx level window> <option>|ODMRG = <OSC demultiplexing ul Rx level margin> <option>| OFMLT = <OSC DFR multiplexing ul Rx level threshold> option>| OFMLW = <OSC DFR multiplexing ul Rx level window> <option>| OFDMRG = <OSC DFR demultiplexing ul Rx level margin> <option>); Parameters: 1.OSC DFR Multiplexing Ul Rx Level Threshold(OFMLT) 2.OSC DFR Multiplexing Ul Rx Level Window(OFMLW) 3.OSC DFR Demultiplexing Ul Rx Level Margin(OFDMRG) Modified Command Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS Description of changes: OSC parameters shall have support for new site types Ultra Site and Flexi Multiradio along with FlexiEDGE. New parameters added to the execution printout. Old semantics: Guidance text for OSC parameters indicate support for site type FlexiEDGE. New semantics: Guidance text for OSC parameters shall be updated to indicate support for new site types Ultra Site and Flexi Multiradio along with FlexiEDGE. Old syntax: EHQ: ( BTS = <BTS identification>|NAME=<BTS name>|SEG=<SEG identification><option>|SEGNAME=<SEG name><option>):(QDR=<threshold qual downlink Rx qual>|QDP=<threshold qual downlink Px>|QDN=<threshold qual downlink Nx>|QUR=<threshold qual uplink Rx qual>|QUP=<threshold qual uplink Px>|QUN=<threshold qual uplink Nx> |ODMQT=<OSC DHR multiplexing Rx quality threshold><option> |ODDQT=<OSC DHR demultiplexing Rx quality threshold><option>|TDRQD=<threshold dl Rx qual DHR><option>|TURQD=<threshold ul Rx qual DHR><option>); 426 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) New syntax: EHQ: (BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option>):(QDR = <threshold qual downlink Rx qual> |QDP = <threshold qual downlink Px> |QDN = <threshold qual downlink Nx> |QUR = <threshold qual uplink Rx qual> |QUP = <threshold qual uplink Px> |QUN = <threshold qual uplink Nx> |ODMQT = <OSC DHR multiplexing Rx quality threshold> <option> |ODDQT = <OSC DHR demultiplexing Rx quality threshold><option>|TDRQD = <threshold dl Rx qual DHR> <option> |TURQD = <threshold ul Rx qual DHR> <option> |ODFMQT = <OSC DFR multiplexing Rx quality threshold> <option> |ODFDQT = <OSC DFR demultiplexing Rx quality threshold> <option> | TDRQDF = <threshold dl Rx qual DFR> <option> |TURQDF = <threshold ul Rx qual DFR> <option> ); Parameters: OSC DFR Multiplexing Rx Quality Threshold(ODFMQT)OSC DFR Demultiplexing Rx Quality Threshold(ODFDQT)Threshold DL Rx Qual DFR(TDRQDF)Threshold UL Rx Qual DFR(TURQDF) Modified Command B MODIFY AMR SIGNAL QUALITY THRESHOLD PARAMETERS Description of changes: New parameters are added to the execution printout. Old syntax EHB: (BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option>):(QDRF = <threshold dl Rx qual AMR FR> <option> |QURF = <threshold ul Rx qual AMR FR> <option> |QDRH = <threshold dl Rx qual AMR HR> <option> |QURH = <threshold ul Rx qual AMR HR> <option> |IHRF = <intra HO threshold Rx qual AMR FR> <option> |IHRH = <intra HO threshold Rx qual AMR HR> <option> |GCIF = <super reuse good C/I threshold AMR FR> <option> |BCIF = <super reuse bad C/I threshold AMR FR> <option> |GCIH = <super reuse good C/I threshold AMR HR> <option> |BCIH = <super reuse bad C/I threshold AMR HR> <option> |LLLAMR = <intra HO lower Rx level limit AMR HR> <option> |ULLAMR = <intra HO upper Rx level limit AMR HR> <option> |LQLAMR = <intra HO lower Rx qual limit AMR> <option> |ACHOA = <advanced compression HO for AMR> <option>); New syntax: EHB: (BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option>):(QDRF = <threshold dl Rx qual AMR FR> <option> |QURF = <threshold ul Rx qual AMR FR> <option> |QDRH = <threshold dl Rx qual AMR HR> <option> |QURH = <threshold ul Rx qual AMR HR> <option> |IHRF = <intra HO threshold Rx qual AMR FR> <option> |IHRH = <intra HO threshold Rx qual AMR HR> <option> |GCIF = <super reuse good C/I threshold AMR FR> <option> |BCIF = <super reuse bad C/I threshold AMR FR> <option> |GCIH = <super reuse good C/I threshold AMR HR> <option> |BCIH = <super reuse bad C/I threshold AMR HR> <option> |LLLAMR = <intra HO lower Rx level limit AMR HR> <option> |ULLAMR = <intra HO upper Rx level limit AMR HR> <option> |LQLAMR = <intra HO lower Rx qual limit AMR> <option> |ACHOA = <advanced compression HO for AMR> <option>|IHRDFR =< intra HO threshold Rx qual AMR FR to DFR> <option>); Parameter: Intra HO Threshold Rx Qual AMR FR to DFR(IHRDFR) Modified Command O OUTPUT HANDOVER CONTROL PARAMETERS Description of changes: New parameters are added to the execution printout: Old semantics: The parameters MAX(MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max) are allowed for Talk-family, Ultra Site, and Nokia 2nd generation site type.The parameters SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiEDGE site type. DN0963445 Id:0900d80580918ee5 Confidential 427 Changes in RG20(BSS) New semantics: The parameters MAX(MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Parameters: THRESHOLD DL RX QUAL DFR(TDRQDF)THRESHOLD UL RX QUAL DFR(TURQDF)INTRA HO RX QUAL THRESHOLD AMR FR TO DFR(IHRDFR)OSC DFR MULTIPLEXING UL RX LEVEL THRESHOLD(OFMLT)OSC DFR MULTIPLEXING UL RX LEVEL WINDOW(OFMLW)OSC DFR DEMULTIPLEXING UL RX LEVEL MARGIN(OFDMRG)OSC DFR MULTIPLEXING RX QUALITY THRESHOLD(ODFMQT)OSC DFR DEMULTIPLEXING RX QUAL THRESHOLD(ODFDQT) Modified command(s) and menu text(s) S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS Description of changes: M OSC parameters shall have support for new site types Ultra Site and Flexi Multiradio along with FlexiEDGE. Old semantics: C Guidance text for OSC parameters indicate support for site types FlexiEDGE. New semantics: Modified Command Guidance text for OSC parameters shall be updated to indicate support for new site types Ultra Site and Flexi Multiradio along with FlexiEDGE. D MODIFY MS DISTANCE PARAMETERS Description of changes: The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Old semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max) are allowed for Talk-family, Ultra Site, and Nokia 2nd generation site type. The parameters SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiEDGE site type. New semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. (EQ) - Base Transceiver Station Handling in BSC Modified command(s) and menu text(s) Modified Command(s): Description of changes: 428 C CREATE BTS M MODIFY MISCELLANEOUS PARAMETERS O OUTPUT BTS PARAMETERS V MODIFY BTS GPRS PARAMETERS M MODIFY MISCELLANEOUS PARAMETERS New segment level parameter 'CA List Per BTS Enabled' has been added to the second parameter block. Semantics has been updated. Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Old syntax: DN0963445 EQM: ( BTS = <BTS identification> |NAME = <BTS name>SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) : ( [ DTX = <DTX mode> |BMA = <BTS measure average> |PMAX1 = <MS tx pwr max gsm> |PMAX2 = <MS tx pwr max gsm1x00> |PMIN = <MS tx pwr min> |RET = <max number of retransmission> |NY1 = <max number of repetition> |SLO = <number of slots spread trans> |CB = <SMS CB used> |BLT = <BTS load threshold> |DMAX = <MS max distance in call setup> |TRP = <TRX priority in TCH allocation> |CLC = <cell load for channel search> |RDIV = <RX diversity> |TRIH = <TCH rate intra-cell handover> <option> |FRL = <lower limit for FR TCH resources> <option> |FRU = <upper limit for FR TCH resources> <option> |AFRL = <AMR lower limit for SEG FR resources> <option> |AFRU = <AMR upper limit for SEG FR resources> <option> |DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> |ISIC = <immediate SDCCH HO enabled> <option>|DFRLIM = <Limit for Triggering OSC DFR Multiplexing> <option> |DFR8K = <8K TRAU enabled for DFR> <option> |NECI = <new establishment causes support> |EXT = <radius extension> <option> |MBR = <multiband cell reporting> <option> |ESI = <early sending indication> |NBL = <non BCCH layer offset> <option> |LSEG = <BTS load in SEG> <option> |SCO = <scale ord> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load of target cell> <option> |TGT = <TRHO guard time> |DLN = <DL noise level> | ULN = <UL noise level> | STIRC = <STIRC enabled> <option> ... ] ... :[ PWDT = <DTRX power down threshold> | PWUT = <DTRX power up threshold> MPE = <merged PGSM900 and EGSM900 enabled>] <option>... : [ PI = <cell reselection parameter index> | QUA = <cell bar qualify> | REO = <cell reselect offset> | TEO = <temporary offset> | PET = <penalty time> ] <option> ... : [ QSRI = <threshold to search UTRAN cells> <option> | QSRP = <gprs threshold to search UTRAN cells> <option> | FDD = <fdd and tdd cell reselect offset> <option> | FDM = <minimum fdd threshold> <option> | FDMO = <minimum fdd threshold offset> <option> | FDR = <minimum RSCP threshold> <option> ] ... : [ DMOD = <DFCA mode> | FHR = <forced HR mode C/I averaging period> <option> | FHT = <forced HR mode C/I threshold> <option> | FAHT = <forced AMR HR mode C/I threshold> <option> | FHH = <forced HR mode hysteresis> <option> ] : [ IGE = <IBHO GSM enabled> | IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> |RXSLA = < rx signal level adjust> |TXSLA = < tx signal level adjust> ]) ...:[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> )... :[ UPLO = < path loss offset UL> <option> |DPLO = < path loss offset DL> <option> |NDTP = <nominal DL TX power> <option> ] ) ... ; Id:0900d80580918ee5 Confidential 429 Changes in RG20(BSS) New syntax EQM: ( BTS = <BTS identification> |NAME = <BTS name>SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) : ( [ DTX = <DTX mode> |BMA = <BTS measure average> |PMAX1 = <MS tx pwr max gsm> |PMAX2 = <MS tx pwr max gsm1x00> |PMIN = <MS tx pwr min> |RET = <max number of retransmission> |NY1 = <max number of repetition> |SLO = <number of slots spread trans> |CB = <SMS CB used> |BLT = <BTS load threshold> |DMAX = <MS max distance in call setup> |TRP = <TRX priority in TCH allocation> |CLC = <cell load for channel search> |RDIV = <RX diversity> |TRIH = <TCH rate intra-cell handover> <option> |FRL = <lower limit for FR TCH resources> <option> |FRU = <upper limit for FR TCH resources> <option> |AFRL = <AMR lower limit for SEG FR resources> <option> |AFRU = <AMR upper limit for SEG FR resources> <option> |DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> |ISIC = <immediate SDCCH HO enabled> <option>|DFRLIM = <Limit for Triggering OSC DFR Multiplexing> <option> |DFR8K = <8K TRAU enabled for DFR> <option> |NECI = <new establishment causes support> |EXT = <radius extension> <option> |MBR = <multiband cell reporting> <option> |ESI = <early sending indication> |NBL = <non BCCH layer offset> <option> |LSEG = <BTS load in SEG> <option> |SCO = <scale ord> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load of target cell> <option> |TGT = <TRHO guard time> |DLN = <DL noise level> | ULN = <UL noise level> | STIRC = <STIRC enabled> <option> | CABE = <CA List Per BTS Enabled> <option> ... ] ... :[ PWDT = <DTRX power down threshold> | PWUT = <DTRX power up threshold> MPE = <merged PGSM900 and EGSM900 enabled>] <option>... : [ PI = <cell reselection parameter index> | QUA = <cell bar qualify> | REO = <cell reselect offset> | TEO = <temporary offset> | PET = <penalty time> ] <option> ... : [ QSRI = <threshold to search UTRAN cells> <option> | QSRP = <gprs threshold to search UTRAN cells> <option> | FDD = <fdd and tdd cell reselect offset> <option> | FDM = <minimum fdd threshold> <option> | FDMO = <minimum fdd threshold offset> <option> | FDR = <minimum RSCP threshold> <option> ] ... : [ DMOD = <DFCA mode> | FHR = <forced HR mode C/I averaging period> <option> | FHT = <forced HR mode C/I threshold> <option> | FAHT = <forced AMR HR mode C/I threshold> <option> | FHH = <forced HR mode hysteresis> <option> ] : [ IGE = <IBHO GSM enabled> | IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> |RXSLA = < rx signal level adjust> |TXSLA = < tx signal level adjust> ]) ...:[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> )... :[ UPLO = < path loss offset UL> <option> |DPLO = < path loss offset DL> <option> |NDTP = <nominal DL TX power> <option> ] ) ... ; Old semantics RADIUS EXTENSION (EXT) is only modifiable for site types 2nd generation, Talkfamily, UltraSite, FlexiEDGE and BTSPLUS. SUPER RADIUS EXTENSION (SEXT) is only modifiable for site types FlexiEDGE and BTSPLUS. Parameter DHRLIM only supports site type FlexiEDGE. New semantics Parameters RADIUS EXTENSION (EXT) and SUPER RADIUS EXTENSION (SEXT) supports 2nd generation, Talk-family, UltraSite, FlexiEDGE, BTSPLUS and Flexi Multiradio site types. FlexiEDGE, UltraSite and Flexi Multiradio site type support is added to the parameter DHRLIM. 430 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Modified Command(s): Description of changes: M MODIFY MISCELLANEOUS PARAMETERS Parameter 8K TRAU ENABLED FOR DFR(DFR8K) is added to the execution printout and to the second block of command M. Parameters PATH LOSS OFFSET UL(UPLO), PATH LOSS OFFSET DL(DPLO), NOMINAL DL TX POWER(NPO) are added to the execution printout and to the tenth block of command M. Parameter LIMIT FOR TRIGGERING OSC DFR MULTIPLEXING(DFRLIM) is added to the execution printout and to the second block of command M. Parameters RX SIGNAL LEVEL ADJUST(RXSLA) and TX SIGNAL LEVEL ADJUST(TXSLA) are added to the execution printout and to the eighth block of command M. Possible values are: 0: 8k TRAU mode is forbidden. 1: 8k TRAU mode is allowed but CSDAP mode is preferred. 2: 8k TRAU mode is allowed and preferred to CSDAP mode. DN0963445 Id:0900d80580918ee5 Confidential 431 Changes in RG20(BSS) Old syntax: 432 EQM: ( BTS = <BTS identification> | NAME = <BTS name> SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ([ DTX = <DTX mode> | BMA = <BTS measure average> | PMAX1 = <MS tx pwr max gsm> | PMAX2 = <MS tx pwr max gsm1x00> | PMIN = <MS tx pwr min> | RET = <max number of retransmission> | NY1 = <max number of repetition> | SLO = <number of slots spread trans> | CB = <SMS CB used> | BLT = <BTS load threshold> | DMAX = <MS max distance in call setup> | TRP = <TRX priority in TCH allocation> | CLC = <cell load for channel search> | RDIV = <RX diversity> | TRIH = <TCH rate intra-cell handover> <option> | FRL = <lower limit for FR TCH resources> <option> | FRU = <upper limit for FR TCH resources> <option> | AFRL = <AMR lower limit for SEG FR resources> <option> | AFRU = <AMR upper limit for SEG FR resources> <option> | DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> | ISIC = <immediate SDCCH HO enabled> <option>| NECI = <new establishment causes support> | EXT = <radius extension> <option> | MBR = <multiband cell reporting> <option> | ESI = <early sending indication> | NBL = <non BCCH layer offset> <option> | LSEG = <BTS load in SEG> <option> | SCO = <scale ord> <option> | AUT = <AMH upper load threshold> <option> | ALT = <AMH lower load threshold> <option> | AML = <AMH max load of target cell> <option> | TGT = <TRHO guard time> | DLN = <DL noise level> | ULN = <UL noise level> | STIRC = <STIRC enabled> <option> ... ] ... : [ PWDT = <DTRX power down threshold> | PWUT = <DTRX power up threshold> MPE = <merged PGSM900 and EGSM900 enabled>] <option>... : [ PI = <cell reselection parameter index> | QUA = <cell bar qualify> | REO = <cell reselect offset> | TEO = <temporary offset> | PET = <penalty time> ] <option> ... : [ QSRI = <threshold to search UTRAN cells> <option> | QSRP = <gprs threshold to search UTRAN cells> <option> | FDD = <fdd and tdd cell reselect offset> <option> | FDM = <minimum fdd threshold> <option> | FDMO = <minimum fdd threshold offset> <option> | FDR = <minimum RSCP threshold> <option> ] ... : [ DMOD = <DFCA mode> | FHR = <forced HR mode C/I averaging period> <option> | FHT = <forced HR mode C/I threshold> <option> | FAHT = <forced AMR HR mode C/I threshold> <option> | FHH = <forced HR mode hysteresis> <option> ] : [ IGE = <IBHO GSM enabled> | IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> ]... :[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> )... ; Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) New syntax: Modified Command(s): DN0963445 EQM: ( BTS = <BTS identification> | NAME = <BTS name> SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ([ DTX = <DTX mode> | BMA = <BTS measure average> | PMAX1 = <MS tx pwr max gsm> | PMAX2 = <MS tx pwr max gsm1x00> | PMIN = <MS tx pwr min> | RET = <max number of retransmission> | NY1 = <max number of repetition> | SLO = <number of slots spread trans> | CB = <SMS CB used> | BLT = <BTS load threshold> | DMAX = <MS max distance in call setup> | TRP = <TRX priority in TCH allocation> | CLC = <cell load for channel search> | RDIV = <RX diversity> | TRIH = <TCH rate intra-cell handover> <option> | FRL = <lower limit for FR TCH resources> <option> | FRU = <upper limit for FR TCH resources> <option> | AFRL = <AMR lower limit for SEG FR resources> <option> | AFRU = <AMR upper limit for SEG FR resources> <option> | DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> | ISIC = <immediate SDCCH HO enabled> <option>| DFRLIM = <Limit for Triggering OSC DFR Multiplexing> <option> | DFR8K = <8K TRAU enabled for DFR> <option> | NECI = <new establishment causes support> | EXT = <radius extension> <option> | MBR = <multiband cell reporting> <option> | ESI = <early sending indication> | NBL = <non BCCH layer offset> <option> | LSEG = <BTS load in SEG> <option> | SCO = <scale ord> <option> | AUT = <AMH upper load threshold> <option> | ALT = <AMH lower load threshold> <option> | AML = <AMH max load of target cell> <option> | TGT = <TRHO guard time> | DLN = <DL noise level> | ULN = <UL noise level> | STIRC = <STIRC enabled> <option> ... ] ... : [ PWDT = <DTRX power down threshold> | PWUT = <DTRX power up threshold> MPE = <merged PGSM900 and EGSM900 enabled>] <option>... : [ PI = <cell reselection parameter index> | QUA = <cell bar qualify> | REO = <cell reselect offset> | TEO = <temporary offset> | PET = <penalty time> ] <option> ... : [ QSRI = <threshold to search UTRAN cells> <option> | QSRP = <gprs threshold to search UTRAN cells> <option> | FDD = <fdd and tdd cell reselect offset> <option> | FDM = <minimum fdd threshold> <option> | FDMO = <minimum fdd threshold offset> <option> | FDR = <minimum RSCP threshold> <option> ] ... : [ DMOD = <DFCA mode> | FHR = <forced HR mode C/I averaging period> <option> | FHT = <forced HR mode C/I threshold> <option> | FAHT = <forced AMR HR mode C/I threshold> <option> | FHH = <forced HR mode hysteresis> <option> ] : [ IGE = <IBHO GSM enabled> | IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> |RXSLA = < rx signal level adjust> |TXSLA = < tx signal level adjust> ]) ...:[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> )... :[ UPLO = < path loss offset UL> <option> |DPLO = < path loss offset DL> <option> |NDTP = <nominal DL TX power> <option> ] ) ... ; O OUTPUT BTS PARAMETERS Id:0900d80580918ee5 Confidential 433 Changes in RG20(BSS) Description of changes: New parameter 'CA List Per BTS Enabled' has been added to the execution printout text. The parameters RADIUS EXTENSION(EXT), SUPER RADIUS EXTENSION(SEXT), EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), INITIAL MCS FOR EXT AREA ACKNOWLEDGED MODE(MCEA) and INITIAL MCS FOR EXT AREA UNACKNOWLEDGED MODE(MCEU) are also visible for Flexi Multiradio sitetype. Parameter 8K TRAU ENABLED FOR DFR(DFR8K) is added to the execution printout and is only visible when license 8k TRAU for OSC AMR FR is in either ON or CONF state, and BTS site type is FlexiEDGE, Flexi Multiradio or UltraSite. Parameter DHRLIM also supports UltraSite and Flexi Multiradio site types. Parameters PATH LOSS OFFSET UL(UPLO), PATH LOSS OFFSET DL(DPLO) and NOMINAL DL TX POWER(NPO) are added to the execution printout and are only visible when the Air Path Loss Measurement license is in ON or CONF state. Parameter LIMIT FOR TRIGGERING OSC DFR MULTIPLEXING(DFRLIM) is added to the execution printout. DFRLIM is only visible for FlexiEDGE, Flexi Multiradio and UltraSite site types when OSC Full rate with SAIC MS license is in CONF or ON state. Parameters RX SIGNAL LEVEL ADJUST(RXSLA) and TX SIGNAL LEVEL ADJUST(TXSLA) are added to the execution printout and are only visible for BTSPLUS site type. Modified Command(s): V MODIFY BTS GPRS PARAMETERS Description of changes: The parameters EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), INITIAL MCS FOR EXT AREA ACKNOWLEDGED MODE(MCEA) and INITIAL MCS FOR EXT AREA UNACKNOWLEDGED MODE(MCEU) are also modifiable for FLEXI MULTIRADIO site type. Old semantics The parameters EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), INITIAL MCS FOR EXT AREA ACKNOWLEDGED MODE(MCEA) and INITIAL MCS FOR EXT AREA UNACKNOWLEDGED MODE(MCEU) only supports Flexi EDGE, UltraSite and BTSPLUS site types. New semantics FlexiEDGE, UltraSite, BTSPLUS and Flexi Multiradio site type support is added to parameters EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), INITIAL MCS FOR EXT AREA ACKNOWLEDGED MODE(MCEA) and INITIAL MCS FOR EXT AREA UNACKNOWLEDGED MODE(MCEU). (ER) - Transceiver Handling Modified command(s) and menu text(s) Modified Command(s): 434 O OUTPUT TRANSCEIVER PARAMETERS M MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS C CREATE TRANSCEIVER O OUTPUT TRANSCEIVER PARAMETERS Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Description of changes: Parameter TRX STARTING MODE is visible for site types Flexi Multiradio and UltraSitewhen the license state of OSC FULL RATE WITH SAIC MS is ON/CONF. A new value for TRX starting mode (NOT VALID) is introduced in ZERO execution output.. Parameter OSC CAPABILITY is visible for site types Flexi Multiradio and UltraSite when the license state of OSC FULL RATE WITH SAIC MS is ON/CONF. A new value forTRX osc capability (NO OSC IF IDD/4UD) is introduced in ZERO execution output. Channel Status now has a new value '8K'. This value is only visible when the 8K TRAU FOR OSC AMR FR license is ON/CONF. Channel Status is shown for site types FlexiMultiradio and UltraSite when OSC CAPABILITY is enabled. Parameter ETRX is supported for Flexi Multiradio. The values ERACH, EGTCH and LRTCH of parameter CH0-7 are supported by Flexi Multiradiosite type. Modified Command(s): M Description of changes: MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS Parameter ETRX is also supported for Flexi Multiradio. The values ERACH, EGTCH and LRTCH of the parameter CH0-7 are supported by Flexi Multiradio site type too. Old semantics: ETRX is supported for the site types Talk-family, UltraSite, FlexiEDGE and BTSplus. The value ERACH of the parameter CH0 supports Talk-family, UltraSite, FlexiEDGE and BTSplus site types. The value EGTCH of the parameter CH0-7 supports UltraSite, FlexiEDGE and BTSplus. The value LRTCH of the parameter CH0-7 supports FlexiEDGE and BTSplus site types. New semantics: Parameter ETRX will now support site types Talk-family, UltraSite, FlexiEDGE, BTSplus and Flexi Multiradio. The value ERACH of the parameter CH0 now supports Talk-family, UltraSite, FlexiEDGE, BTSplus and Flexi Multiradio site types. The value EGTCH of the parameter CH0-7 now supports UltraSite, FlexiEDGE, BTSplus and Flexi Multiradio site types. The value LRTCH of the parameter CH0-7 now supports FlexiEDGE, BTSplus and Flexi Multiradio site types. Modified Command(s): Description of changes: C CREATE TRANSCEIVER Parameter ETRX is also supported in Flexi Multiradio. Values ERACH, EGTCH and LRTCH of the parameter CH0-7 are also supported in Flexi Multiradio site type. Old Semantics: ETRX is supported in the site types Talk-family, UltraSite, Flexi EDGE and BTSplus. The value ERACH of the parameter CH0 supports Talk-family, UltraSite, Flexi EDGE and BTSplus site types. The value EGTCH of the parameter CH0-7 supports UltraSite, FlexiEDGE and BTSplus. The value LRTCH of the parameter CH0-7 supports Flexi EDGE and BTSplus site types. DN0963445 Id:0900d80580918ee5 Confidential 435 Changes in RG20(BSS) New Semantics: Parameter ETRX now supports site types Talk-family, UltraSite, Flexi EDGE, BTSplus and Flexi Multiradio. The value ERACH of the parameter CH0 now supports Talk-family, UltraSite, Flexi EDGE, BTSplus and Flexi Multiradio site types. The value EGTCH of the parameter CH0-7 now supports UltraSite, FlexiEDGE, BTSplus and Flexi Multiradio sitetypes. The value LRTCH of the parameter CH0-7 now supports Flexi EDGE, BTSplus and Flexi Multiradio site types. (EU) - Power Control Parameter Handling Modified command(s) and menu text(s): Modified Command(s): Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS C CREATE POWER CONTROL PARAMETERS O OUTPUT POWER CONTROL PARAMETERS C CREATE POWER CONTROL PARAMETERS Description of changes: New parameters are added to execution print-out. Parameters: PC Lower Threshold DL Rx Qual DFR(LDDFR)PC Lower Threshold UL Rx Qual DFR(LUDFR)PC Upper Threshold DL Rx Qual DFR(UDDFR)PC Upper Threshold UL Rx Qual DFR(UUDFR) Modified Command(s): Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS Description of changes: New parameters are added to the execution printout. Old semantics Guidance text for OSC parameters indicate support for site type FlexiEdge. New semantics Guidance text for OSC parameters shall be updated to indicate support for new site types Ultrasite and Flexi MultiRadio along with FlexiEdge. Old syntax: EUQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification><option> |SEGNAME= <SEG name> <option> ) :( UDR = <pc upper thresholds qual dl Rx qual> |UDP = <pc upper thresholds qual dl Px> |UDN = <pc upper thresholds qual dl Nx>|UUR = <pc upper thresholds qual ul Rx qual> |UUP = <pc upper thresholds qual ul Px> |UUN =<pc upper thresholds qual ul Nx> |LDR = <pc lower thresholds qual dl Rx qual> |LDP = <pc lowerthresholds qual dl Px> |LDN = <pc lower thresholds qual dl Nx> |LUR = <pc lower thresholdsqual ul Rx qual> |LUP = <pc lower thresholds qual ul Px> |LUN = <pc lower thresholds qual ulNx> |LQR = <pc lower thresholds qual144 Rx qual> |LQP = <pc lower thresholds qual144 Px> |LQN= <pc lower thresholds qual144 Nx> )[ UDDHR = <pc upper threshold dl Rx qual DHR> |UUDHR =<pc upper threshold ul Rx qual DHR> |LDDHR = <pc lower threshold dl rx qual DHR> |LUDHR = <pclower threshold ul Rx qual DHR> ]<option> ); 436 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) New syntax: EUQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification><option> |SEGNAME= <SEG name> <option> ) :( UDR = <pc upper thresholds qualdl Rx qual> |UDP = <pc upper thresholds qual dl Px> |UDN = <pc upper thresholds qual dl Nx>|UUR = <pc upper thresholds qual ul Rx qual> |UUP = <pc upper thresholds qual ul Px> |UUN =<pc upper thresholds qual ul Nx> |LDR = <pc lower thresholds qual dl Rx qual> |LDP = <pc lowerthresholds qual dl Px> |LDN = <pc lower thresholds qual dl Nx> |LUR = <pc lower thresholdsqual ul Rx qual> |LUP = <pc lower thresholds qual ul Px> |LUN = <pc lower thresholds qual ulNx> |LQR = <pc lower thresholds qual144 Rx qual> |LQP = <pc lower thresholds qual144 Px> |LQN= <pc lower thresholds qual144 Nx> )[ UDDHR = <pc upper threshold dl Rx qual DHR> |UUDHR =<pc upper threshold ul Rx qual DHR> |LDDHR = <pc lower threshold dl rx qual DHR> |LUDHR = <pclower threshold ul Rx qual DHR> ]<option> )[ UDDFR = <pc upper threshold dl Rx qual DFR> |UUDFR= <pc upper threshold ul Rx qual DFR> |LDDFR = <pc lower threshold dl rx qual DFR> | LUDFR= <pc lower threshold ul Rx qual DFR> ](option); Parameters: PC Lower Threshold DL Rx Qual DFR(LDDFR)PC Lower Threshold UL Rx Qual DFR(LUDFR)PC Upper Threshold DL Rx Qual DFR(UDDFR)PC Upper Threshold UL Rx Qual DFR(UUDFR) Modified Command O OUTPUT POWER CONTROL PARAMETERS Description of changes: New parameters are added to execution print-out. Parameters: PC Lower Threshold DL Rx Qual DFR(LDDFR)PC Lower Threshold UL Rx Qual DFR(LUDFR)PC Upper Threshold DL Rx Qual DFR(UDDFR)PC Upper Threshold UL Rx Qual DFR(UUDFR) (UB) - Single Radio Network Test Handling Modified command(s) and menu text(s) K HANDLE ABIS LOOP TEST Modified Command(s): K HANDLE ABIS LOOP TEST Description of changes: UltraSite and Flexi Multiradio Site types are added to the Site Type Support for the parameter CSDAP ID.. Old semantics The parameter CSDAP ID supports and is only visible to FlexiEDGE site type. New semantics The parameter CSDAP ID supports and is visible to Flexi EDGE, UltraSite and Flexi Multiradio Site types. 6.1.3.2 Modified MML Programs between S15 and S15 EP2.1 releases (EA) - ADJACENT CELL HANDLING Modified command(s) and menu text(s): DN0963445 C CREATE ADJACENT CELL PARAMETERS E CREATE WCDMA RAN ADJACENT CELL PARAMETERS F CREATE TD K MODIFY TD M MODIFY ADJACENT CELL PARAMETERS Id:0900d80580918ee5 Confidential 437 Changes in RG20(BSS) Modified Command(s): L OUTPUT TD H MODIFY WCDMA RAN ADJACENT CELL PARAMETERS C CREATE ADJACENT CELL PARAMETERS Description of changes: The new BTS sub site type Flexi Multiradio10 is added to the guidance text of HOTA. Old semantics: The guidance text for the parameter(HOTA), the sub site type support is not covered with Flexi Multiradio 10. New semantics: The guidance text for the parameter(HOTA), Felxi Multiradio 10 sub site type support is added for the parameter HOTA. Modified Command(s): E CREATE WCDMA RAN ADJACENT CELL PARAMETERS Description of changes: The parameter name is changed from ISNCCR FDD QUALITY THRESHOLD to ISNCCR QUALITY THRESHOLD(FQT). Old syntax: EAE: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( INDEX = <adjacent cell index> ) :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]RNC = <radio network controller identifier>,CI = <cell identification> ) :( LAC = <location area code>,SAC = <service area code>,FREQ = <WCDMA downlink carrier frequency>,SCC = <scrambling code>,[[ DIV = <downlink transmission diversity> | N def ][ MET = <minimum CPICH Ec/Io level> | -15 def ][ DET = <direct access Ec/Io threshold> | -11.5 def ][ REP = <reporting priority> <option> | 0 (normal) def ][ FQT = <ISNCCR FDD quality threshold> <option> | -15 def ]] ... ) ;<option> New syntax: EAE: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( INDEX = <adjacent cell index> ) :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]RNC = <radio network controller identifier>,CI = <cell identification> ) :( LAC = <location area code>,SAC = <service area code>,FREQ = <WCDMA downlink carrier frequency>,SCC = <scrambling code>,[[ DIV = <downlink transmission diversity> | N def ][ MET = <minimum CPICH Ec/Io level> | -15 def ][ DET = <direct access Ec/Io threshold> | -11.5 def ][ REP = <reporting priority> <option> | 0 (normal) def ][ FQT = <ISNCCR quality threshold> <option> | -15 def ]] ... ) ;<option>. Modified Command(s): Description of changes: F CREATE TD ISNCCR quality threshold <option> FQT = decimal With this parameter you define the minimum signal quality level of an adjacent WCDMA/TD-SCDMA RAN cell for an inter-system network-controlled cell re-selection(ISNCCR). reporting priority <option> REP = decimal. With this parameter you define the reporting priority of the adjacent TD-SCDMA RAN cell for the non-GPRS capable MSS. The default value is 0 (= normal). 438 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Old syntax: EAF: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :[ INDEX = <adjacent cell index> | <serving cell first free index> def ] :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]RNC = <radio network controller identifier>,CI = <cell identification> ) :( LAC = <location area code>,SAC = <service area code>,FREQ = <TD-SCDMA downlink carrier frequency>,CPA = <cell parameter>,[[ DIV = <downlink transmission diversity> | N def ][ SC = <synchronisation case> | 0 (sync case 1) def ][FQT = <ISNCCR FDD quality threshold> <option> | -15 def ][REP = <reporting priority> <option> | 0 (normal) def]] ...) ; <option> New syntax: EAF: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :[ INDEX = <adjacent cell index> | <serving cell first free index> def ] :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]RNC = <radio network controller identifier>,CI = <cell identification> ) :( LAC = <location area code>,SAC = <service area code>,FREQ = <TD-SCDMA downlink carrier frequency>,CPA = <cell parameter>,[[ DIV = <downlink transmission diversity> | N def ][ SC = <synchronisation case> | 0 (sync case 1) def ][FQT = <ISNCCR quality threshold> <option> | -15 def ][REP = <reporting priority> <option> | 0 (normal) def]] ...) ; <option> Modified Command Description of changes: K MODIFY TD ISNCCR quality threshold (FQT) The values range from -24 dB to +0.5dB, and they can be changed in steps of 0.5 dB. Reporting Priority (REP) It can take two values, 0’ for normal reporting priority and ‘1’ for high reporting priority. ISNCCR quality threshold <option> FQT = decimal reporting priority <option> REP = decimal. Old syntax: EAK: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ( INDEX = <adjacent cell index> | : ( [[ MCC = <mobile country code>, | <serving cell MCC> def ] [ MNC = <mobile network code>, | <serving cell MNC> def ]] RNC = <radio network controller identifier>, CI = <cell identification> )) : ( [ NEWMCC = <new mobile country code> | NEWMNC = <new mobile network code> | NEWRNC = <new radio network controller identifier> | NEWCI = <new cell identification> ] : [ LAC = <location area code> | SAC = <service area code> | FREQ = <TD-SCDMA downlink carrier frequency> | CPA = <cell parameter> | DIV = <downlink transmission diversity> | SC = <synchronisation case> | FQT = < ISNCCR FDD quality threshold> <option> | REP = <reporting priority> <option> ] ... ) ; <option> New syntax: EAK: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( INDEX = <adjacent cell index> | :( [[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]RNC = <radio network controller identifier>,CI = <cell identification> )) :( [ NEWMCC = <new mobile country code> |NEWMNC = <new mobile network code> |NEWRNC = <new radio network controller identifier> |NEWCI = <new cell identification> ] :[ LAC = <location area code> |SAC = <service area code> |FREQ = <TD-SCDMA downlink carrier frequency> |CPA = <cell parameter> |DIV = <downlink transmission diversity> |SC = <synchronisation case> |FQT = < ISNCCR quality threshold> <option> |REP = <reporting priority> <option> ] ... ) ; <option> DN0963445 Id:0900d80580918ee5 Confidential 439 Changes in RG20(BSS) Modified Command(s): M MODIFY ADJACENT CELL PARAMETERS Description of changes: The new BTS sub site type Flexi Multiradio10 is added to the guidance text of HOTA. Old semantics: The guidance text for the parameter(HOTA), the sub site type support is not covered with Flexi Multiradio 10. New semantics: The guidance text for the parameter(HOTA), Flexi Multiradio 10 sub site type support is added for the parameter HOTA. Modified Command(s): L Description of changes: OUTPUT TD ISNCCR quality threshold (FQT) The values range from -24 dB to +0.5dB, and they can be changed in steps of 0.5 dB. Reporting Priority (REP) It can take two values, 0’ for normal reporting priority and ‘1’ for high reporting priority. Modified Command(s): H CREATE ADJACENT CELL PARAMETERS Description of changes: The parameter name is changed from ISNCCR FDD QUALITY THRESHOLD to ISNCCR QUALITY THRESHOLD(FQT). Old syntax: EAH: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( INDEX = <adjacent cell index> ) :( [ MCC = <mobile country code> |MNC = <mobile network code> |RNC = <radio network controller identifier> |CI = <cell identification> ] :[ LAC = <location area code> |SAC = <service area code> |FREQ = <WCDMA downlink carrier frequency> |SCC = <scrambling code> |DIV = <downlink transmission diversity> |MET = <minimum CPICH Ec/Io level> |DET = <direct access Ec/Io threshold> |REP = <reporting priority> <option> |FQT = <ISNCCR FDD quality threshold> <option> ] ... ) ; <option> New syntax: EAH: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( INDEX = <adjacent cell index> ) :( [ MCC = <mobile country code> |MNC = <mobile network code> |RNC = <radio network controller identifier> |CI = <cell identification> ] :[ LAC = <location area code> |SAC = <service area code> |FREQ = <WCDMA downlink carrier frequency> |SCC = <scrambling code> |DIV = <downlink transmission diversity> |MET = <minimum CPICH Ec/Io level> |DET = <direct access Ec/Io threshold> |REP = <reporting priority> <option> |FQT = <ISNCCR quality threshold> <option> ] ... ) ; <option> . (EE) - Base Station Controller Parameter Handling in BSC Modifed command(s) and menu text(s): Modified Command(s): 440 Y MODIFY PACKET TRANSPORT PARAMETERS I OUTPUT RADIO NETWORK CONFIGURATION M MODIFY GENERAL BASE STATION CONTROLLER PARAMETERS O OUTPUT BASE STATION CONTROLLER PARAMETERS Y MODIFY PACKET TRANSPORT PARAMETERS Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Description of changes: The parameters VLAN Priority BE(VPBE), VLAN Priority AF1(VPAF1), VLAN Priority AF2(VPAF2), VLAN Priority AF3(VPAF3), VLAN Priority AF4(VPAF4), VLAN Priority EF(VPEF) and SSM Enabled(SSME) are visible and modifiable for Packet Abis over TDM license also. Old semantics: The parameters VLAN Priority BE(VPBE), VLAN Priority AF1(VPAF1), VLAN Priority AF2(VPAF2), VLAN Priority AF3(VPAF3), VLAN Priority AF4(VPAF4) and VLAN Priority EF(VPEF) are visible and modifiable when any of the licenses Packet Abis over IP/Ethernet or A over IP, Transcoder in MGW or A over IP is ON/CONF. The parameter SSM Enabled(SSME) is visible and modifiable when both Packet Abis over IP/Ethernet and Packet Abis Synchronous Ethernet licenses are ON/CONF. New semantics: The parameters VLAN Priority BE(VPBE), VLAN Priority AF1(VPAF1), VLAN Priority AF2(VPAF2), VLAN Priority AF3(VPAF3), VLAN Priority AF4(VPAF4) and VLAN Priority EF(VPEF)are visible and modifiable when any of the licenses Packet Abis over TDM or Packet Abis over IP/Ethernet or A over IP, Transcoder in MGW or A over IP is ON/CONF. The parameter SSM Enabled(SSME) is visible and modifiable when either Packet Abis over TDM or Packet Abis over IP/Ethernet and Packet Abis Synchronous Ethernet are ON/CONF. Modified Command(s): I Description of changes: OUTPUT RADIO NETWORK CONFIGURATION The execution printouts for two new subtypes Flexi Multiradio10 BTS and FlexiCompact BTS are introduced. Format of display is as follows: Flexi Multiradio10 BTS - Modified Command(s): Description of changes: M FLEXI MR10Flexi Compact BTS - FLEXI COMP MODIFY GENERAL BASE STATION CONTROLLER PARAMETERS The following parameters are included and displayed along with the old executionprintout text: Nbr measurement period in NC2 (NMPN)DL PC C/I Target (PCCI)DL PC 8PSK BEP Target (PCPSK) The existing parameters NCCR Idle Mode Reporting Period (NIRP) and NCCR Transfer Mode Reporting Period (NTRP) are visible and modifiable when the feature license of Inter-System NCCR for TD-SCDMA is ON/CONF. Two parameters DL PC C/I TARGET (PCCI) and DL PC 8PSK BEP TARGET (PCPSK) are added to the second parameter block as part of the feature RG301666 (E)GPRS DL Power Control. One new parameter Nbr measurement period in NC2 (NMPN)is added to the second parameter block as part of the feature RG301736 Inter-System NCCR for TD-SCDMA. NMPN = <Nbr measurement period in NC2> <option> Old semantics: The parameters NCCR Idle Mode Reporting Period (NIRP) and NCCR Transfer Mode Reporting Period (NTRP) are visible and modifiable when the feature license of NC cell Re-selection is ON/CONF. New semantics: The parameters NCCR Idle Mode Reporting Period (NIRP) and NCCR Transfer Mode Reporting Period (NTRP) are visible and modifiable when either NC cell Re-selection or Inter-System NCCR for TD-SCDMA feature license is ON/CONF. DN0963445 Id:0900d80580918ee5 Confidential 441 Changes in RG20(BSS) Old syntax: 442 EEM: ( NPC = <number of preferred cells> |GMAC = <GSM macrocell threshold> |GMIC = <GSM microcell threshold> |DMAC = <DCS macrocell threshold> |DMIC = <DCS microcell threshold> |DISB = <MS distance behaviour> |TIM = <BTS site battery backup forced HO timer><option>| EEF = <enable emergency call on FACCH>|EPF = <enable answer to paging call on FACCH> <option> |EOF = <enable ordinary calls on FACCH> <option> |ERF = <enable call re-establishment on FACCH> <option> |HRI = <TCH in handover> <option> |HRL = <lower limit for FR TCH resources> <option> |HRU = <upper limit for FR TCH resources> <option> |AHRL = <AMR lower limit for FR resources> <option> |AHRU = <AMR upper limit for FR resources> <option> |BCN = <BSC call number> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load target cell> <option> |ACH = <AMR configuration in handovers> <option> |IAC = <initial AMR channel rate> <option> |SAL = <slow AMR LA enabled> <option> |ASG = <AMR set grades enabled> <option> |CSD = <free TSL for CS downgrade> <option> |CSU = <free TSL for CS upgrade> <option> |TGT = <TRHO guard time> |HDL = <HO preference order interference DL> |HUL = <HO preference order interference UL> |CLR = <load rate for channel search> |TTSAP = <triggering threshold for service area penalty> <option> |PTMP = <penalty trigger measurement period> <option> |SAPT = <service area penalty time> <option> |CTR = <CS TCH allocate RTSL0> <option> |CTC = <CS TCH allocation calculation> <option> |NACC = <NACC enabled> <option> |IACT = <initial AMR codec type> <option>|:NCM = <NCCR control mode> <option> |NIRP = <NCCR idle mode reporting period> <option> |NTRP = <NCCR transfer mode reporting period> <option> |NOCT = <NCCR return to old cell time> <option> |NTPT = <NCCR target cell penalty time> <option> |NNCP = <NCCR neighbor cell penalty> <option> |WFNE = <WCDMA FDD NCCR enabled> <option> |WFNP = <WCDMA FDD NCCR preferred> <option> |LCCRB = <LBNCCR cell capacity reference bitrate> <option>|LCAL10 = <LBNCCR cell attractiveness lower threshold for cell capacity 0-10> <option> | LCAU10 = <LBNCCR cell attractiveness upper threshold for cell capacity 0-10> <option> |LCAL30 = <LBNCCR cell attractiveness lower threshold for cell capacity 11-30> <option> |LCAU30 = <LBNCCR cell attractiveness upper threshold for cell capacity 11-30> <option> |LCAL60 = <LBNCCR cell attractiveness lower threshold for cell capacity 3160> <option> |LCAU60 = <LBNCCR cell attractiveness upper threshold for cell capacity 31-60> <option> |LCAL100 = <LBNCCR cell attractiveness lower threshold for cell capacity 61-100> <option>|LCAU100 = <LBNCCR cell attractiveness upper threshold for cell capacity 61-100> <option> |LPLC = <LBNCCR PS load change> <option> | :NCLT = <neighbor cell load threshold GSM> <option> |NCLTU = <neighbor cell load threshold 3G> <option> |HLPD = <high load penalty duration> <option> |MTCL =<max target cell load for non critical HO><option>|MTCLU =<max target cell load for non critical ISHO><option>); Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) New syntax: EEM: ( NPC = <number of preferred cells> |GMAC = <GSM macrocell threshold> |GMIC = <GSM microcell threshold> |DMAC = <DCS macrocell threshold> |DMIC = <DCS microcell threshold> |DISB = <MS distance behaviour> |TIM = <BTS site battery backup forced HO timer><option>| EEF = <enable emergency call on FACCH>|EPF = <enable answer to paging call on FACCH> <option> |EOF = <enable ordinary calls on FACCH> <option> |ERF = <enable call re-establishment on FACCH> <option> |HRI = <TCH in handover> <option> |HRL = <lower limit for FR TCH resources> <option> |HRU = <upper limit for FR TCH resources> <option> |AHRL = <AMR lower limit for FR resources> <option> |AHRU = <AMR upper limit for FR resources> <option> |BCN = <BSC call number> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load target cell> <option> |ACH = <AMR configuration in handovers> <option> |IAC = <initial AMR channel rate> <option> |SAL = <slow AMR LA enabled> <option> |ASG = <AMR set grades enabled> <option> |CSD = <free TSL for CS downgrade> <option> |CSU = <free TSL for CS upgrade> <option> |TGT = <TRHO guard time> |HDL = <HO preference order interference DL> |HUL = <HO preference order interference UL> |CLR = <load rate for channel search> |TTSAP = <triggering threshold for service area penalty> <option> |PTMP = <penalty trigger measurement period> <option> |SAPT = <service area penalty time> <option> |CTR = <CS TCH allocate RTSL0> <option> |CTC = <CS TCH allocation calculation> <option> |NACC = <NACC enabled> <option> |IACT = <initial AMR codec type> <option>|:NCM = <NCCR control mode> <option> |NIRP = <NCCR idle mode reporting period> <option> |NTRP = <NCCR transfer mode reporting period> <option> |NMPN = <Nbr measurement period in NC2><option> |NOCT = <NCCR return to old cell time> <option> |NTPT = <NCCR target cell penalty time> <option> |NNCP = <NCCR neighbor cell penalty> <option> |WFNE = <WCDMA FDD NCCR enabled> <option> |WFNP = <WCDMA FDD NCCR preferred> <option> |LCCRB = <LBNCCR cell capacity reference bitrate> <option>|LCAL10 = <LBNCCR cell attractiveness lower threshold for cell capacity 0-10> <option> | LCAU10 = <LBNCCR cell attractiveness upper threshold for cell capacity 0-10> <option> |LCAL30 = <LBNCCR cell attractiveness lower threshold for cell capacity 11-30> <option> |LCAU30 = <LBNCCR cell attractiveness upper threshold for cell capacity 11-30> <option> |LCAL60 = <LBNCCR cell attractiveness lower threshold for cell capacity 31-60> <option> |LCAU60 = <LBNCCR cell attractiveness upper threshold for cell capacity 31-60> <option> |LCAL100 = <LBNCCR cell attractiveness lower threshold for cell capacity 61-100> <option>|LCAU100 = <LBNCCR cell attractiveness upper threshold for cell capacity 61-100> <option> |LPLC = <LBNCCR PS load change> <option> |PCCI = <DL PC C/I Target> <option>|PCPSK = <DL PC 8PSK BEP Target> <option>|:NCLT = <neighbor cell load threshold GSM> <option> |NCLTU = <neighbor cell load threshold 3G> <option> |HLPD = <high load penalty duration> <option> |MTCL =<max target cell load for non critical HO><option>|MTCLU =<max target cell load for non critical ISHO><option>); Modified command(s): O OUTPUT BASE STATION CONTROLLER PARAMETERS Description of changes: M As part of the feature RG301666 (E)GPRS DL Power Control, the parameters DLPC C/I Target (PCCI) and DL PC 8PSK BEP Target (PCPSK) are added to the execution printout. As part of the feature RG301736 Inter-System NCCR for TD-SCDMA, a new parameter Nbr measurement period in NC2 (NMPN) is added to the execution printout. (EF) - Base Control Function Handling Modified command(s) and menu text(s): DN0963445 C CREATE BASE CONTROL FUNCTION Id:0900d80580918ee5 Confidential 443 Changes in RG20(BSS) Modified Command(s): Description of changes: C CREATE BASE CONTROL FUNCTION 1. Possible values of parameter <Abis Interface Connection Type> have changed. The value range of the parameter has changed from 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)) to 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)), 5 (Packet Abis over Ethernet – TDM), 6 (Packet Abis over Ethernet – TDM(LS)). The default value of the parameter is 0 (legacy). 2. Possible values of parameter <Clock Source> have changed. The possible values of the parameter have changed from NONE (remove clock source), LMU (location measurement unit), BCF(master clock BCF), PCM(independent mode), LAB (LMUABIS), BWLMU (BCF WCDMA LMU), IWLMU(Independent WCDMA-LMU) to NONE (remove clock source), LMU (location measurement unit), BCF(master clock BCF), PCM(independent mode), LAB (LMU-ABIS), BWLMU (BCF WCDMA LMU), IWLMU (Independent WCDMA-LMU), TOP (Timing over Package). The default value of the parameter is NOT USED. New parameter ETHERNET RING/PATH PROTECTION (ERPP), QOS AWARE ETHERNET SWITCH (QOSA), 20W POWER LICENCE USAGE (PLU), RF SHARING STATE (RFSS) are added to the execution printout text. New values 5 and 6 are added to the ABIS INTERFACE CONNECTION TYPE (AICT), new value TOP is added to the CLOCK SOURCE (CS) and new values R, C and F are added to the BTS SITE SUBTYPE parameter. New parameters Ethernet ring/path protection (ERPP), QoS aware ethernet switch usage (QOSA) are added to the sixth parameter block of Command C. Old semantics: 1. Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)). 2. Possible values of <Clock Source>: NONE (remove clock source), LMU (location measurement unit),BCF(master clock BCF), PCM(independent mode), LAB (LMUABIS), BWLMU (BCF WCDMA LMU), IWLMU(Independent WCDMA-LMU). New semantics: 1. Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM(AGGHUB)), 5 (Packet Abis over Ethernet – TDM), 6 (Packet Abis over Ethernet – TDM(LS)). 2. Possible values of <Clock Source>: NONE (remove clock source), LMU (location measurement unit), BCF (master clock BCF), PCM(independent mode), LAB (LMUABIS), BWLMU (BCF WCDMA LMU), IWLMU(Independent WCDMA-LMU), TOP (Timing over Package). 444 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Old syntax: EFC: <BCF identification>,<site type>,<BTS site subtype><Abis Interface Connection Type> | 0 def,...<Packet Abis BCF Group ID> <option> | 65535 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> | 0 def ] ... <option> :[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <2G Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <2G Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <2G Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <2G Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = <PACKET TRS E1/T1 usage> <option> | 0 def ] ..... :ETPGID = <ETP group ID>,BHIDL = < BCF HDLC ID list>,VLANID = <vlan ID> | 4095 def,[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; New syntax: EFC: <BCF identification>,<site type>,<BTS site subtype><Abis Interface Connection Type> | 0 def,...<Packet Abis BCF Group ID> <option> | 65535 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> | 0 def ] ... <option> :[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <2G Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <2G Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <2G Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <2G Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = <PACKET TRS E1/T1 usage> <option> | 0 def |ERPP = <ETHERNET RING/PATH PROTECTION> <option> | 0 def |QOSA = <QOS AWARE ETHERNET SWITCH> <option> ]..... :ETPGID = <ETP group ID>,BHIDL = < BCF HDLC ID list>,VLANID = <vlan ID> | 4095 def,[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; Modified Command(s): L Description of changes: Modified Command DN0963445 OUTPUT BASE CONTROL FUNCTION SYNCHRONIZATION CONFIGURATION New value TOP is added to the CLOCK SOURCE parameter. For Clock Source value TOP, new Synchronization mode NETWORK is added in the execution printout text. M MODIFY BASE CONTROL FUNCTION PARAMETERS Id:0900d80580918ee5 Confidential 445 Changes in RG20(BSS) Description of changes: New parameter ETHERNET RING/PATH PROTECTION (ERPP), QOS AWARE ETHERNET SWITCH(QOSA), 20W POWER LICENCE USAGE (PLU), RF SHARING STATE (RFSS), MCPA POWER POOLING ENABLED (MCPAEN) and SUBTYPE are added to the execution printout text. New values 5 and 6 are added to the ABIS INTERFACE CONNECTION TYPE (AICT), new value TOP is added to the CLOCK SOURCE (CS).For Clock Source value TOP, new Synchronization mode NETWORK is added in the execution printout text. New parameter MCPA power pooling enabled (MCPAEN) is added to the second parameter block of Command M. New parameter SUBTYPE is added to the third parameter block of Command M. New parameters Ethernet ring/path protection (ERPP) and QoS aware ethernet switch usage (QOSA) are added to the fourth parameter block of Command M. 1. Possible values of parameter <Abis Interface Connection Type> have changed. The value range of the parameter has changed from 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)) to 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)), 5 (Packet Abis over Ethernet – TDM), 6 (Packet Abis over Ethernet – TDM(LS)). The default value of the parameter is 0 (legacy). 2. Possible values of parameter <Clock Source> have changed. The possible values of the parameter have changed from NONE (remove clock source), LMU (location measurement unit), BCF(master clock BCF), PCM(independent mode), LAB (LMUABIS), BWLMU (BCF WCDMA LMU), IWLMU(Independent WCDMA-LMU) to NONE (remove clock source), LMU (location measurement unit), BCF(master clock BCF), PCM(independent mode), LAB (LMU-ABIS), BWLMU (BCF WCDMA LMU), IWLMU (Independent WCDMA-LMU), TOP (Timing over Package). The default value of the parameter is NOT USED. Old semantics: 1. Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)). 2. Possible values of <Clock Source>: NONE (remove clock source), LMU (location measurement unit),BCF (master clock BCF), PCM(independent mode), LAB (LMUABIS), BWLMU (BCF WCDMA LMU), IWLMU(Independent WCDMA-LMU). New semantics: 1. Possible values of <Abis interface connection type>: 0 (Legacy), 1 (Packet Abis over TDM), 2 (Packet Abis over Ethernet), 3 (PAcket Abis over TDM (LS HUB)), 4 (Packet Abis over TDM (AGG HUB)), 5 (Packet Abis over Ethernet – TDM), 6 (Packet Abis over Ethernet – TDM(LS)). 2. Possible values of <Clock Source>: NONE (remove clock source), LMU (location measurement unit), BCF (master clock BCF), PCM(independent mode), LAB (LMUABIS), BWLMU (BCF WCDMA LMU), IWLMU (Independent WCDMA-LMU), TOP (Timing over Package). 446 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Old syntax: EFM: <BCF identification> :( [ TYPE = <site type> |AICT = <Abis Interface Connection Type> |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |...PABGID = <Packet Abis BCF Group ID><option>]:... [ T200F = <FACCH LAPDm T200> |T200S = <SDCCH LAPDm T200> ] :[ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> <option> | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> <option> |TRS3 = < Flexi EDGE TRS Abis Grooming usage> <option> |TRS4 = < Flexi EDGE TRS Loop Protection usage > <option> |TRS5 = < Packet TRS E1/T1 usage> <option>] ) :ETPGID = <ETP group ID>,BHIDL = < BCF HDLC ID list>,[[ ULTS = <uplink traffic shaping> |ULCIR = <UL committed information rate> |ULCBS = <UL committed burst size> |CUPVID = <BTS C/U-plane VLAN ID> |HECOP = <header compression for MLPPP> | HECOU = <header compression for UDP IP> |BU1 = <BU1 abis throughput threshold> |BU2 = <BU2 abis throughput threshold> |PL1 = <packet loss in ethernet on DL Abis PL1 threshold> |PL2 = <packet loss in ethernet on DL Abis PL2 threshold> |PACC = <packet abis congestion control> |DLCIR = <downlink committed information rate> |MEMWT = <maximum ETP multiplexing wait time> |MBMWT = <maximum BTS multiplexing wait time> |MMPS = <maximum multiplexing packet size> |IPSEC = <IPSec enabled> |PDV = <packet delay variation> |VLANID = <VLAN id><option>]]...; New syntax: EFM: <BCF identification> :( [ TYPE = <site type> |AICT = <Abis Interface Connection Type> |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |...PABGID = <Packet Abis BCF Group ID><option> |MCPAEN = <MCPA power pooling enabled>]:... [ T200F = <FACCH LAPDm T200> |T200S = <SDCCH LAPDm T200> SUBTYPE = <BCF site subtype> <option> ] :[ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> <option> | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> <option> |TRS3 = < Flexi EDGE TRS Abis Grooming usage> <option> |TRS4 = < Flexi EDGE TRS Loop Protection usage > <option> |TRS5 = < Packet TRS E1/T1 usage> <option> |ERPP = < ethernet ring/path protection > | 0 def |<option>QOSA = < QoS aware ethernet >switch usage|0 def|<option>...:ETPGID = <ETP group ID>,BHIDL = < BCF HDLC ID list>,[[ ULTS = <uplink traffic shaping> |ULCIR = <UL committed information rate> |ULCBS = <UL committed burst size> |CUPVID = <BTS C/U-plane VLAN ID> |HECOP = <header compression for ML-PPP> | HECOU = <header compression for UDP IP> |BU1 = <BU1 abis throughput threshold> |BU2 = <BU2 abis throughput threshold> |PL1 = <packet loss in ethernet on DL Abis PL1 threshold> |PL2 = <packet loss in ethernet on DL Abis PL2 threshold> |PACC = <packet abis congestion control> |DLCIR = <downlink committed information rate> |MEMWT = <maximum ETP multiplexing wait time> |MBMWT = <maximum BTS multiplexing wait time> |MMPS = <maximum multiplexing packet size> |IPSEC = <IPSec enabled> |PDV = <packet delay variation> |VLANID = <VLAN id><option>]]...; Modified Command(s): O Description of changes: OUTPUT BASE CONTROL FUNCTION PARAMETERS New parameter ETHERNET RING/PATH PROTECTION (ERPP), QOS AWARE ETHERNET SWITCH (QOSA), 20W POWER LICENCE USAGE (PLU), RF SHARING STATE (RFSS), MCPA POWER POOLING ENABLED (MCPAEN), MCPA POWER POOLING BCF STATUS (MCPABS), MCPA IDENTITY PORT (MCPAIP), MCPA IDENTITY POSITION (MCPAIS), MCPA IDENTITY NUMBER (MCPAIN), MCPA POWER (MCPAPW) and SUBTYPE are added to the execution printout text. New values 5 and 6 are added to the ABIS INTERFACE CONNECTION TYPE (AICT), new value TOP is added to the CLOCK SOURCE (CS) and new values R, C and F are added to the BTS SITE SUBTYPE parameter. For Clock Source value TOP, new Synchronization mode NETWORK is added in the execution printout text. Modified Command(s): DN0963445 L OUTPUT BASE CONTROL FUNCTION SYNCHRONIZATION CONFIGURATION Id:0900d80580918ee5 Confidential 447 Changes in RG20(BSS) Description of changes: Modified Command(s): New value TOP is added to the CLOCK SOURCE parameter. For Clock Source value TOP, new Synchronization mode NETWORK is added in the execution printout text. T SET BASE CONTROL FUNCTION OUTPUTS Description of changes: The new value NOT USED is introduced and it is supported only for Flexi Multi radio 10 BCF. The number of output lines possible for Flexi Multi radio 10 is 6. Old syntax EFT: <BCF identification> :( ON = <external outputs ON> ... |OFF = <external outputs OFF> ... ) ... ; New syntax EFT: <BCF identification> :( ON = <external outputs ON> ... |OFF = <external outputs OFF> ... |NU = <external outputs NOT USED > ... ) ... ; (EH) - Handover Control Parameter Handling Modified command(s) and menu text(s): Modified Command(s): O OUTPUT HANDOVER CONTROL PARAMETERS C CREATE HANDOVER CONTROL PARAMETERS D MODIFY MS DISTANCE PARAMETERS N MODIFY PARAMETERS RELATED TO ADJACENT CELL O OUTPUT HANDOVER CONTROL PARAMETERS Description of changes: The parameters FDR, FR and FRT name should be suitable for the FDD and TDD. These 3 parameters' names are changed as follows: FDMR 'Number of Measured FDD Cells' is changed to 'Number of Measured Cells'. FR 'FDD Reporting Offset' is changed to 'Reporting Offset'. FRT 'FDD Reporting Threshold' is changed to 'Reporting Threshold'. Modified Command(s): C Description of changes: CREATE HANDOVER CONTROL PARAMETERS The parameters FDR, FR and FRT name should be suitable for the FDD and TDD. These 3 parameters' names are changed as follows: FDMR 'Number of Measured FDD Cells' is changed to 'Number of Measured Cells'. FR 'FDD Reporting Offset' is changed to 'Reporting Offset'. FRT 'FDD Reporting Threshold' is changed to 'Reporting Threshold'. Modified Command(s): Description of changes: D MODIFY MS DISTANCE PARAMETERS 2 BTS site types Flexi Multiradio 10 BTS and Flexi Compact BTS are added. For the site type Flexi Compact, the parameter MAX,MIN,SMAX,SMIN are not supported. Old semantics: Parameters MIN and MAX are supported for Talk-family, Ultra Site, Nokia 2nd generation and Flexi Multiradio. Parameters SMIN and SMAX are supported for Flexi EDGE and Flexi Multiradio BTS's. New semantics: For the new site type Flexi Compact, these 4 parameters MIN,MAX,SMIN,SMAX are not supported. 448 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Modified Command(s): N Description of changes: MODIFY PARAMETERS RELATED TO ADJACENT CELL The 3 parameters names are changed in order to fit both FDD and TDD mode. FDMR 'Number of Measured FDD Cells' is changed to 'Number of Measured Cells'. FR 'FDD Reporting Threshold' is changed to 'Reporting Threshold'. FRT 'FDD Reporting Offset' is changed to 'Reporting Offset'. Old syntax: EHN: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ([ AWS = <adjacent cell averaging window size> | NOZ = <number of zero results> | AAC = <all adjacent cells averaged> |QSRC= <threshold for multi-RAT MS> <option> |LTSC= <min traffic load for speech call> <option> |FDMR= <number of measured fdd cells> <option> |UMIU= <min interval between unsucc ISHO attempt> <option> |UAWS= <adjacent WCDMA RAN cell averaging window size> <option> |UNOZ= <number of WCDMA RAN zero results> <option> |UAAC= <all adjacent WCDMA RAN cells averaged> <option> |IDE = <inter-system direct access enabled> <option> |TRW = <triggering ratio for WCDMA RAN cell penalty> <option> |WCP = <WCDMA RAN cell penalty time> <option> ] :[ REP = <reporting rate> <option> | IBR = <invalid BSIC reporting> <option> | SBR = <serving band reporting> <option> | R8 = <800 reporting offset> <option> | RT8 = <800 reporting threshold> <option> | R9 = <900 reporting offset> <option> | RT9 = <900 reporting threshold> <option> | R18 = <1800 reporting offset> <option> | RT18 = <1800 reporting threshold> <option> | R19 = <1900 reporting offset> <option> | RT19 = <1900 reporting threshold> <option> | FR = <fdd reporting offset> <option> | FRT = <fdd reporting threshold> <option> | FRT2 = <fdd reporting threshold 2> <option> ] <option> )... ; New syntax: EHN: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ([ AWS = <adjacent cell averaging window size> | NOZ = <number of zero results> | AAC = <all adjacent cells averaged> |QSRC= <threshold for multi-RAT MS> <option> |LTSC= <min traffic load for speech call> <option> |FDMR= <number of measured cells> <option> |UMIU= <min interval between unsucc ISHO attempt> <option> |UAWS= <adjacent WCDMA RAN cell averaging window size> <option> |UNOZ= <number of WCDMA RAN zero results> <option> |UAAC= <all adjacent WCDMA RAN cells averaged> <option> |IDE = <inter-system direct access enabled> <option> |TRW = <triggering ratio for WCDMA RAN cell penalty> <option> |WCP = <WCDMA RAN cell penalty time> <option> ] :[ REP = <reporting rate> <option> | IBR = <invalid BSIC reporting> <option> | SBR = <serving band reporting> <option> | R8 = <800 reporting offset> <option> | RT8 = <800 reporting threshold> <option> | R9 = <900 reporting offset> <option> | RT9 = <900 reporting threshold> <option> | R18 = <1800 reporting offset> <option> | RT18 = <1800 reporting threshold> <option> | R19 = <1900 reporting offset> <option> | RT19 = <1900 reporting threshold> <option> | FR = <reporting offset> <option> | FRT = <reporting threshold> <option> | FRT2 = <fdd reporting threshold 2> <option> ] <option> )... ; (EQ) - BASE TRANSCEIVER STATION HANDLING IN BSC Modified command(s) and menu text(s): DN0963445 C CREATE BTS F MODIFY CELL ACCESS PARAMETERS M MODIFY MISCELLANEOUS PARAMETERS O OUTPUT BTS PARAMETERS V MODIFY BTS GPRS PARAMETERS Id:0900d80580918ee5 Confidential 449 Changes in RG20(BSS) Modified command(s): C Description of changes: Modified command(s): CREATE BTS Parameters PCU PSW TBF Density Target(TBFT), PCU PSW TBF Upgrade Threshold(TBFU) and PCU PSW TBF Downgrade Threshold(TBFD) are added to the execution printout. F Description of changes: MODIFY CELL ACCESS PARAMETERS Parameter Fast Return to TD-SCDMA(FRTDD) is added to execution printout and to the second block of command F. FRTDD allows the operator to control the usage of 'Fast return to TD-SCDMA' feature. This parameter is only visible when the Fast Return to TD-SCDMA license is in CONF or ON state. Old syntax: EQF : ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( BAR = <cell barred> |RE = <call re-establishment allowed> |EC = <emergency call restricted> |PLMN = <PLMN permitted> ... |ACC = <not allowed access classes> ... |DBC = <adjacency on other band> <option> |DR = <directed retry used> <option> |IDR = <intelligent directed retry used> <option> |CTY = <cell type> <option> |MIDR = <min time limit directed retry> <option> |MADR = <max time limit directed retry> <option> |DRM = <directed retry method> <option> ) ... ; New syntax: EQF : ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( BAR = <cell barred> |RE = <call re-establishment allowed> |EC = <emergency call restricted> |PLMN = <PLMN permitted> ... |ACC = <not allowed access classes> ... |DBC = <adjacency on other band> <option> |DR = <directed retry used> <option> |IDR = <intelligent directed retry used> <option> |CTY = <cell type> <option> |MIDR = <min time limit directed retry> <option> |MADR = <max time limit directed retry> <option> |DRM = <directed retry method> <option> |FRTDD= < fast return to td-scdma> <option>) ... ; Modified command(s): Description of changes: M MODIFY MISCELLANEOUS PARAMETERS Parameters Composited Multi Site Cell(CMSC), RACH Threshold of Composite Cell node 1(RTCC1), RACH Threshold of Composite Cell node 2(RTCC2), RACH Threshold of Composite Cell node 3(RTCC3), RACH Threshold of Composite Cell node 4(RTCC4), RACH Threshold of Composite Cell node 5(RTCC5) and RACH Threshold of Composite Cell node 6(RTCC6) are added to execution printout. These parameters are only visible when the state of license Composited Multi Site Transmission is either ON or CONF, and the site type is Flexi Multiradio BTS. Flexi Multiradio 10 and Flexi Compact BTS are newly introduced. Parametes Radius Extension(EXT) and Super Radius Extension(SEXT) should not be visible for Flexi Compact BTS. Parameters Composited Multi Site Cell(CMSC),RACH Threshold of Composite Cell node 1(RTCC1),RACH Threshold of Composite Cell node 2(RTCC2),RACH Threshold of Composite Cell node 3(RTCC3),RACH Threshold of Composite Cell node 4(RTCC4),RACH Threshold of Composite Cell node 5(RTCC5) and RACH Threshold of Composite Cell node 6(RTCC6) are added to the 11th block of command M. A new segment level parameter MSC HO Control Enabled(MHOENA) is added to the syntax and the execution printout. The possible values are ND (NOT DEFINED), Y (ALL HANDOVERS ARE CONTROLLED BY THE MSC) and N (ALL HANDOVERS ARE NOT CONTROLLED BY THE MSC). The default value is ND. The parameter is visible only when the MSC HO Control Enabled License is in ON or CONF state. 450 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Old semantics: Parameters RADIUS EXTENSION (EXT) and SUPER RADIUS EXTENSION (SEXT) support 2nd generation, Talk-family, UltraSite, FlexiEDGE, BTSPLUS and Flexi Multiradio site types. New semantics: Parameters RADIUS EXTENSION (EXT) and SUPER RADIUS EXTENSION (SEXT) support 2nd generation, Talk-family, UltraSite, FlexiEDGE, BTSPLUS, Flexi Multiradio and Flexi Multiradio 10 site types. Old syntax: EQM : ( BTS = <BTS identification> |NAME = <BTS name>SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ DTX = <DTX mode> |BMA = <BTS measure average> |PMAX1 = <MS tx pwr max gsm> |PMAX2 = <MS tx pwr max gsm1x00> |PMIN = <MS tx pwr min> |RET = <max number of retransmission> |NY1 = <max number of repetition> |SLO = <number of slots spread trans> |CB = <SMS CB used> |BLT = <BTS load threshold> |DMAX = <MS max distance in call setup> |TRP = <TRX priority in TCH allocation> |CLC = <cell load for channel search> |RDIV = <RX diversity> |TRIH = <TCH rate intra-cell handover> <option> |FRL = <lower limit for FR TCH resources> <option> |FRU = <upper limit for FR TCH resources> <option> |AFRL = <AMR lower limit for SEG FR resources> <option> |AFRU = <AMR upper limit for SEG FR resources> <option> |DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> |DFRLIM = <Limit for Triggering OSC DFR Multiplexing> <option> |DFR8K = <8K TRAU enabled for DFR> <option> |NECI = <new establishment causes support> |EXT = <radius extension> <option> |SEXT = <super radius extension> <option> |MBR = <multiband cell reporting> <option> |ESI = <early sending indication > |NBL = <non BCCH layer offset> <option> |LSEG = <BTS load in SEG> <option> |SCO = <scale ord> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load of target cell> <option> |TGT = <TRHO guard time> |DLN = <DL noise level> |ULN = <UL noise level> |STIRC = <STIRC enabled> <option> |EBENA = <extended BCCH enabled> |ISIC = <immediate SDCCH HO enabled> <option> |UDRB = <upper DL RX level threshold for BCCH TRX preference> <option> |LDRB = <lower DL RX level threshold for BCCH TRX preference> <option> ]:[ PWDT = <2G TRX power down threshold> |PWUT = <2G TRX power up threshold> |MPE = <Merged PGSM and EGSM Enabled>] <option> ... :[ PI = <cell reselection parameter index> |QUA = <cell bar qualify> |REO = <cell reselect offset> |TEO = <temporary offset> |PET = <penalty time> ] <option> ... :[ QSRI = <threshold to search UTRAN cells> <option> |QSRP = <gprs threshold to search UTRAN cells> <option> |FDD = <fdd and tdd cell reselect offset> <option> |FDM = <minimum fdd threshold> <option> |FDMO = <minimum fdd threshold offset> <option> |FDR = <minimum RSCP threshold> <option> ] ... :[ DMOD = <DFCA mode> |FHR = <forced HR mode C/I averaging period> <option> |FHT = <forced HR mode C/I threshold> <option> |FAHT = <forced AMR HR mode C/I threshold> <option> |FHH = <forced HR mode hysteresis> <option> ] :[ IGE = <IBHO GSM enabled> |IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift>|RXSLA =< rx signal level adjust> |TXSLA =< tx signal level adjust> |) ...:[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> );[ UPLO = < path loss offset UL> <option> |DPLO = < path loss offset DL> <option> |NDTP = <nominal DL TX power> <option> ]:[ CMSC = <composited multi site cell>|RTCC1 = < RACH threshold of composite cell node 1>|RTCC2 = < RACH threshold of composite cell node 2>|RTCC3 = < RACH threshold of composite cell node 3>|RTCC4 = < RACH threshold of composite cell node 4>|RTCC5 = < RACH threshold of composite cell node 5>|RTCC6 = < RACH threshold of composite cell node 6>... ]<option>) DN0963445 Id:0900d80580918ee5 Confidential 451 Changes in RG20(BSS) New syntax: EQM : ( BTS = <BTS identification> |NAME = <BTS name>SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ DTX = <DTX mode> |BMA = <BTS measure average> |PMAX1 = <MS tx pwr max gsm> |PMAX2 = <MS tx pwr max gsm1x00> |PMIN = <MS tx pwr min> |RET = <max number of retransmission> |NY1 = <max number of repetition> |SLO = <number of slots spread trans> |CB = <SMS CB used> |BLT = <BTS load threshold> |DMAX = <MS max distance in call setup> |TRP = <TRX priority in TCH allocation> |CLC = <cell load for channel search> |RDIV = <RX diversity> |TRIH = <TCH rate intra-cell handover> <option> |FRL = <lower limit for FR TCH resources> <option> |FRU = <upper limit for FR TCH resources> <option> |AFRL = <AMR lower limit for SEG FR resources> <option> |AFRU = <AMR upper limit for SEG FR resources> <option> |DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> |DFRLIM = <Limit for Triggering OSC DFR Multiplexing> <option> |DFR8K = <8K TRAU enabled for DFR> <option> |NECI = <new establishment causes support> |EXT = <radius extension> <option> |SEXT = <super radius extension> <option> |MBR = <multiband cell reporting> <option> |ESI = <early sending indication > |NBL = <non BCCH layer offset> <option> |LSEG = <BTS load in SEG> <option> |SCO = <scale ord> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load of target cell> <option> |TGT = <TRHO guard time> |DLN = <DL noise level> |ULN = <UL noise level> |STIRC = <STIRC enabled> <option> |EBENA = <extended BCCH enabled> |ISIC = <immediate SDCCH HO enabled> <option> |UDRB = <upper DL RX level threshold for BCCH TRX preference> <option> | LDRB = <lower DL RX level threshold for BCCH TRX preference> <option> |PRECPG = <precise paging usage> <option> |EXTPG = <extended Paging enabled> <option> |MHOENA = <MSC HO Control Enabled><option>]:[ PWDT = <2G TRX power down threshold> |PWUT = <2G TRX power up threshold> |MPE = <Merged PGSM and EGSM Enabled>] <option> ... :[ PI = <cell reselection parameter index> |QUA = <cell bar qualify> |REO = <cell reselect offset> |TEO = <temporary offset> |PET = <penalty time> ] <option> ... :[ QSRI = <threshold to search UTRAN cells> <option> |QSRP = <gprs threshold to search UTRAN cells> <option> |FDD = <fdd and tdd cell reselect offset> <option> |FDM = <minimum fdd threshold> <option> |FDMO = <minimum fdd threshold offset> <option> |FDR = <minimum RSCP threshold> <option> ] ... :[ DMOD = <DFCA mode> |FHR = <forced HR mode C/I averaging period> <option> |FHT = <forced HR mode C/I threshold> <option> |FAHT = <forced AMR HR mode C/I threshold> <option> |FHH = <forced HR mode hysteresis> <option> ] :[ IGE = <IBHO GSM enabled> |IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift>|RXSLA =< rx signal level adjust> |TXSLA =< tx signal level adjust> |) ...:[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> | LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> ):[ UPLO = < path loss offset UL> <option> |DPLO = < path loss offset DL> <option> |NDTP = <nominal DL TX power> <option> ]:[ CMSC = <composited multi site cell>|RTCC1 = < RACH threshold of composite cell node 1>|RTCC2 = < RACH threshold of composite cell node 2>|RTCC3 = < RACH threshold of composite cell node 3>|RTCC4 = < RACH threshold of composite cell node 4>|RTCC5 = < RACH threshold of composite cell node 5>|RTCC6 = < RACH threshold of composite cell node 6>... ]<option>); Modified command(s): Description of changes: 452 A MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS Execution printout has been updated. Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Old semantics The maximum value for parameters MAL, DUMAL and UMAL are 4200. New semantics In standalone configuration, the user can configure a maximum value of 4400 for parameters MAL, DUMAL and UMAL. Modified command(s): O Description of changes: OUTPUT BTS PARAMETERS A new segment level parameter MSC HO Control Enabled(MHOENA) is added to the syntax and the execution printout. The possible values are ND (NOT DEFINED), Y (ALL HANDOVERS ARE CONTROLLED BY THE MSC) and N (ALL HANDOVERS ARE NOT CONTROLLED BY THE MSC). The default value is ND. The parameter is visible only when the MSC HO Control Enabled License is in ON or CONF state. (ER) - Transceiver Handling Modified command(s) and menu text(s): O Description of changes: OUTPUT BTS PARAMETERS Segment level parameters PCU PSW TBF Density Target(TBFT), PCU PSW TBF Upgrade Threshold(TBFU) and PCU PSW TBF Downgrade Threshold(TBFD) are added to execution printout. These parameters are only visible when the Adjustable TBF Multiplexing Density license is either CONF or ON state. Segment level parameter TDSCDMA NCCR enabled(TNENA) is added to execution printout. This parameter is only visible when the IS NCCR for TD-SCDMA license is ON or CONF. Segment level parameters Composited Multi Site Cell(CMSC), RACH Threshold of Composite Cell node 1(RTCC1), RACH Threshold of Composite Cell node 2(RTCC2), RACH Threshold of Composite Cell node 3(RTCC3), RACH Threshold of Composite Cell node 4(RTCC4), RACH Threshold of Composite Cell node 5(RTCC5) and RACH Threshold of Composite Cell node 6(RTCC6) are added to execution printout. These parameters are only visible when the Composited Multi Site Transmission license is in CONF or ON state, and the sitetype is Flexi Multiradio BTS. Segment level parameter Fast Return to TD-SCDMA(FRTDD) is added to execution printout. This parameter is only visible when the Fast Return to TD-SCDMA license is ON or CONF. Modified Command Description of changes: V MODIFY BTS GPRS PARAMETERS Segment level parameters PCU PSW TBF Density Target(TBFT), PCU PSW TBF Upgrade Threshold(TBFU)and PCU PSW TBF Downgrade Threshold(TBFD) are added to the execution printout. These parameters are only visible when the Adjustable TBF Multiplexing Density license is CONF or ON. Parameters PCU PSW TBF Density Target(TBFT), PCU PSW TBF Upgrade Threshold(TBFU), PCU PSW TBF Downgrade Threshold(TBFD) and TDSCDMA NCCR enabled(TNENA) are added to the fifth block of command V. Segment level parameter TDSCDMA NCCR enabled(TNENA) is added to the execution printout. The parameter is only visible when the IS NCCR for TD-SCDMA license is in ON or CONF state. Flexi Multiradio 10 and Flexi Compact BTS are newly introduced. DN0963445 Id:0900d80580918ee5 Confidential 453 Changes in RG20(BSS) Old semantics: The parameters are EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), DL coding scheme in ext area acknowledged mode(DCSEA), DL coding scheme in ext area unacknowledged mode(DCSEU), UL coding scheme in ext area acknowledged mode(UCSEA), UL coding scheme in ext area unacknowledged mode(UCSEU), initial MCS for ext area acknowledged mode(MCEA) and initial MCS for ext area unacknowledged mode(MCEU) support FlexiEDGE, UltraSite, BTSPLUS and Flexi Multiradio site type. New semantics: The parameters are EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), DL coding scheme in ext area acknowledged mode(DCSEA), DL coding scheme in ext area unacknowledged mode(DCSEU), UL coding scheme in ext area acknowledged mode(UCSEA), UL coding scheme in ext area unacknowledged mode(UCSEU), initial MCS for ext area acknowledged mode(MCEA) and initial MCS for ext area unacknowledged mode(MCEU) support FlexiEDGE, UltraSite, BTSPLUS, Flexi Multiradio and Flexi Multiradio 10 subsite type. Old syntax: EQV : ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ GENA = <GPRS enabled> |EGENA = <EGPRS enabled> <option> |RAC = <routing area code> |CDED = <dedicated GPRS capacity> |CDEF = <default GPRS capacity> |CMAX = <max GPRS capacity> |BFG = <prefer BCCH frequency GPRS> |DLA = <DL adaptation probability threshold> |ULA = <UL adaptation probability threshold> |DLB = <DL BLER crosspoint for CS selection no hop> |ULB = <UL BLER crosspoint for CS selection no hop> |DLBH = <DL BLER crosspoint for CS selection hop> |ULBH = <UL BLER crosspoint for CS selection hop> |COD = <coding scheme no hop> |CODH = <coding scheme hop> |MCA = <initial MCS for acknowledged mode> |MCU = <initial MCS for unacknowledged mode> |BLA = <maximum BLER in acknowledged mode> |BLU = <maximum BLER in unacknowledged mode> |MBG = <mean BEP offset GMSK> |MBP = <mean BEP offset 8PSK> |ELA = <EGPRS link adaptation enabled> <option> |CS34 = <coding schemes CS3 and CS4 enabled> <option> |DCSA = <DL coding scheme in acknowledged mode> |UCSA = <UL coding scheme in acknowledged mode> |DCSU = <DL coding scheme in unacknowledged mode> |UCSU = <UL coding scheme in unacknowledged mode> |ALA = <adaptive LA algorithm> |EXGENA = <extended cell GPRS/EDGE enabled> <option> |EXKEEP = <extended cell location keep period> <option> |DCSEA = <DL coding scheme in ext area acknowledged mode> <option> |DCSEU = <DL coding scheme in ext area unacknowledged mode> <option> |UCSEA = <UL coding scheme in ext area acknowledged mode> <option> |UCSEU = <UL coding scheme in ext area unacknowledged mode> <option> |MCEA = <initial MCS for ext area acknowledged mode> <option> |MCEU = <initial MCS for ext area unacknowledged mode> <option> ] ... :[ NSEI = <network service entity identifier> <option> |TRAT = <transport type> <option> |PSEI = <packet service entity identifier> <option> |BCSU = <base station controller signaling unit> <option> |PCU = <packet control unit> <option> ]|:[ TFU = <BTS uplink throughput factor for CS1-CS4> |TFD = <BTS downlink throughput factor for CS1-CS4 > |TFUM1 = <BTS uplink throughput factor for MCS1MCS4> |TFUM = <BTS uplink throughput factor for MCS1-MCS9> |TFDM = <BTS downlink throughput factor for MCS1-MCS9>GCTF = <GPRS capacity throughput factor> <option> |EAW = <EGPRS inactivity alarm weekdays> <option> ... |EAS = <EGPRS inactivity alarm start time> <option> |EAE = <EGPRS inactivity alarm end time> <option> |DCENA = <DLDC enabled> <option> ] :[ DENA = <DTM enabled> <option> ] ) ... ; <option> 454 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) New syntax: EQV : ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ GENA = <GPRS enabled> |EGENA = <EGPRS enabled> <option> |RAC = <routing area code> |CDED = <dedicated GPRS capacity> |CDEF = <default GPRS capacity> |CMAX = <max GPRS capacity> |BFG = <prefer BCCH frequency GPRS> |DLA = <DL adaptation probability threshold> |ULA = <UL adaptation probability threshold> |DLB = <DL BLER crosspoint for CS selection no hop> |ULB = <UL BLER crosspoint for CS selection no hop> |DLBH = <DL BLER crosspoint for CS selection hop> |ULBH = <UL BLER crosspoint for CS selection hop> |COD = <coding scheme no hop> |CODH = <coding scheme hop> |MCA = <initial MCS for acknowledged mode> |MCU = <initial MCS for unacknowledged mode> |BLA = <maximum BLER in acknowledged mode> |BLU = <maximum BLER in unacknowledged mode> |MBG = <mean BEP offset GMSK> |MBP = <mean BEP offset 8PSK> |ELA = <EGPRS link adaptation enabled> <option> |CS34 = <coding schemes CS3 and CS4 enabled> <option> |DCSA = <DL coding scheme in acknowledged mode> |UCSA = <UL coding scheme in acknowledged mode> |DCSU = <DL coding scheme in unacknowledged mode> |UCSU = <UL coding scheme in unacknowledged mode> |ALA = <adaptive LA algorithm> |EXGENA = <extended cell GPRS/EDGE enabled> <option> |EXKEEP = <extended cell location keep period> <option> |DCSEA = <DL coding scheme in ext area acknowledged mode> <option> |DCSEU = <DL coding scheme in ext area unacknowledged mode> <option> |UCSEA = <UL coding scheme in ext area acknowledged mode> <option> |UCSEU = <UL coding scheme in ext area unacknowledged mode> <option> |MCEA = <initial MCS for ext area acknowledged mode> <option> |MCEU = <initial MCS for ext area unacknowledged mode> <option> ] ... :[ NSEI = <network service entity identifier> <option> |TRAT = <transport type> <option> |PSEI = <packet service entity identifier> <option> |BCSU = <base station controller signaling unit> <option> |PCU = <packet control unit> <option> ]|:[ TFU = <BTS uplink throughput factor for CS1-CS4> |TFD = <BTS downlink throughput factor for CS1-CS4 > |TFUM1 = <BTS uplink throughput factor for MCS1MCS4> |TFUM = <BTS uplink throughput factor for MCS1-MCS9> |TFDM = <BTS downlink throughput factor for MCS1-MCS9>GCTF = <GPRS capacity throughput factor> <option> |EAW = <EGPRS inactivity alarm weekdays> <option> ... |EAS = <EGPRS inactivity alarm start time> <option> |EAE = <EGPRS inactivity alarm end time> <option> |DCENA = <DLDC enabled> <option> ] :[ DENA = <DTM enabled> <option> |TBFT = < PCU PSW TBF density target> <option> |TBFU = < PCU PSW TBF upgrade threshold> <option> |TBFD = < PCU PSW TBF downgrade threshold> <option>|TNENA = < TDSCDMA NCCR enabled> <option> ] ) ... ; <option> Parameters: EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), DL coding scheme in ext area acknowledged mode(DCSEA), DL coding scheme in ext area unacknowledged mode(DCSEU), UL coding scheme in ext area acknowledged mode(UCSEA), UL coding scheme in ext area unacknowledged mode(UCSEU), initial MCS for ext area acknowledged mode(MCEA) and initial MCS for ext area unacknowledged mode(MCEU) should not be visible for Flexi Compact BTS. (EU) - Power Control Parameter Handling Modified command(s) and menu text(s): Modified Command: DN0963445 M M MODIFY DATA SERVICE PARAMETERS C CREATE POWER CONTROL PARAMETERS G MODIFY GENERAL PARAMETERS O OUTPUT POWER CONTROL PARAMETERS MODIFY DATA SERVICE PARAMETERS Id:0900d80580918ee5 Confidential 455 Changes in RG20(BSS) Description of changes: New parameters are added to the execution printout and in the second block. PCWS = <DL PC window size> <option> PCPOW = <DL PC default power reduction> <option> These parameters will be visible only when (E)GPRS DL Power Control feature licence is ON/CONF. Old syntax EUM: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) :( IFP = <idle mode signal strength filter period> | TFP = <transfer mode signal strength filter period> | ALPHA = <binary representation ALPHA> | GAMMA = <binary representation TAU> | BEP = <bit error probability filter averaging period> <option> ... ); New syntax EUM: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) :( IFP = <idle mode signal strength filter period> | TFP = <transfer mode signal strength filter period> | ALPHA = <binary representation ALPHA> | GAMMA = <binary representation TAU> | BEP = <bit error probability filter averaging period> <option> | PCWS = <DL PC window size> <option>| PCPOW = <DL PC default power reduction> <option> ... ); Modified command C Description of changes: CREATE POWER CONTROL PARAMETERS As part of the feature RG301666 (E)GPRS DL Power Control, following two parameters are added to the execution printout. These parameters will be visible only when (E)GPRS DL Power Control feature licence is ON/CONF. DL PC window size (PCWS) DL PC default power reduction (PCPOW) As part of the feature RG602124 Composite Multi Site Transmission, following six parameters are added to the execution printout. These parameters will be visible only if Composited Multi Site Transmission feature licence is ON/CONF and site type is Flexi Multiradio. maximum Tx power of composite cell node1 (MTPCC1) maximum Tx power of composite cell node2 (MTPCC2) maximum Tx power of composite cell node3 (MTPCC3) maximum Tx power of composite cell node4 (MTPCC4) maximum Tx power of composite cell node5 (MTPCC5) maximum Tx power of composite cell node6 (MTPCC6) Modified command 456 G MODIFY GENERAL PARAMETERS Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Description of changes: The following six parameters are added to the execution printout. These parameters will be visible only if Composited Multi Site Transmission feature licence is ON/CONF and site type is Flexi Multiradio. maximum Tx power of composite cell node 1 (MTPCC1) maximum Tx power of composite cell node 2 (MTPCC2) maximum Tx power of composite cell node 3 (MTPCC3) maximum Tx power of composite cell node 4 (MTPCC4) maximum Tx power of composite cell node 5 (MTPCC5) maximum Tx power of composite cell node 6 (MTPCC6) The following six parameters are added to the second parameter block. These parameters will be visible and modifiable only if Composited Multi Site Transmission feature licence is ON/CONF and site type is Flexi Multiradio. Default value of these parameters is zero. maximum Tx power of composite cell node 1 (MTPCC1) maximum Tx power of composite cell node 2 (MTPCC2) maximum Tx power of composite cell node 3 (MTPCC3) maximum Tx power of composite cell node 4 (MTPCC4) maximum Tx power of composite cell node 5 (MTPCC5) maximum Tx power of composite cell node 6 (MTPCC6) Old syntax: EUG: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ( PENA = <power ctrl enabled> | PMAX1 = <BS TX pwr max> | PMAX2 = <BS TX pwr max1x00> | POFF = <BS TX pwr offset> <option> | PMIN = <BS TX pwr min> | INC = <power incr step size> | RED = <power red step size> | INT = <power control interval> | PD0 = <power decr limit band 0> | PD1 = <power decr limit band 1> | PD2 = <power decr limit band 2> | PDF = <power decr qual factor> | AENA = <ALA enabled> | ALIM = <power limit ALA> | AMIN = <min int between ALA> | TPR = <BCCH TRX TX pwr reduction> <option> | MDLPWR = <max DL power reduction> | MULPWR = mx UL power reduction > | DHOPSM = <derived HO power security margin> | EDLI = <estimated DL interference> | MPC = <Maximum power compensation>...)...; New syntax EUG: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ( PENA = <power ctrl enabled> | PMAX1 = <BS TX pwr max> | PMAX2 = <BS TX pwr max1x00> | POFF = <BS TX pwr offset> <option> | PMIN = <BS TX pwr min> | INC = <power incr step size> | RED = <power red step size> | INT = <power control interval> | PD0 = <power decr limit band 0> | PD1 = <power decr limit band 1> | PD2 = <power decr limit band 2> | PDF = <power decr qual factor> | AENA = <ALA enabled> | ALIM = <power limit ALA> | AMIN = <min int between ALA> | TPR = <BCCH TRX TX pwr reduction> <option> | MDLPWR = <max DL power reduction> | MULPWR = mx UL power reduction > | DHOPSM = <derived HO power security margin> | EDLI = <estimated DL interference> | MPC = <Maximum power compensation>| MTPCC1 = < maximum Tx power of composite cell nod1e1><option> | MTPCC2 = < maximum Tx power of composite cell nod1e 2><option> | MTPCC3 = < maximum Tx power of composite cell nod1e 3><option> | MTPCC4 = < maximum Tx power of composite cell nod1e 4><option> | MTPCC5 = < maximum Tx power of composite cell nod1e 5><option> | MTPCC6 = < maximum Tx power of composite cell nod1e 6><option> ...)...; Modified command DN0963445 O OUTPUT POWER CONTROL PARAMETERS Id:0900d80580918ee5 Confidential 457 Changes in RG20(BSS) Description of changes: As part of the feature BSS21507 Flexible MCPA Tx Power Pooling, the following parameter is added to the execution printout. This parameter is visible only when the MCPA Tx Power Pooling feature license is ON/CONF and if the BTS is Flexi Multiradio site type. BCCH TRX power As part of the feature RG301666 (E)GPRS DL Power Control, following two parameters are added to the execution printout. These parameters will be visible only when (E)GPRS DL Power Control feature licence is ON/CONF. DL PC window size (PCWS) DL PC default power reduction (PCPOW) As part of the feature RG602124 Composite Multi Site Transmission, following six parameters are added to the execution printout. These parameters will be visible only if Composited Multi Site Transmission feature licence is ON/CONF and site type is Flexi Multiradio. maximum Tx power of composite cell node 1 (MTPCC1) maximum Tx power of composite cell node 2 (MTPCC2) maximum Tx power of composite cell node 3 (MTPCC3) maximum Tx power of composite cell node 4 (MTPCC4) maximum Tx power of composite cell node 5 (MTPCC5) maximum Tx power of composite cell node 6 (MTPCC6) (IV) - User Authentication Policy Handling New command(s) added: Modified command(s) and menu text(s): Modified Command: Description of changes: K M ADD OR DELETE FORBIDDEN PASSWORDS N LIST FORBIDDEN PASSWORDS K CONFIGURE PASSWORD POLICY I INTERROGATE AUTHENTICATION POLICIES CONFIGURE PASSWORD POLICY New name-defined parameter (HCOUNT,FPWL) have been added to the second parameter block. HCOUNT indicates the how many history password is checked. Possible values are 0 - 20 and default is 20. FPWL indicates if the forbidden password list is checked. Possible values are ON and OFF.. Old syntax IVK: <password policy name>: [[PCMDS = [ IAH | IAS | IAG | IAF ]...] |[HCMDS = [ IAS | IAG | IAF ]...] | [LENGTH = <min password length>] |[CHAR = <min characters in password>] |[DIGIT = <min digits in password>] |[SPECIAL = <min special characters in password>] |[REPEAT = <max repeating characters>] |[ALPH = <max alphabetical order>] |[NUMERIC = <max numerical order>] |[USERID = [ YES | NO ]]]; New syntax IVK: <password policy name>:[[PCMDS = [ IAH | IAS | IAG | IAF ]...] |[HCMDS = [ IAS | IAG | IAF ]...] |[LENGTH = <min password length>] |[CHAR = <min characters in password>] |[DIGIT = <min digits in password>] |[SPECIAL = <min special characters in password>] |[REPEAT = <max repeating characters>] |[ALPH = <max alphabetical order>] |[NUMERIC = <max numerical order>] |[USERID = [ YES | NO ]] |[HCOUNT = <count of limited history password>] |[FPWL =[ ON | OFF ]]];; 458 Id:0900d80580918ee5 Confidential DN0963445 Changes in RG20(BSS) Modified command Description of changes: DN0963445 I INTERROGATE AUTHENTICATION POLICIES Two new password policy items will be listed in the execution print out of interrogate password policy. They are "COUNT OF LIMITED HISTORY PASSWORD" and "FORBIDDEN PASSWORD LIST CHECKED". Id:0900d80580918ee5 Confidential 459 Changes in RG20(BSS) 6.1.4 6.1.4.1 Deleted MML programs Deleted MML programs between S15 and S15 EP1.2 and S15 EP2.1 releases There are no deleted MML programs between S15 and S15 EP1.2 and S15 EP2.1 releases. 460 Id:0900d805808c9c15 Confidential DN0963445 Changes in RG20(BSS) 6.2 6.2.1 MML changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 04 About MML changes The changes that have been made to MML programs between S15 and S15 on top features BSC sofware and mcBSC software releases are described here. MMLs with only a few internal changes or guide text changes are not listed in the MML changes documentation. It is possible that command sequences must be modified due to the changes summarised here. The MML changes documentation may contain information which is irrelevant to the customer. The relevance of the information depends on the delivered software build. For example, some MML programs are optional and are not automatically included in the software build. For more detailed descriptions see the corresponding commands and instructions. DN0963445 Id:0900d8058088905b Confidential 461 Changes in RG20(BSS) 6.2.2 6.2.2.1 New MMLs New MMLs for RG20(BSS) on top feature release There are no new MMLs for RG20(BSS) on top feature release. 6.2.2.2 New MMLs for mcBSC release There are no new MMLs for mcBSC release. 462 Id:0900d8058087845f Confidential DN0963445 Changes in RG20(BSS) 6.2.3 6.2.3.1 MML Changes Modified MML Programs between S15 and S15 on top feature releases (EA) - Adjacent Cell Handling Modified command(s) and menu text(s) Modified Command C CREATE ADJACENT CELL PARAMETERS M MODIFY ADJACENT CELL PARAMETERS C CREATE ADJACENT CELL PARAMETERS Description of changes: Modified Command HOTA Parameter Description added. M Description of changes: MODIFY ADJACENT CELL PARAMETERS HOTA Parameter Description added. (EE) - Base Station Controller Parameter Handling in BSC Modified command(s) and menu text(s) Modified Command Description of changes: E CONTROL ACTIVATION OF RNW PLAN H MODIFY DYNAMIC FREQUENCY AND CHANNEL ALLOCATION PARAMETERS I OUTPUT RADIO NETWORK CONFIGURATION L OUTPUT TRX RADIO TIME SLOTS M MODIFY GENERAL BASE STATION CONTROL PARAMETERS O OUTPUT BASE STATION CONTROLLER PARAMETERS E CONTROL ACTIVATION OF RNW PLAN New parameter is added to support forced hand over time limit: FH = <fho time limit> The values range from 1 to 500 seconds. The default value is 2 seconds. Old syntax EEE: ( ID = <configuration identification> |OP = <operation type> ) :( ME = <activation method> |CO = <connection type> ) :( OK = <ok cases to feedback> |PI = <progress info> |CT = <compress threshold> |RD = <remote directory path> |PN = <plan name> |ST = <short timer interval> |LT = <long timer interval> |SC = <short timer count> |LC = <long timer count> |IP = <ip address> |PO = <port number> |FA = <ftam application entity name> |UN = <user name> |UI = <user id> |PW = <password> |FM = <format>US = <uploadscope>) ... ; New syntax EEE: (ID = <configuration identification>OP = <operation type> ):( ME = <activation method>|CO = <connection type> )|FH = <fho time limit> ):( OK = <ok cases to feedback>PI = <progress info>|CT = <compress threshold>|RD = <remote directory path>PN = <plan name>|ST = <short timer interval>LT = <long timer interval> |SC = <short timer count> |LC = <long timer count> |IP = <ip address> |PO = <port number> |FA = <ftam application entity name> |UN = <user name> |UI = <user id> |PW = <password> | FM = <format> | US = <uploadscope>) ... ; DN0963445 Id:0900d80580875382 Confidential 463 Changes in RG20(BSS) Parameters CONFIGURATION ID, OPERATION TYPE: ACTIVATION METHOD, CONNECTION TYPE, FHO TIME LIMIT: OK CASES TO FEEDBACK, PROGRESS INFO, COMPRESS THRESHOLD, PLAN FILENAME, REMOTE DIRECTORY, SHORT TIMER INTERVAL, LONG TIMER INTERVAL, SHORT TIMER COUNT, LONG TIMER COUNT, IP ADDRESS, PORT NUMBER, FTAM APPLICATION ENTITY NAME, USER NAME, USER ID, PASSWORD. Additional information This parameter will only be visible when the operational type is ACT or ACTWF. Modified Command H MODIFY DYNAMIC FREQUENCY AND CHANNEL ALLOCATION PARAMETERS Description of changes: Four new parameters are added along with their parameter explanations and execution printouts. Example and additional information are also given for each parameter. (CIDHR, SBDHR, CIDFR, SBDFR) Old syntax EEH: ( CIF = <C/I target FR> |SBF = <soft blocking C/I FR> |CIUL = <C/I target UL offset> |CIH = <C/I target HR> <option> |SBH = <soft blocking C/I HR> <option> |CIT = <C/I target 14.4> <option> |SBCI = <soft blocking C/I 14.4> <option> |CIAF = <C/I target AMR FR> <option> |SBAF = <soft blocking C/I AMR FR> <option> |CIAH = <C/I target AMR HR> <option> |SBAH = <soft blocking C/I AMR HR> <option> |CISD = <C/I target SDCCH> <option> |SBSD = <soft blocking C/I SDCCH> <option> |CIGP = <C/I target GPRS> <option> |SBGP = <soft blocking C/I GPRS> <option> |SCIO = <SAIC DL C/I offset> <option> |BCP = <BIM confidence probability> |BIT = <BIM interference threshold> |BUP = <BIM update period> |BUSF = <BIM update scaling factor> |BUGT = <BIM update guard time> |DCAM = <DFCA channel allocation method> |EBID = <expected BSC-BSC interface delay> ) ... ; <option> New syntax EEH: (CIF = <C/I target FR> | SBF = <soft blocking C/I FR> | CIUL = <C/I target UL offset> | CIH = <C/I target HR> <option> | SBH = <soft blocking C/I HR> <option> | CIT = <C/I target 14.4> <option> | SBCI = <soft blocking C/I 14.4> <option> | CIAF = <C/I target AMR FR> <option> | SBAF = <soft blocking C/I AMR FR> <option> | CIAH = <C/I target AMR HR> <option> | SBAH = <soft blocking C/I AMR HR> <option> | CISD = <C/I target SDCCH> <option> | SBSD = <soft blocking C/I SDCCH> <option> | CIGP = <C/I target GPRS> <option> | SBGP = <soft blocking C/I GPRS> <option> | CIDHR = <C/I target OSC DHR> <option> | SBDHR = <soft blocking C/I OSC DHR> <option> | CIDFR = <C/I target OSC DFR> <option> | SBDFR = <soft blocking C/I OSC DFR> <option> | SCIO = <SAIC DL C/I offset> <option> | BCP = <BIM confidence probability> | BIT = <BIM interference threshold> | BUP = <BIM update period> | BUSF = <BIM update scaling factor> | BUGT = <BIM update guard time> | DCAM = <DFCA channel allocation method> | EBID = <expected BSC-BSC interface delay> ) ... ; <option> Parameters C/I TARGET FR <option>, SOFT BLOCKING C/I FR<option>,C/I TARGET UL OFFSET<option>,C/I TARGET 14.4<option>,SOFT BLOCKING C/I 14.4<option>, C/I TARGET AMR FR<option>, SOFT BLOCKING C/I AMR FR<option>,C/I TARGET AMR HR<option>,SOFT BLOCKING C/I AMR HR<option>,C/I TARGET SDCCH<option>,SOFT BLOCKING C/I SDCCH<option>, C/I TARGET GPRS<option>,SOFT BLOCKING C/I GPRS<option>,C/I TARGET OSC DHR<option>,SOFT BLOCKING C/I OSC DHR<option>, C/I TARGET OSC DFR<option>,SOFT BLOCKING C/I OSC DFR<option>, SAIC DL C/I OFFSET<option>,BIM CONFIDENCE PROBABILITY<option>, BIM INTERFERENCE THRESHOLD<option>,BIM UPDATE PERIOD<option>,BIM UPDATE SCALING FACTOR<option>, BIM UPDATE GUARD TIME<option>,DFCA CHANNEL ALLOCATION METHOD<option>, EXPECTED BSC-BSC INTERFACE DELAY<option> Modified Command Description of changes: 464 I OUTPUT RADIO NETWORK CONFIGURATION Two new parameters are added with changes in execution printouts and additional information. (DFR and 8K TRAU) Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Modified Command L Description of changes: Modified Command OUTPUT TRX RADIO TIME SLOTS Two new parameters are added with changes in execution printouts and additional information. (DFR and 8K TRAU) M MODIFY GENERAL BASE STATION CONTROL PARAMETERS Description of changes: New parameter is added (LSEIC) with significant changes in parameter and its explanation, Example, Additional information and execution printouts. Old syntax EEM: ( NPC = <number of preferred cells> |GMAC = <GSM macrocell threshold> |GMIC = <GSM microcell threshold> |DMAC = <DCS macrocell threshold> |DMIC = <DCS microcell threshold> |DISB = <MS distance behaviour> |TIM = <BTS site battery backup forced HO timer> <option> |EEF = <enable emergency call on FACCH> |EPF = <enable answer to paging call on FACCH> <option> |EOF = <enable ordinary calls on FACCH> <option> |ERF = <enable call re-establishment on FACCH> <option> |HRI = <TCH in handover> <option> |HRL = <lower limit for FR TCH resources> <option> |HRU = <upper limit for FR TCH resources> <option> |AHRL = <AMR lower limit for FR resources> <option> |AHRU = <AMR upper limit for FR resources> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load target cell> <option> |ACH = <AMR configuration in handovers> <option> |IAC = <initial AMR channel rate> <option> |SAL = <slow AMR LA enabled> <option> |ASG = <AMR set grades enabled> <option> |CSD = <free TSL for CS downgrade> <option> |CSU = <free TSL for CS upgrade> <option> |TGT = <TRHO guard time> |HDL = <HO preference order interference DL> |HUL = <HO preference order interference UL> |CLR = <load rate for channel search> |TTSAP = <triggering threshold for service area penalty> <option> |PTMP = <penalty trigger measurement period> <option> |SAPT = <service area penalty time> <option> |CTR = <CS TCH allocate RTSL0> <option> |CTC = <CS TCH allocation calculation> <option> |NACC = <NACC enabled> <option> |IACT = <initial AMR codec type> <option> |SCHP = <CB DRX schedule period> :NCM = <NCCR control mode> <option> |NIRP = <NCCR idle mode reporting period> <option> |NTRP = <NCCR transfer mode reporting period> <option> |NOCT = <NCCR return to old cell time> <option> |NTPT = <NCCR target cell penalty time> <option> |NNCP = <NCCR neighbor cell penalty> <option> |WFNE = <WCDMA FDD NCCR enabled> <option> |WFNP = <WCDMA FDD NCCR preferred> <option> ) ... ; DN0963445 Id:0900d80580875382 Confidential 465 Changes in RG20(BSS) New syntax EEM: ( NPC = <number of preferred cells> |GMAC = <GSM macrocell threshold> |GMIC = <GSM microcell threshold> |DMAC = <DCS macrocell threshold> |DMIC = <DCS microcell threshold> |DISB = <MS distance behaviour> |TIM = <BTS site battery backup forced HO timer> <option> |EEF = <enable emergency call on FACCH> |EPF = <enable answer to paging call on FACCH> <option> |EOF = <enable ordinary calls on FACCH> <option> |ERF = <enable call re-establishment on FACCH> <option> |HRI = <TCH in handover> <option> |HRL = <lower limit for FR TCH resources> <option> |HRU = <upper limit for FR TCH resources> <option> |AHRL = <AMR lower limit for FR resources> <option> |AHRU = <AMR upper limit for FR resources> <option> |BCN = <BSC call number> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load target cell> <option> |ACH = <AMR configuration in handovers> <option> |IAC = <initial AMR channel rate> <option> |SAL = <slow AMR LA enabled> <option> |ASG = <AMR set grades enabled> <option> |CSD = <free TSL for CS downgrade> <option> |CSU = <free TSL for CS upgrade> <option> |TGT = <TRHO guard time> |HDL = <HO preference order interference DL> |HUL = <HO preference order interference UL> |CLR = <load rate for channel search> |TTSAP = <triggering threshold for service area penalty> <option> |PTMP = <penalty trigger measurement period> <option> |SAPT = <service area penalty time> <option> |CTR = <CS TCH allocate RTSL0> <option> |CTC = <CS TCH allocation calculation> <option> |NACC = <NACC enabled> <option>LSEIC = <Local Switching Enabled for Intercepted Calls><option> :NCM = <NCCR control mode> <option> |NIRP = <NCCR idle mode reporting period> <option> |NTRP = <NCCR transfer mode reporting period> <option> |NOCT = <NCCR return to old cell time> <option> |NTPT = <NCCR target cell penalty time> <option> |NNCP = <NCCR neighbor cell penalty> <option> |WFNE = <WCDMA FDD NCCR enabled> <option> |WFNP = <WCDMA FDD NCCR preferred> <option> ) ... ; Parameters LSEIC - Local Switching Enabled For Intercepted calls Modified Command O Description of changes: OUTPUT BASE STATION CONTROLLER PARAMETERS Four new parameters are added with change made in execution printouts. (CIDHR, SBDHR, CIDFR, SBDFR) (EF) - Base Station Control Function Handling Modified command(s) and menu text(s) Modified Command Description of changes: 466 C CREATE BASE CONTROL FUNCTION M MODIFY BASE CONTROL FUNCTION PARAMETERS O OUTPUT BASE CONTROL FUNCTION PARAMETERS C CREATE BASE CONTROL FUNCTION Two parameters are added their change in parameters and explanation, execution printouts and example along with additional information. (AICT and PABGID) Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Old syntax: EFC: <BCF identification>,<site type>,<BTS site subtype>[AICT =<Abis Interface Connection Type> | 0 def,...PABGID = <Packet Abis BCF Group ID> | 65535 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> | 0 def ] ... <option> :[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <2G Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <2G Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <2G Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <2G Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def ] ..... :ETPGID = <ETP group ID> | ETMEID = <ETME hardware index>,BHIDL = < BCF HDLC ID list>,BCUIP = <BTS C/U-plane IP address>,SMCUP = <BTS IPv4 subnet mask length for C/U-plane>,BMIP = <BTS M-plane IP address>,SMMP = < BTS IPv4 subnet mask length for Mplane>,VLANID = <vlan ID> | 4095 def,[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; New syntax: EFC: <BCF identification>,<site type>,<BTS site subtype>[AICT =<Abis Interface Connection Type> | 0 def,...PABGID = <Packet Abis BCF Group ID> | 65535 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> | 0 def ] ... <option> :[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <2G Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <2G Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <2G Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <2G Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def ] ..... :ETPGID = <ETP group ID> | ETMEID = <ETME hardware index>,BHIDL = < BCF HDLC ID list>,BCUIP = <BTS C/U-plane IP address>,SMCUP = <BTS IPv4 subnet mask length for C/U-plane>,BMIP = <BTS M-plane IP address>,SMMP = < BTS IPv4 subnet mask length for Mplane>,VLANID = <vlan ID> | 4095 def,[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; Parameters: ABIS Interface Connection Type, Packet ABIS BCF Group ID Modified Command Description of changes: DN0963445 M MODIFY BASE CONTROL FUNCTION PARAMETERS Two parameters are added with their change in parameters and explanation, execution printouts and example along with additional information. (AICT and PABGID) Id:0900d80580875382 Confidential 467 Changes in RG20(BSS) Old syntax: EFM: <BCF identification> :( [ TYPE = <site type> |AICT = <Abis Interface Connection Type> |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |RXDL = <RX difference limit> |TEST = <identification of test equipment> |MCT = <master clock TRX> |ESS = <external synchronisation source> |AU = <automatic unlock allowed> |BBU = <BTS battery backup procedure> <option> |NTIM = <TRX shutdown timer> <option> |NTIM2 = <TRX shutdown timer 2> <option> |NTIM3 = <TRX shutdown timer 3> <option> |BTIM = <BCCH TRX shutdown timer>CS = <clock source> |SENA = <synch enabled> |ADD = <add BCF to chain> ... |REM = <remove BCF from chain> ... |OUT1 = <text ID of the output 1> |OUT2 = <text ID of the output 2> |OUT3 = <text ID of the output 3> |OUT4 = <text ID of the output 4> |OUT5 = <text ID of the output 5> |OUT6 = <text ID of the output 6> ] ... ) :[ T200F = <FACCH LAPDm T200> |T200S = <SDCCH LAPDm T200> ] :[ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> |TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> |TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> |TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> |TRS5 = < PACKET TRS E1/T1 usage> <option> :| 0 def ] ..... :CSDAP1 = < Attached CSDAP 1> <option> |CSDAP2 = < Attached CSDAP 2> <option> |CSDAP3 = < Attached CSDAP 3> <option> |CSDAP4 = < Attached CSDAP 4> <option> |ETPGID = <ETP group ID> <option> | ETMEID = <ETME hardware index><option>,BHIDL = < BCF HDLC ID list > <option>...,BCUIP = <BTS C/U-plane IP address>,SMCUP = <BTS IPv4 subnet mask length for C/Uplane>,BMIP = <BTS M-plane IP address>,SMMP = < BTS IPv4 subnet mask length for M-plane>,[[ ULTS = <uplink traffic shaping> <option>|ULCIR = <UL committed information rate> <option>|ULCBS = <UL committed burst size> <option>|HECOP = <header compression for ML-PPP> <option>|HECOU = <header compression for UDP IP> <option>|BU1 = <BU1 abis throughput threshold> <option>|BU2 = <BU2 abis throughput threshold> <option>|PL1 = <packet loss on DL Abis PL1 threshold> <option>|PL2 = <packet loss on DL Abis PL2 threshold> <option>|PACC = <packet abis congestion control> <option>|DLCIR = <downlink committed information rate> <option>|MEMWT = <maximum ETP multiplexing wait time> <option>|MBMWT = <maximum BTS multiplexing wait time> <option>|MMPS = <maximum multiplexing packet size> <option>|IPSEC = <IPSec enabled> <option>|PDV = <Packet delay variation> <option>|VLANID = <Vlan id> <option>:[PORT0 = <PCM port ID 0> | ND def |[PORT1 = <PCM port ID 1> | ND def |[PORT2 = <PCM port ID 2> | ND def |[PORT3 = <PCM port ID 3> | ND def |[PORT4 = <PCM port ID 4> | ND def |[PORT5 = <PCM port ID 5> | ND def |[PORT6 = <PCM port ID 6> | ND def |[PORT7 = <PCM port ID 7> | ND def | ; New syntax: EFM: <BCF identification> : ( [ TYPE = <site type> | AICT = <Abis Interface Connection Type> | DNBR = <D-channel link set number> | DNAME = <D-channel link set name> | ... PABGID = <Packet Abis BCF Group ID>]: ... [ T200F = <FACCH LAPDm T200> | T200S = <SDCCH LAPDm T200> ] : [ TRS1 = < Flexi EDGE Abis over IP Ethernet usage> <option> | TRS2 = < Flexi EDGE Additional 2 E1T1 usage> <option> | TRS3 = < Flexi EDGE TRS Abis Grooming usage> <option> | TRS4 = < Flexi EDGE TRS Loop Protection usage > <option> | TRS5 = < Packet TRS E1/T1 usage> <option>] ) : ETPGID = <ETP group ID>, BHIDL = < BCF HDLC ID list> ... , [[ ULTS = <uplink traffic shaping> | ULCIR = <UL committed information rate> | ULCBS = <UL committed burst size> | CUPVID = <BTS C/U-plane VLAN ID> | HECOP = <header compression for ML-PPP> | HECOU = <header compression for UDP IP> | BU1 = <BU1 abis throughput threshold> | BU2 = <BU2 abis throughput threshold> | PL1 = <packet loss in ethernet on DL Abis PL1 threshold> | PL2 = <packet loss in ethernet on DL Abis PL2 threshold> | PACC = <packet abis congestion control> | DLCIR = <downlink committed information rate> | MEMWT = <maximum ETP multiplexing wait time> | MBMWT = <maximum BTS multiplexing wait time> | MMPS = <maximum multiplexing packet size> | IPSEC = <IPSec enabled> | BDTM = <BFD Detection Time Multiplier> | BDMI = <BFD Desired Minimum Interval> | BRMI = <BFD Required Minimum interval> |; Parameters: ABIS Interface Connection Type, Packet ABIS BCF Group ID 468 Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Modified Command O OUTPUT BASE CONTROL FUNCTION PARAMETERS Description of changes: Two parameters are added with their change in execution printouts and examples. (AICT and PABGID) Parameters: ABIS Interface Connection Type, Packet ABIS BCF Group ID (EH) - Handover Control Parameter Handling Modified command(s) and menu text(s) Modified Command C CREATE HANDOVER CONTROL PARAMETERS S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS D MODIFY MS DISTANCE PARAMETERS O OUTPUT HANDOVER CONTROL PARAMETERS B MODIFY AMR SIGNAL QUALITY THRESHOLD PARAMETERS C CREATE HANDOVER CONTROL PARAMETERS Description of changes: The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Old semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max) are allowed for Talk-family, Ultra Site, and Nokia 2nd generation site type. The parameters SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiEDGE site type. New semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Modified Command S Description of changes: MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS The new parameter OSC DFR multiplexing ul Rx level threshold, OSC DFR multiplexing ul Rx level window, OSC DFR demultiplexing ul Rx level margin have been added to the syntax and parameter descriptions. Command example and printout has been presented accordingly. Old semantics Guidance text for OSC parameters indicate support for site types FlexiEDGE. New semantics Guidance text for OSC parameters shall be updated to indicate support for new site types UltraSite and Flexi Multiradio along with FlexiEDGE. Modified Command Description of changes: DN0963445 Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS The new parameters OSC DFR multiplexing Rx quality threshold, OSC DFR demultiplexing Rx quality threshold, threshold Dl Rx quality DFR, and threshold Ul Rx quality DFR have been added to the syntax. Parameter explanation and Command example and execution printout has been presented accordingly. Id:0900d80580875382 Confidential 469 Changes in RG20(BSS) Old syntax: EHQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :(QDR = <threshold qual downlink Rx qual> |QDP = <threshold qual downlink Px> |QDN = <threshold qual downlink Nx> |QUR = <threshold qual uplink Rx qual> |QUP = <threshold qual uplink Px> |QUN = <threshold qual uplink Nx> |ODMQT = <OSC DHR multiplexing Rx quality threshold> <option> |ODDQT = <OSC DHR demultiplexing Rx quality threshold><option>|TDRQD = <threshold dl Rx qual DHR> <option> |TURQD = <threshold ul Rx qual DHR> <option> )... ; New syntax: EHQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :(QDR = <threshold qual downlink Rx qual> |QDP = <threshold qual downlink Px> |QDN = <threshold qual downlink Nx> |QUR = <threshold qual uplink Rx qual> |QUP = <threshold qual uplink Px> |QUN = <threshold qual uplink Nx> |ODMQT = <OSC DHR multiplexing Rx quality threshold> <option> |ODDQT = <OSC DHR demultiplexing Rx quality threshold><option>|TDRQD = <threshold dl Rx qual DHR> <option> |TURQD = <threshold ul Rx qual DHR> <option> )... ;|ODFMQT = <OSC DFR multiplexing Rx quality threshold><option> |ODFDQT = <OSC DFR demultiplexing Rx qualitythreshold><option>|TDRQDF = <threshold dl Rx qual DFR> <option> |TURQDF = <threshold ul Rx qual DFR> <option> )... ; Old semantics Guidance text for OSC parameters indicate support for site type FlexiEDGE. New semantics Guidance text for OSC parameters shall be updated to indicate support for new site types UltraSite and Flexi Multiradio along with FlexiEDGE. Modified Command D MODIFY MS DISTANCE PARAMETERS Description of changes: The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Old semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max) are allowed for Talk-family, Ultra Site, and Nokia 2nd generation site type.The parameters SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiEDGE site type. New semantics The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Modified Command O OUTPUT HANDOVER CONTROL PARAMETERS Description of changes: The parameters MAX (MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. Old semantics The parameters MAX(MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max) are allowed for Talk-family, Ultra Site, and Nokia 2nd generation site type.The parameters SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiEDGE site type. 470 Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) New semantics Modified Command The parameters MAX(MS Distance HO Threshold Ext Cell Max), MIN (MS Distance HO Threshold Ext Cell Max), SMAX (MS Distance HO Threshold Super Ext Cell Max), SMIN (MS Distance HO Threshold Super Ext Cell Max) are also allowed for FlexiMultiRadio site types. B MODIFY AMR SIGNAL QUALITY THRESHOLD PARAMETERS Description of changes: The new parameter Intra HO Threshold Rx Qual AMR FR to DFR has been added to the syntax, parameter explanation; Command example and execution printout has been presented accordingly. Old syntax EHB: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( QDRF = <threshold dl Rx qual AMR FR> <option> |QURF = <threshold ul Rx qual AMR FR> <option> |QDRH = <threshold dl Rx qual AMR HR> <option> |QURH = <threshold ul Rx qual AMR HR> <option> |IHRF = <intra HO threshold Rx qual AMR FR> <option> |IHRH = <intra HO threshold Rx qual AMR HR> <option> |GCIF = <super reuse good C/I threshold AMR FR> <option> |BCIF = <super reuse bad C/I threshold AMR FR> <option> |GCIH = <super reuse good C/I threshold AMR HR> <option> |BCIH = <super reuse bad C/I threshold AMR HR> <option> |LLLAMR = <intra HO lower Rx level limit AMR HR> <option> |ULLAMR = <intra HO upper Rx level limit AMR HR> <option> |LQLAMR = <intra HO lower Rx qual limit AMR> <option> |ACHOA = <advanced compression HO for AMR> <option>)... ;<option> New syntax: EHB: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( QDRF = <threshold dl Rx qual AMR FR> <option> |QURF = <threshold ul Rx qual AMR FR> <option> |QDRH = <threshold dl Rx qual AMR HR> <option> |QURH = <threshold ul Rx qual AMR HR> <option> |IHRF = <intra HO threshold Rx qual AMR FR> <option> |IHRH = <intra HO threshold Rx qual AMR HR> <option> |GCIF = <super reuse good C/I threshold AMR FR> <option> |BCIF = <super reuse bad C/I threshold AMR FR> <option> |GCIH = <super reuse good C/I threshold AMR HR> <option> |BCIH = <super reuse bad C/I threshold AMR HR> <option> |LLLAMR = <intra HO lower Rx level limit AMR HR> <option> |ULLAMR = <intra HO upper Rx level limit AMR HR> <option> |LQLAMR = <intra HO lower Rx qual limit AMR> <option> |ACHOA = <advanced compression HO for AMR> <option>) <option>IHRDFR... INTRA HO THRESHOLD RX QUAL AMR FR TO DFR <option>..; (ER) - Transceiver Handling Modified command(s) and menu text(s): Modified Command C CREATE TRANSCEIVER M MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS O OUTPUT TRANSCEIVER PARAMETERS C CREATE TRANSCEIVER Description of changes: Modified Command Description of changes: DN0963445 RTSL types from 0 to 7 parameter is updated with information regarding multiradio site support for ERACH, EGTCH, LRTCH values of the parameters CH0-7. M MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS RTSL types from 0 to 7 parameter is updated with information regarding multiradio site support for ERACH, EGTCH, LRTCH values of the parameters CH0-7. Id:0900d80580875382 Confidential 471 Changes in RG20(BSS) Modified Command O Description of changes: OUTPUT TRANSCEIVER PARAMETERS The values ERACH, EGTCH and LRTCH of parameter CH0-7 are supported by Flexi Multiradio site type. Additional Information section has been updated. Three new command examples have been added along with the execution printouts. (EQ) - Base Transceiver Station Handling in BSC Modified command(s) and menu text(s) Modified Command Description of changes M MODIFY MISCELLANEOUS PARAMETERS V MODIFY GPRS PARAMETERS <option> O OUTPUT BTS PARAMETERS M MODIFY MISCELLANEOUS PARAMETERS The new parameters limit for triggering OSC DFR multiplexing, 8K TRAU enabled for DFR, path loss offset UL, path loss offset DL, nominal DL TX power, Rx signal level adjust, Tx signal level adjust, path loss offset UL, path loss offset DL, nominal DL TX power have been added to the parameters, syntax, parameter explanation and additional information. Command example and execution printout has been added accordingly. 472 Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Old syntax DN0963445 EQM : ( BTS = <BTS identification> | NAME = <BTS name> SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ( [ DTX = <DTX mode> | BMA = <BTS measure average> | PMAX1 = <MS tx pwr max gsm> | PMAX2 = <MS tx pwr max gsm1x00> | PMIN = <MS tx pwr min> | RET = <max number of retransmission> | NY1 = <max number of repetition> | SLO = <number of slots spread trans> | CB = <SMS CB used> | BLT = <BTS load threshold> | DMAX = <MS max distance in call setup> | TRP = <TRX priority in TCH allocation> | CLC = <cell load for channel search> | RDIV = <RX diversity> | TRIH = <TCH rate intra-cell handover> <option> | FRL = <lower limit for FR TCH resources> <option> | FRU = <upper limit for FR TCH resources> <option> | AFRL = <AMR lower limit for SEG FR resources> <option> | AFRU = <AMR upper limit for SEG FR resources> <option> | DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> | ISIC = <immediate SDCCH HO enabled> <option>| NECI = <new establishment causes support> | EXT = <radius extension> <option> | MBR = <multiband cell reporting> <option> | ESI = <early sending indication> | NBL = <non BCCH layer offset> <option> | LSEG = <BTS load in SEG> <option> | SCO = <scale ord> <option> | AUT = <AMH upper load threshold> <option> | ALT = <AMH lower load threshold> <option> | AML = <AMH max load of target cell> <option> | TGT = <TRHO guard time> | DLN = <DL noise level> | ULN = <UL noise level> | STIRC = <STIRC enabled> <option> ... ] ... : [ PWDT = <DTRX power down threshold>| PWUT = <DTRX power up threshold> MPE = <merged PGSM900 and EGSM900 enabled>] <option>... : [ PI = <cell reselection parameter index> | QUA = <cell bar qualify> | REO = <cell reselect offset> | TEO = <temporary offset> | PET = <penalty time> ] <option> ... : [ QSRI = <threshold to search UTRAN cells> <option> | QSRP = <gprs threshold to search UTRAN cells> <option> | FDD = <fdd and tdd cell reselect offset> <option> | FDM = <minimum fdd threshold> <option> | FDMO = <minimum fdd threshold offset> <option> | FDR = <minimum RSCP threshold> <option> ] ... : [ DMOD = <DFCA mode> | FHR = <forced HR mode C/I averaging period> <option> | FHT = <forced HR mode C/I threshold> <option> | FAHT = <forced AMR HR mode C/I threshold> <option> | FHH = <forced HR mode hysteresis> <option> ] : [ IGE = <IBHO GSM enabled> | IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL =<repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> ]... :[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> )... ; Id:0900d80580875382 Confidential 473 Changes in RG20(BSS) New syntax EQM : ( BTS = <BTS identification> | NAME = <BTS name> SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ( [ DTX = <DTX mode> | BMA = <BTS measure average> | PMAX1 = <MS tx pwr max gsm> | PMAX2 = <MS tx pwr max gsm1x00> | PMIN = <MS tx pwr min> | RET = <max number of retransmission> | NY1 = <max number of repetition> | SLO = <number of slots spread trans> | CB = <SMS CB used> | BLT = <BTS load threshold> | DMAX = <MS max distance in call setup> | TRP = <TRX priority in TCH allocation> | CLC = <cell load for channel search> | RDIV = <RX diversity> | TRIH = <TCH rate intra-cell handover> <option> | FRL = <lower limit for FR TCH resources> <option> | FRU = <upper limit for FR TCH resources> <option> | AFRL = <AMR lower limit for SEG FR resources> <option> | AFRU = <AMR upper limit for SEG FR resources> <option> | DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> | ISIC = <immediate SDCCH HO enabled> <option>| DFRLIM = <Limit for Triggering OSC DFR Multiplexing> <option> | DFR8K = <8K TRAU enabled for DFR> <option> | NECI = <new establishment causes support> | EXT = <radius extension> <option> | MBR = <multiband cell reporting> <option> | ESI = <early sending indication> | NBL = <non BCCH layer offset> <option> | LSEG = <BTS load in SEG> <option> | SCO = <scale ord> <option> | AUT = <AMH upper load threshold> <option> | ALT = <AMH lower load threshold> <option> | AML = <AMH max load of target cell> <option> | TGT = <TRHO guard time> | DLN = <DL noise level> | ULN = <UL noise level> | STIRC = <STIRC enabled> <option> ... ] ... : [ PWDT = <DTRX power down threshold> | PWUT = <DTRX power up threshold> MPE = <merged PGSM900 and EGSM900 enabled>] <option>... : [ PI = <cell reselection parameter index> | QUA = <cell bar qualify> | REO = <cell reselect offset> | TEO = <temporary offset> | PET = <penalty time> ] <option> ... : [ QSRI = <threshold to search UTRAN cells> <option> | QSRP = <gprs threshold to search UTRAN cells> <option> | FDD = <fdd and tdd cell reselect offset> <option> | FDM = <minimum fdd threshold> <option> | FDMO = <minimum fdd threshold offset> <option> | FDR = <minimum RSCP threshold> <option> ] ... : [ DMOD = <DFCA mode> | FHR = <forced HR mode C/I averaging period> <option> | FHT = <forced HR mode C/I threshold> <option> | FAHT = <forced AMR HR mode C/I threshold> <option> | FHH = <forced HR mode hysteresis><option> ] : [ IGE = <IBHO GSM enabled> | IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> |RXSLA = < rx signal level adjust> |TXSLA = < tx signal level adjust> ]) ...:[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> )... :[ UPLO = < path loss offset UL> <option> |DPLO = < path loss offset DL> <option> |NDTP = <nominal DL TX power> <option> ] ) ... ; Old semantics RADIUS EXTENSION (EXT) is only modifiable for site types 2nd generation, Talkfamily, UltraSite, FlexiEDGE and BTSPLUS.SUPER RADIUS EXTENSION (SEXT) is only modifiable for site types FlexiEDGE and BTSPLUS.Parameter DHRLIM only supports site type FlexiEDGE. New semantics Parameters RADIUS EXTENSION (EXT) and SUPER RADIUS EXTENSION (SEXT) supports 2nd generation, Talk-family, UltraSite, FlexiEDGE, BTSPLUS and Flexi Multiradio site types.FlexiEDGE, UltraSite and Flexi Multiradio site type support is added to the parameter DHRLIM. Modified Command 474 V MODIFY GPRS PARAMETERS <option> Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Description of changes: The parameter explanation has been updated with FlexiMultiRadio site type information for the parameters extended cell GPRS/EDGE enabled, extended cell location keep period, initial MCS for ext area acknowledged mode, initial MCS for ext area unacknowledged mode. Old semantics The parameters EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), INITIAL MCS FOR EXT AREA ACKNOWLEDGED MODE(MCEA) and INITIAL MCS FOR EXT AREA UNACKNOWLEDGED MODE(MCEU) only supports Flexi EDGE, UltraSite and BTSPLUS site types. New semantics FlexiEDGE, UltraSite, BTSPLUS and Flexi Multiradio site type support is added to parameters EXTENDED CELL LOCATION KEEP PERIOD(EXKEEP), EXTENDED CELL GPRS/EDGE ENABLED(EXGENA), INITIAL MCS FOR EXT AREA ACKNOWLEDGED MODE(MCEA) and INITIAL MCS FOR EXT AREA UNACKNOWLEDGED MODE(MCEU). Modified Command O Description of changes: OUTPUT BTS PARAMETERS The new parameters limit for triggering osc dfr multiplexing, 8K TRAU enabled for DFR, path loss offset UL, path loss offset DL, nominal DL TX power, Rx signal level adjust, Tx signal level adjust, path loss offset UL, path loss offset DL, nominal DL TX power have been added to parameter explanation and additional information. Command example and execution printout has been added accordingly. (EU) - Power Control Parameter Handling Modified command(s) and menu text(s): Modified Command C CREATE POWER CONTROL PARAMETERS<option> Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS O OUTPUT POWER CONTROL PARAMETERS C CREATE POWER CONTROL PARAMETERS<option> Description of changes: New parameters PC Lower Threshold Dl Rx Qual DFR, PC Lower Threshold Ul Rx Qual DFR, PC Upper Threshold Dl Rx Qual DFR, and PC Upper Threshold Ul Rx Qual DFR have been added. The execution printout of example 3 has been updated. Old syntax: EUC: ( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ),[ REF = <reference BTS identification> | RNAME = <reference BTS name> | RSEG = <reference SEG identification> <option> | RSEGNAME = <reference SEG name> <option> ]... :[ UDDHR = <pc upper threshold dl Rx qual DHR> |UUDHR = <pc upper threshold ul Rx qual DHR> | LDDHR = <pc lower threshold dl rx qual DHR> | LUDHR = <pc lower threshold ul Rx qual DHR> ]<option> ) ... ; New syntax: EUC: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ),[ REF = <reference BTS identification> |RNAME = <reference BTS name> |RSEG = <reference SEG identification> <option> |RSEGNAME = <reference SEG name> <option> ]... :[ UDDHR = <pc upper threshold dl Rx qual DHR> |UUDHR = <pc upper threshold ul Rx qual DHR> |LDDHR = <pc lower threshold dl rx qual DHR> |LUDHR = <pc lower threshold ul Rx qual DHR> |<option> ) |[ UDDFR = <pc upper threshold dl Rx qual DFR> |UUDFR = <pc upper threshold ul Rx qual DFR> |LDDFR = <pc lower threshold dl rx qual DFR> |LUDFR = <pc lower threshold ul Rx qual DFR> ]<option> ) ... ; DN0963445 Id:0900d80580875382 Confidential 475 Changes in RG20(BSS) Parameters: Modified Command BTS identification, BTS name, SEG identification <option>, SEG name <option>, reference BTS identification, reference BTS name, reference SEG identification <option>, reference SEG name <option>, pc lower threshold dl rx qual DHR <option>, pc lower threshold ul Rx qual DHR <option>, pc upper threshold dl Rx qual DHR <option>, pc upper threshold ul Rx qual DHR <option>, pc lower threshold dl rx qual DFR <option>, pc lower threshold ul Rx qual DFR <option>, pc upper threshold dl Rx qual DFR <option>, pc upper threshold ul Rx qual DFR <option>; Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS Description of changes: New parameters PC Lower Threshold Dl Rx Qual DFR, PC Lower Threshold Ul Rx Qual DFR, PC Upper Threshold Dl Rx Qual DFR, and PC Upper Threshold Ul Rx Qual DFR have been added. The execution printout of example 4 has been added. Old semantics Guidance text for OSC parameters indicate support for site type FlexiEdge. New semantics Guidance text for OSC parameters shall be updated to indicate support for new site types Ultrasite and Flexi MultiRadio along with FlexiEdge. Modified Command O Description of changes: OUTPUT POWER CONTROL PARAMETERS The execution printout of example 1 has been updated with new parameters PC Lower Threshold Dl Rx Qual DFR, PC Lower Threshold Ul Rx Qual DFR, PC Upper Threshold Dl Rx Qual DFR, and PC Upper Threshold Ul Rx Qual DFR. (TP) - GSM Measurement Handling Modified command(s) and menu text(s) Modified Command M CREATE/MODIFY A MEASUREMENT I INTERROGATE A MEASUREMENT S START A MEASUREMENT E STOP A MEASUREMENT M CREATE/MODIFY A MEASUREMENT Description of changes: Modified Command Parameter Explanation has changed. 10 Different periods are noted newly. I Description of changes: Modified Command Parameter Explanation has changed. S Description of changes: Modified Command Description of changes: 476 INTERROGATE A MEASUREMENT START A MEASUREMENT Parameter Explanation has changed. E STOP A MEASUREMENT Parameter Explanation has changed. Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) (UB) - Single Radio Network Test Handling Modified command(s) and menu text(s) K HANDLE ABIS LOOP TEST Modified Command K HANDLE ABIS LOOP TEST Description of changes: UltraSite and Flexi Multiradio Site types are added to the Site Type Support for the parameter CSDAP ID.. Old semantics The parameter CSDAP ID supports and is only visible to FlexiEDGE site type. New semantics The parameter CSDAP ID supports and is visible to Flexi EDGE, UltraSite and Flexi Multiradio Site types. 6.2.3.2 Modified MML Programs between S15 and mcBSC releases (DD) - Remote Debugger Session Modified command(s) and menu text(s) E EXECUTE DEBUGGER COMMAND Modified Command E EXECUTE DEBUGGER COMMAND Description of changes: Execution printout has been updated, along with semantics. Old syntax: DDE: <UNIT TYPE>, <(DECIMAL) UNIT INDEX> (DEFAULT 0 OR ACTIVE UNIT IF 2N UNIT TYPE) New syntax: DDE: <UNIT TYPE>, <(DECIMAL) <UNIT INDEX> / * (DEFAULT 0 OR ACTIVE UNIT IF 2N UNIT TYPE) Old semantics DDE command. Value range of parameter of unit index in unit identification: decimal number. New semantics DDE command. Value range of parameter of unit index in unit identification: decimal number or * (EB) - Frequency List and GPRS Objects Handling Modified command(s) and menu text(s): Modified Command E CREATE MOBILE ALLOCATION FREQUENCY LIST R DELETE MOBILE ALLOCATION FREQUENCY LIST T MODIFY MOBILE ALLOCATION FREQUENCY LIST I OUTPUT MOBILE ALLOCATION FREQUENCY LIST(S) E CREATE MOBILE ALLOCATION FREQUENCY LIST Description of changes: In standalone configuration, the maximum value for MAL and DUMAL parameters is 4400. Old semantics: The maximum value for MAL and DUMAL parameters is 4200. DN0963445 Id:0900d80580875382 Confidential 477 Changes in RG20(BSS) New semantics: Modified Command In standalone configuration, the user can configure a maximum value of 4400 for MAL and DUMAL parameters. R DELETE MOBILE ALLOCATION FREQUENCY LIST Description of changes: In standalone configuration, the maximum value for MAL and DUMAL parameters is 4400. Old semantics: The maximum value for MAL and DUMAL parameters is 4200. New semantics: In standalone configuration, the user can configure a maximum value of 4400 for MAL and DUMAL parameters. Modified Command T MODIFY MOBILE ALLOCATION FREQUENCY LIST Description of changes: In standalone configuration, the maximum value for MAL and DUMAL parameters is 4400. Old semantics: The maximum value for MAL and DUMAL parameters is 4200. New semantics: In standalone configuration, the user can configure a maximum value of 4400 for MAL and DUMAL parameters. Modified Command I OUTPUT MOBILE ALLOCATION FREQUENCY LIST(S) Description of changes: In standalone configuration, the maximum value for MAL and DUMAL parameters is 4400. Old semantics: The maximum value for MAL and DUMAL parameters is 4200. New semantics: In standalone configuration, the user can configure a maximum value of 4400 for MAL and DUMAL parameters. (EE) - Base Station Controller Parameter Handling in BSC Modifed command(s) and menu text(s): I OUTPUT RADIO NETWORK CONFIGURATION Modified Command I OUTPUT RADIO NETWORK CONFIGURATION Description of changes: Execution printout is updated. (EF) - Base Control Function Handling Modified command(s) and menu text(s): Modified Command 478 C CREATE BASE CONTROL FUNCTION M MODIFY BASE CONTROL FUNCTION PARAMETERS O OUTPUT BASE CONTROL FUNCTION PARAMETERS C CREATE BASE CONTROL FUNCTION Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Description of changes: New parameter ETME Hardware ID (ETMEID) is added to the command C in the case of mcBSC configuration. Old syntax: EFC: <BCF identification>,<site type>,<BTS site subtype><Abis Interface Connection Type> | 0 def<Packet Abis BCF Group ID> <option> | 65535 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> <option>| 0 def ] ...:[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <2G Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <2G Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <2G Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <2G Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def ] ..... :ETPGID = <ETP group ID><option> | NOT USED def |BHIDL = < BCF HDLC ID list> |VLANID = <vlan ID> | 4095 def |BCUIP = <BTS C/U-plane IP address> <option> |SMCUP = <BTS IPv4 Subnet Mask Length for C/Uplane><option> |BMIP = <BTS M-plane IP address> <option> |SMMP = <BTS IPv4 Subnet Mask Length for M-plane> <option>:[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; New syntax: EFC: <BCF identification>,<site type>,<BTS site subtype><Abis Interface Connection Type> | 0 def<Packet Abis BCF Group ID> <option> | 65535 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> <option>| 0 def ] ...:[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <2G Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <2G Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <2G Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <2G Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def ] ..... :ETPGID = <ETP group ID><option> | NOT USED def |ETMEID = <ETME Hardware ID><option> | NOT USED def |BHIDL = < BCF HDLC ID list> |VLANID = <vlan ID> | 4095 def |BCUIP = <BTS C/U-plane IP address><option> |SMCUP = <BTS IPv4 Subnet Mask Length for C/U-plane><option> |BMIP = <BTS M-plane IP address> <option> |SMMP = <BTS IPv4 Subnet Mask Length for M-plane> <option>:[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; Modified Command Description of changes: DN0963445 M MODIFY BASE CONTROL FUNCTION PARAMETERS New parameter ETME Hardware ID (ETMEID) is added to the execution printout text in the case of mcBSC configuration. Additional information is also added. Id:0900d80580875382 Confidential 479 Changes in RG20(BSS) Old syntax: 480 EFM: <BCF identification> :[ TYPE = <site type> |AICT = <Abis Interface Connection Type> |PABGID = <Packet Abis BCF group ID> <option> |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |RXDL = <RX difference limit> |TEST = <identification of test equipment> |MCT = <master clock TRX> |ESS = <external synchronization source> |AU = <automatic unlock allowed> |BBU = <BTS battery backup procedure> <option> |NTIM = <TRX shutdown timer> <option> |NTIM2 = <TRX shutdown timer 2> <option> |NTIM3 = <TRX shutdown timer 3> <option> |BTIM = <BCCH TRX shutdown timer>CS = <clock source> |SENA = <synch enabled> |ADD = <add BCF to chain> ... |REM = <remove BCF from chain> ... |OUT1 = <text ID of the output 1> |OUT2 = <text ID of the output 2> |OUT3 = <text ID of the output 3> |OUT4 = <text ID of the output 4> |OUT5 = <text ID of the output 5> |OUT6 = <text ID of the output 6> ] ... ) :[ T200F = <FACCH LAPDm T200> |T200S = <SDCCH LAPDm T200> ] :[ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> |TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> |TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> |TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> |TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def|CSDAP1 = < Attached CSDAP 1> <option> |CSDAP2 = < Attached CSDAP 2> <option> |CSDAP3 = < Attached CSDAP 3> <option> |CSDAP4 = < Attached CSDAP 4> <option> | ... :ETPGID = <ETP group ID> <option> NOT USED def |BHIDL = < BCF HDLC ID list > <option>|[[ ULTS = <uplink traffic shaping> <option>|ULCIR = <UL committed information rate> <option>| ULCBS = <UL committed burst size> <option>| HECOP = <header compression for ML-PPP> <option>| HECOU = <header compression for UDP IP> <option>| BU1 = <BU1 Abis throughput threshold> <option>| BU2 = <BU2 Abis throughput threshold> <option>| PL1 = <packet loss on DL Abis PL1 threshold> <option>| PL2 = <packet loss on DL Abis PL2 threshold> <option>| PACC = <packet Abis congestion control> <option>| DLCIR = <downlink committed information rate> <option>| MEMWT = <maximum ETP multiplexing wait time> <option>| MBMWT = <maximum BTS multiplexing wait time> <option>| MMPS = <maximum multiplexing packet size> <option>| IPSEC = <IPSec enabled> <option>| PDV = <Packet delay variation> <option>| VLANID = <Vlan id> <option>| BCUIP = <BTS C/U-plane IP address> <option>| SMCUP = <BTS IPv4 Subnet Mask Length for C/U-plane> <option>| BMIP = <BTS Mplane IP address> <option>| SMMP = <BTS IPv4 Subnet Mask Length for M-plane> <option> ... : [PORT0 = <PCM port ID 0> | ND def | [PORT1 = <PCM port ID 1> | ND def | [PORT2 = <PCM port ID 2> | ND def | [PORT3 = <PCM port ID 3> | ND def | [PORT4 = <PCM port ID 4> | ND def | [PORT5 = <PCM port ID 5> | ND def | [PORT6 = <PCM port ID 6> | ND def | [PORT7 = <PCM port ID 7> | ND def | Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) New syntax: Modified Command EFM: <BCF identification> : [ TYPE = <site type> | AICT = <Abis Interface Connection Type> | PABGID = <Packet Abis BCF group ID> <option> | DNBR = <D-channel link set number> | DNAME = <D-channel link set name> | RXDL = <RX difference limit> | TEST = <identification of test equipment> | MCT = <master clock TRX> | ESS = <external synchronization source> | AU = <automatic unlock allowed> | BBU = <BTS battery backup procedure> <option> | NTIM = <TRX shutdown timer> <option> | NTIM2 = <TRX shutdown timer 2> <option> | NTIM3 = <TRX shutdown timer 3> <option> | BTIM = <BCCH TRX shutdown timer> CS = <clock source> | SENA = <synch enabled> | ADD = <add BCF to chain> ... | REM = <remove BCF from chain> ... | OUT1 = <text ID of the output 1> | OUT2 = <text ID of the output 2> | OUT3 = <text ID of the output 3> | OUT4 = <text ID of the output 4> | OUT5 = <text ID of the output 5> | OUT6 = <text ID of the output 6> ] ... ) : [ T200F = <FACCH LAPDm T200> | T200S = <SDCCH LAPDm T200> ] : [ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> | TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> | TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> | TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> | TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def| CSDAP1 = < Attached CSDAP 1> <option> | CSDAP2 = < Attached CSDAP 2> <option> | CSDAP3 = < Attached CSDAP 3> <option> | CSDAP4 = < Attached CSDAP 4> <option> | ... : [[ETPGID = <ETP group ID> <option> NOT USED def | ETMEID = <ETME Hardware ID> <option> | BHIDL = < BCF HDLC ID list > <option>| ULTS = <uplink traffic shaping> <option>| ULCIR = <UL committed information rate> <option>| ULCBS = <UL committed burst size> <option>| HECOP = <header compression for ML-PPP> <option>| HECOU = <header compression for UDP IP> <option>| BU1 = <BU1 Abis throughput threshold> <option>| BU2 = <BU2 Abis throughput threshold> <option>| PL1 = <packet loss on DL Abis PL1 threshold> <option>| PL2 = <packet loss on DL Abis PL2 threshold> <option>| PACC = <packet Abis congestion control> <option>| DLCIR = <downlink committed information rate> <option>| MEMWT = <maximum ETP multiplexing wait time> <option>| MBMWT = <maximum BTS multiplexing wait time> <option>| MMPS = <maximum multiplexing packet size> <option>| IPSEC = <IPSec enabled> <option>| PDV = <Packet delay variation> <option>| VLANID = <Vlan id> <option>| BCUIP = <BTS C/U-plane IP address> <option>| SMCUP = <BTS IPv4 Subnet Mask Length for C/U-plane> <option>| BMIP = <BTS M-plane IP address> <option>| SMMP = <BTS IPv4 Subnet Mask Length for Mplane> <option> ]] : [PORT0 = <PCM port ID 0> | ND def | [PORT1 = <PCM port ID 1> | ND def | [PORT2 = <PCM port ID 2> | ND def | [PORT3 = <PCM port ID 3> | ND def | [PORT4 = <PCM port ID 4> | ND def | [PORT5 = <PCM port ID 5> | ND def | [PORT6 = <PCM port ID 6> | ND def | [PORT7 = <PCM port ID 7> | ND def | ; O OUTPUT BASE CONTROL FUNCTION PARAMETERS Description of changes: New parameter ETME Hardware ID (ETMEID) is added to the execution printout text in the case of mcBSC configuration. New syntax: WGB: TCSUID = <TCSU INDEX>; Parameters: TCSU Index; (ES) - Abis Interface Configuration Modified command(s) and menu text(s): DN0963445 K CREATE ETP-PCU CONNECTION H REMOVE ETP-PCU CONNECTION L OUTPUT PACKET ABIS CONFIGURATION N MODIFY PCU ABIS PARAMETERS P OUTPUT PCU ABIS PARAMETERS Id:0900d80580875382 Confidential 481 Changes in RG20(BSS) Modified Command K CREATE ETP Description of changes: Execution printout has been updated. Change in semantics has been updated. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1 and PCU2 type PCUs. In standalone configuration, the BCSU parameter is invalid. Old syntax: ESK: <ETP type>,<ETP group id>: <Unit type>,<Unit Index>: <Plugin Unit Type>,<Plugin Unit Index>; New syntax: ESK: <ETP type>, (<ETP group id>|<ETME hardware ID>): [<Unit type>, <Unit Index>]: <Plugin Unit Type>, <Plugin Unit Index>; Modified Command H REMOVE ETP Description of changes: Execution printout has been updated. Change in semantics has been updated. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1and PCU2 type PCUs. In standalone configuration, the BCSU parameter is invalid. Old syntax: ESH: <ETP type>,<ETP group id>: <Unit type>,<Unit Index>: <Plugin Unit Type><Plugin Unit Index>; New syntax: ESH: <ETP type>, (<ETP group id>|<ETME hardware ID>): [<Unit type>, <Unit Index>]: <Plugin Unit Type>, <Plugin Unit Index>); Modified Command L OUTPUT PACKET ABIS CONFIGURATION Description of changes: Execution printout has been updated. Old syntax: ESL: <HDLC link id>...: <ETP type>,<ETP group id>: [<HDLC configuration> | <BCF configuration> | <PCU configuration> | <ALL parameters> ] ; New syntax: ESL: <HDLC link id>...: <ETP type>,<ETP group id>|<ETME hardware ID>: [<HDLC configuration> | <BCF configuration> | <PCU configuration> | <ALL parameters> ] ; Modified Command N MODIFY PCU ABIS PARAMETERS <option> Description of changes: Execution printout has been updated. Change in semantics has been updated. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified Command P OUTPUT PCU ABIS PARAMETERS <option> Description of changes: Command is updated for Multicontroller BSC Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. 482 Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. (EQ) - BASE TRANSCEIVER STATION HANDLING IN BSC Modified command(s) and menu text(s): Modified command C CREATE BTS V MODIFY BTS GPRS PARAMETERS O OUTPUT BTS PARAMETERS A MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS C CREATE BTS Description of changes: Packet control unit parameter explanation has been modified with mcBSC updates, and execution printout has been updated. Old semantics The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics In combined configuration, BCSU parameter is optional. The BCSU parameter is obligatory for PCU1 and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified command V MODIFY BTS GPRS PARAMETERS Description of changes: Execution printout has been updated. Old semantics The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1 and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified command O Description of changes: Modified command OUTPUT BTS PARAMETERS Execution printout has been updated. A MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS Description of changes: Execution printout has been updated. Old semantics The maximum value for parameters MAL, DUMAL and UMAL are 4200. New semantics In standalone configuration, the user can configure a maximum value of 4400 for parameters MAL, DUMAL and UMAL. (ER) - Transceiver Handling Modified command(s) and menu text(s): DN0963445 C CREATE TRANSCEIVER O OUTPUT TRANSCEIVER PARAMETERS Id:0900d80580875382 Confidential 483 Changes in RG20(BSS) Modified Command M MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS C CREATE TRANSCEIVER Description of changes: Execution printout has been updated. Change in semantics. Old semantics: The TDM parameters like PCMTSL, SIGN and DAP are supported for all. Specific range of values are defined to all the TDM related parameters.; New semantics: The TDM related parameters like PCMTSL, SIGN and DAP are not supported in the case of standalone mcBSC configuration. Because standalone mcBSC is Ethernet based, all the mentioned TDM related parameters must be hidden from the user. Modified Command O OUTPUT TRANSCEIVER PARAMETERS Description of changes: Modified Command Execution printout has been updated. M MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS Description of changes: Change in semantics. Old semantics: The TDM parameters like PCMTSL, SIGN and DAP are supported for all. Specific range of values are defined for all the TDM related parameters. New semantics: The TDM related parameters like PCMTSL, SIGN and DAP are not supported in the case of standalone mcBSC configuration. Because standalone mcBSC is Ethernet based, all the mentioned TDM related parameters must be hidden from the user. (FX) - Gb Interface Handling Modified command(s) and menu text(s): Modified Command: F Description of changes: F MODIFY PACKET SERVICE ENTITY A CREATE PACKET SERVICE ENTITY I OUTPUT THE NETWORK SERVICE VIRTUAL LINK DATA Y OUTPUT PCU UPDATE STATUS L OUTPUT PACKET SERVICE ENTITY DATA MODIFY PACKET SERVICE ENTITY The syntax and parameter explanations are updated. Example 6 of execution printout is updated with mcBSC information. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1 and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified command 484 A CREATE PACKET SERVICE ENTITY Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Description of changes: The command is updated with mcBSC information. The execution printout of example 3 has been updated. Change in semantics. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1 and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified command I OUTPUT THE NETWORK SERVICE VIRTUAL LINK DATA Description of changes: The syntax and parameter explanations are updated. Example 7 is updated with mcBSC information. Execution printout is updated. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1 and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified command Y OUTPUT PCU UPDATE STATUS Description of changes: The parameter explanations are updated with mcBSC information. Execution printout is updated. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. Modified command L OUTPUT PACKET SERVICE ENTITY DATA Description of changes: The execution printout of example 5 has been updated. Old semantics: The BCSU parameter is obligatory when packet control unit (PCU) is given. New semantics: In combined configuration, the BCSU parameter is optional. The BCSU parameter is obligatory for PCU1and PCU2 type PCUs. In standalone configuration, the BCSU parameter is hidden from the user. (IA) - MMI System Authority Handling Modified command(s) and menu text(s) New command(s) and menu text(s) DN0963445 J CONFIGURE DIRECTORY DATA V INTERROGATE DIRECTORY DATA I INTERROGATE USER IDS, TERMINALS AND PROFILES H CREATE USER ID S CHANGE PASSWORD OF OTHER USER ID W SET CONCURRENT MMI SESSION LIMITATION Id:0900d80580875382 Confidential 485 Changes in RG20(BSS) Modified Command J CONFIGURE DIRECTORY DATA Description of changes: Syntax and semantics have been updated. Old syntax IAJ: STATE=(ON | OFF):TYPE=(PRI def | SEC):(IPV4=<directory IPv4 address> | IPV6=<directory IPv6 address>),PORT=<port number | 389 def>:<base entry>:SSL=(OFF def | FOR | CON):<DN path to configuration data>; New syntax IAJ: STATE=(ON | OFF):TYPE=(PRI def | SEC):(IPV4=<directory IPv4 address> | IPV6=<directory IPv6 address>),PORT=<port number | 389 def>:SSL=(OFF def | FOR | CON):<DN path to configuration data>; Old semantics Possible values of parameter SSL:ON ... SSL IS ENABLEDOFF .. SSL IS DISABLEDDefault value is OFF. New semantics Possible values of parameter SSL:OFF .. SSL DISABLEDFOR .. SSL FORCEDCON .. SSL CONDITIONALDefault value is OFF. Modified Command V Description of changes: Modified Command Execution printout has been updated.. I Description of changes: Modified Command INTERROGATE DIRECTORY DATA INTERROGATE USER IDS, TERMINALS AND PROFILES Execution printout has been updated.. H CREATE USER ID Description of changes: Syntax has been changed.. Old syntax IAH: USER ID: PROFILE; New syntax IAH: USER ID: PROFILE: FORCED PW CHANGE; Modified Command S CHANGE PASSWORD OF OTHER USER ID Description of changes: Syntax has been changed.. Old syntax IAS: USER ID: PASSWORD TYPE; New syntax IAS: USER ID: PASSWORD TYPE: FORCED PW CHANGE; (NB) - Global Title Analysis Handling New command(s) and menu text(s) M MODIFY ANALYSIS RESULT (NR) - Signalling Route Set Data Handling Modified command(s) and menu text(s) 486 B MODIFY DATA OF SIGNALLING ROUTE SET I INTERROGATE SIGNALLING POINT DATA S CHANGE STP ACCESS Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Modified Command T INTERROGATE STP ACCESS X EXCHANGE ADJACENT SIGNALLING POINT CODE B MODIFY DATA OF SIGNALLING ROUTE SET Description of changes: Execution printout has been updated. Old syntax NRB: ...: ...; New syntax NRB: ...: ..., AASG=<aasg group>, ADSG=<adsg group>, OOSG=<oosg group>, ODSG=<odsg group>; Modified Command I Description of changes: Modified Command INTERROGATE SIGNALLING POINT DATA Execution printout has been updated. S CHANGE STP ACCESS Description of changes: Execution printout has been updated. Old syntax /* DATA UNITS:POLICING METHOD: SIGNALLING NETWORK, ORIGINATING/ADJASENT POINT CODES, DESTINATION POINT CODES: THREATMENT OF STP MESSAGES; */ New syntax /* DATA UNITS:POLICING METHOD: ORIGINATING/ADJACENT POINT SCREENING GROUPS, DESTINATION POINT SCREENING GROUPS: TREATMENT OF STP MESSAGES; */ Modified Command T INTERROGATE STP ACCESS Description of changes: Execution printout has been updated. Old syntax /* DATA UNITS:POLICING METHOD: SIGNALING NETWORK, ORIGINATING/ADJASENT POINT CODES, DESTINATION POINT CODES: DISPLAY MODE, SORT MODE; */ New syntax /* DATA UNITS:POLICING METHOD: ORIGINATING/ADJACENT POINT SCREENING GROUPS, DESTINATION POINT SCREENING GROUPS: DISPLAY MODE, SORT MODE, SIGNALING NETWORK; */ Modified Command X EXCHANGE ADJACENT SIGNALLING POINT CODE Description of changes: Execution printout has been updated. Old syntax < NRX/* DATA UNITS:OLD SIGNALLING NETWORK, OLD SIGNALLING POINT CODE: NEW SIGNALLING NETWORK, NEW SIGNALLING POINT CODE: NEW SIGNALLING POINT NAME; */ New syntax < NRX/* DATA UNITS:SIGNALLING POINT TYPE: OLD SIGNALLING NETWORK, OLD SIGNALLING POINT CODE: NEW SIGNALLING NETWORK, NEW SIGNALLING POINT CODE: NEW SIGNALLING POINT NAME; */ DN0963445 Id:0900d80580875382 Confidential 487 Changes in RG20(BSS) (OB) - SCCP Broadcast Status Handling Modified command(s) and menu text(s) C MODIFY LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS L INTERROGATE LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS M MODIFY BROADCAST STATUS OF SCCP SIGNALLING POINTS I INTERROGATE BROADCAST STATUS OF SCCP SIGNALLING POINTS New command(s) and menu text(s) H CONFIGURE SCCP BROADCAST GROUPS Modified Command C MODIFY LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS Description of changes: Execution printout has been updated. Old syntax /* DATA UNITS:NETWORK OF AFFECTED SUBSYSTEM, SIGNALLING POINT CODES OF AFFECTED SUBSYSTEM, AFFECTED SUBSYSTEM NUMBER: NETWORK OF LOCAL SUBSYSTEM, LOCAL SUBSYSTEM NUMBER: STATUS; */ New syntax /* DATA UNITS:BROADCAST GROUPS OF AFFECTED SUBSYSTEMS FOR LOCAL BROADCAST: NETWORK OF LOCAL SUBSYSTEM, LOCAL SUBSYSTEM NUMBER: STATUS; */ Modified Command L INTERROGATE LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS Description of changes: Execution printout has been updated.. Old syntax /* DATA UNITS:NETWORK OF AFFECTED SUBSYSTEM, SIGNALLING POINT CODES OF AFFECTED SUBSYSTEM, AFFECTED SUBSYSTEM NUMBER: NETWORK OF LOCAL SUBSYSTEM, LOCAL SUBSYSTEM NUMBER: MODE; */ New syntax /* DATA UNITS:BROADCAST GROUPS OF AFFECTED SUBSYSTEMS FOR LOCAL BROADCAST: NETWORK OF LOCAL SUBSYSTEM, LOCAL SUBSYSTEM NUMBER: MODE; */ Modified Command M MODIFY BROADCAST STATUS OF SCCP SIGNALLING POINTS Description of changes: Execution printout has been updated. Old syntax /* DATA UNITS:NETWORK OF AFFECTED SUBSYSTEM, SIGNALLING POINT CODES OF AFFECTED SUBSYSTEM, AFFECTED SUBSYSTEM NUMBER: NETWORK OF CONCERNED SIGNALLING POINT, CONCERNED SIGNALLING POINT CODES: STATUS; */ New syntax /* DATA UNITS:BROADCAST GROUP OF AFFECTED SUBSYSTEMS FOR SP BROADCAST: BROADCAST GROUP OF CONCERNED SIGNALLING POINTS FOR SP BROADCAST: STATUS; */ Modified Command Description of changes: 488 I INTERROGATE BROADCAST STATUS OF SCCP SIGNALLING POINTS Execution printout has been updated. Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Old syntax /* DATA UNITS:NETWORK OF AFFECTED SUBSYSTEM, SIGNALLING POINT OF AFFECTED SUBSYSTEM, AFFECTED SUBSYSTEM NUMBER: NETWORK OF CONCERNED SIGNALLING POINT, CONCERNED SIGNALLING POINT CODES: MODE; */ New syntax /* DATA UNITS:BROADCAST GROUP OF AFFECTED SUBSYSTEMS FOR SP BROADCAST: BROADCAST GROUP OF CONCERNED SIGNALLING POINTS FOR SP BROADCAST: MODE; */ (OC) - SCCP Parameter Set Handling Modified command(s) and menu text(s) Modified Command A CREATE SCCP SUBSYSTEM PARAMETER SET J INTERROGATE SCCP SUBSYSTEM PARAMETER SETS F COPY SCCP SUBSYSTEM PARAMETER SET K DELETE SCCP SUBSYSTEM PARAMETER SET L HELP TEXT FOR SCCP SUBSYSTEM PARAMETERS N MODIFY SCCP SUBSYSTEM PARAMETER SET A CREATE SCCP SUBSYSTEM PARAMETER SET Description of changes: Modified Command Execution printout has been updated. J Description of changes: Modified Command Execution printout has been updated.. F Description of changes: Modified Command K Description of changes: DN0963445 DELETE SCCP SUBSYSTEM PARAMETER SET Execution printout has been updated. L Description of changes: Modified Command COPY SCCP SUBSYSTEM PARAMETER SET Execution printout has been updated. Description of changes: Modified Command INTERROGATE SCCP SUBSYSTEM PARAMETER SETS HELP TEXT FOR SCCP SUBSYSTEM PARAMETERS Execution printout has been updated. N MODIFY SCCP SUBSYSTEM PARAMETER SET Execution printout has been updated. Id:0900d80580875382 Confidential 489 Changes in RG20(BSS) (OD) - SCCP Screening Handling Modified command(s) and menu text(s) Modified Command C COPY SCCP SIGNALLING POINT SCREENING DATA FROM MTP I INTERROGATE SCCP SIGNALLING POINT SCREENING DATA M MODIFY SCCP SIGNALLING POINT SCREENING DATA C COPY SCCP SIGNALLING POINT SCREENING DATA FROM MTP Description of changes: Modified Command Execution printout has been updated. I INTERROGATE SCCP SIGNALLING POINT SCREENING DATA Description of changes: Execution printout has been updated.. Old syntax /* DATA UNITS:SCREENING METHOD: SIGNALLING NETWORK, ORIGINATING/ADJACENT POINT CODE: SIGNALLING NETWORK, DESTINATION POINT CODES: TREATMENT; */ New syntax /* DATA UNITS:SCREENING METHOD: ORIGINATING/ADJACENT POINT SCREENING GROUPS: DESTINATION POINT SCREENING GROUPS: TREATMENT; */ Modified Command M MODIFY SCCP SIGNALLING POINT SCREENING DATA Description of changes: Execution printout has been updated. Old syntax /* DATA UNITS:SCREENING METHOD: SIGNALLING NETWORK, ORIGINATING POINT CODE: SIGNALLING NETWORK,DESTINATION POINT CODES: TREATMENT; */ New syntax /* DATA UNITS:SCREENING METHOD: ORIGINATING/ADJACENT POINT SCREENING GROUPS: DESTINATION POINT SCREENING GROUPS: TREATMENT; */ (OS) - States of SS7 Statistics Modified command(s) and menu text(s) Modified Command K INTERROGATE REPORTING STATUS OF SIGNALLING POINTS N MODIFY REPORTING STATUS OF SIGNALLING POINTS K INTERROGATE REPORTING STATUS OF SIGNALLING POINTS Description of changes: Modified Command Description of changes: 490 Execution printout has been updated. N MODIFY REPORTING STATUS OF SIGNALLING POINTS Execution printout has been updated.. Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) (OY) - SCTP Configuration Handling Modified command(s) and menu text(s) Modified Command M MODIFY ASSOCIATION SET I INTERROGATE ASSOCIATION SET A ADD ASSOCIATION TO ASSOCIATION SET C CREATE ASSOCIATION SET D DELETE ASSOCIATION SET H MODIFY ASSOCIATION IN ASSOCIATION SET P MANAGE ASSOCIATION IP ADDRESSES R REMOVE ASSOCIATION FROM ASSOCIATION SET S MODIFY ASSOCIATION STATE M MODIFY ASSOCIATION SET Description of changes: Execution printout has been updated. Old syntax OYM: <association set name>:(NAME = <new association set name> |ROLE = <association set role> |VERSION = <M3UA specification version> |TRAFFIC = <traffic mode type> |ASP = <ASP messages> |REG = <registration request> |SSNM = <SSNM messages broadcasts to all ASPs> |NETWORK = <network appearance> |IPSP = <sending of ASP messages in IPSP connection> |ROUTING = <routing context> |FIRST = <first data stream number> |PARAMSET = <parameter set> |TACK = <acknowledgement timer for ASPSM and ASPTM> |HB = <M3UA hb interval>); New syntax OYM: <association set name>:(NAME = <new association set name> |ROLE = <association set role> |VERSION = <M3UA specification version> |TRAFFIC = <traffic mode type> |ASP = <ASP messages> |REG = <registration request> |SSNM = <SSNM messages broadcasts to all ASPs> |NETWORK = <network appearance> |IPSP = <sending of ASP messages in IPSP connection> |ROUTING = <routing context> |FIRST = <first data stream number> |PARAMSET = <parameter set> |TACK = <acknowledgement timer for ASPSM and ASPTM> |HB = <M3UA hb interval> |DELAY = <activation delay>); Modified Command I Description of changes: Modified Command Execution printout has been updated.. A Description of changes: Modified Command Description of changes: DN0963445 ADD ASSOCIATION TO ASSOCIATION SET Execution printout has been updated. C Description of changes: Modified Command INTERROGATE ASSOCIATION SET CREATE ASSOCIATION SET Execution printout has been updated. D DELETE ASSOCIATION SET Execution printout has been updated. Id:0900d80580875382 Confidential 491 Changes in RG20(BSS) Modified Command H Description of changes: Modified Command Execution printout has been updated. P Description of changes: Modified Command MODIFY ASSOCIATION IN ASSOCIATION SET MANAGE ASSOCIATION IP ADDRESSES Execution printout has been updated. R Description of changes: REMOVE ASSOCIATION FROM ASSOCIATION SET Execution printout has been updated. (RC) - Circuit Group Handling Modified command(s) and menu text(s) Modified Command N MODIFY CIRCUIT GROUP I INTERROGATE CIRCUIT GROUP N MODIFY CIRCUIT GROUP Description of changes: Execution has been updated, and error text has been changed.. Old syntax RCN:[CGR=<cgr>|NCGR=<ncgr>]:...::; New syntax RCN:[CGR=<cgr>|NCGR=<ncgr>]:...,MGW=<mgw_name>,...::; Modified Command I Description of changes: INTERROGATE CIRCUIT GROUP Execution has been updated. (TP) - GSM Measurement Handling Modified command(s) and menu text(s): Modified Command S START GSM MEASUREMENT I INTERROGATE GSM MEASUREMENT E STOP GSM MEASUREMENT M MODIFY GSM MEASUREMENT CHARACTERISTICS S START GSM MEASUREMENT Description of changes: Change in semantics. Old semantics: Measurements 1-132 are displayed to the user. New semantics: Ethernet mcTC Measurement is added to the TRANSM group.In standalone configuration, TDM related measurements 62, 63, 64, 65, 66, 74, 76, 114, 115, 116, 117, 118, 120, 121, 128 and 129 are hidden from the user. 492 Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) New Command I INTERROGATE GSM MEASUREMENT Description of changes: Change in semantics. Old semantics: Ethernet mcTC Measurement is added to the TRANSM group.In standalone configuration,TDM related measurements 62, 63, 64, 65, 66, 74, 76, 114, 115, 116, 117, 118, 120, 121, 128 and 129 are hidden from the user. New semantics: Ethernet mcTC Measurement is added to the TRANSM group.In standalone configuration,TDM related measurements 62, 63, 64, 65, 66, 74, 76, 114, 115, 116, 117, 118, 120, 121, 128 and 129 are hidden from the user. New Command E STOP GSM MEASUREMENT Description of changes: Change in semantics. Old semantics: Measurements 1-132 are displayed to the user. New semantics: Ethernet mcTC Measurement is added to the TRANSM group.In standalone configuration, TDM related measurements 62, 63, 64, 65, 66, 74, 76, 114, 115, 116, 117, 118, 120, 121, 128 and 129 are hidden from the user. New Command M MODIFY GSM MEASUREMENT CHARACTERISTICS Description of changes: Change in semantics. Old semantics: The maximum configurable value of BTS id is 4200. Measurements 1-132 are displayed to the user. New semantics: Ethernet mcTC Measurement is added to the TRANSM group.In standalone configuration, TDM related measurements 62, 63, 64, 65, 66, 74, 76, 114, 115, 116, 117, 118, 120, 121, 128 and 129 are hidden from the user and the maximum value for BTS id has increased to 4400. (WG) - Transcoder Configuration New command(s) and menu text(s): New Command U CREATE TCSU X DELETE TCSU B OUTPUT TCSU PARAMETERS U CREATE TCSU Function: With the WGU command you can create the TCSU [Transcoding Service Unit]. This command is valid only for mcBSC configurations. New syntax: WGU: TCSUID = <TSCU Index>,EDNBR = <ETP D-Channel number>,TCNBR = <TCSU number>; Parameters: TCSU Index, ETP D-Channel number, TCSU number; New Command Function: DN0963445 X DELETE TCSU With the WGX command, you can delete the TCSU. This command is valid only for mcBSC configurations. Id:0900d80580875382 Confidential 493 Changes in RG20(BSS) New syntax: WGX: TCSUID = <TCSU INDEX>; Parameters: TCSU Index; New Command B OUTPUT TCSU PARAMETERS Function: With this WGB command, you can output the TCSU parameters. This command is valid only for mcBSC configurations. New syntax: WGB: TCSUID = <TCSU INDEX>; Parameters: TCSU Index; (WO) - Parameter Handling Modified command(s) and menu text(s) S OUTPUT FEATURES ACTIVATION STATUS Modified Command S OUTPUT FEATURES ACTIVATION STATUS Description of changes: Execution has been updated, and error text has been changed.. (WR) - Software Package Deployment Handling Modified command(s) and menu text(s): Modified Command A ADD UNITS TO TRIAL CONFIGURATION R REMOVE UNIT FROM TRIAL CONFIGURATION S CUTOVER TO NEW SOFTWARE PACKAGE O RETURN TO OLD SOFTWARE PACKAGE A ADD UNITS TO TRIAL CONFIGURATION Description of changes Execution printout has been updated. Old semantics: Recovery system was able to select indices of any unit type if they were not given as command parameters. New semantics: The indices must be given in VMU Modified Command R REMOVE UNIT FROM TRIAL CONFIGURATION Description of changes Semantics has been changed. Old semantics: Recovery system was able to select index of any unit type because there was only one instance of each unit type in a trial configuration. New semantics: Index of VMU to be removed must be given because there may be several VMUs in a trial configuration. New Command Function: 494 S CUTOVER TO NEW SOFTWARE PACKAGE Execution printout has been updated. Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) New Command O Function: RETURN TO OLD SOFTWARE PACKAGE Execution printout has been updated. (WY) - Internal LAN Management Modified command(s) and menu text(s) M MODIFY INTERNAL LAN (OLD: MODIFY INTERNAL LAN OR IP SUBNET) R REMOVE INTERNAL LAN (OLD: REMOVE INTERNAL LAN OR IP SUBNET) (YE) - Exchange Terminal Supervision Handling Modified command(s) and menu text(s): Modified Command A MODIFY ALARM LIMITS G MODIFY T1 AND JT1 FUNCTIONAL MODES C MODIFY FUNCTIONAL MODES M MODIFY ET PARAMETERS S MODIFY STATISTICS COUNTERS LIMITS U MODIFY SLIP LIMITS H OUTPUT T1 AND JT1 FUNCTIONAL MODES I OUTPUT FUNCTIONAL MODES P OUTPUT ALARM LIMITS L OUTPUT STATISTICS COUNTERS LIMITS O OUTPUT ET PARAMETERS R OUTPUT SLIP LIMITS A ADD UNITS TO TRIAL CONFIGURATION Description of changes Semantics and error text have been changed. Old semantics: Default value is <all> unit indexes. New semantics: Command is not possible without parameter <unit index> except with value ALL in parameter <unit type>. Modified Command G MODIFY T1 AND JT1 FUNCTIONAL MODES Description of changes Semantics and error text have been changed. Old semantics: Default value is <all> unit indexes. New semantics: Command is not possible without parameter <unit index> except with value ALL in parameter <unit type>. Old syntax YEG:<unit type>, [<unit index>... | <all> def]: 22.5 ); DN0963445 Id:0900d80580875382 Confidential (ESF | SF), (B8ZS | AMI), (0 | 7.5 | 15 | 495 Changes in RG20(BSS) New syntax Syntax with SDH-ET units:YEG:<unit type>, [<unit index>... ]:(ESF | SF); Syntax with all other units:YEG:<unit type>, [<unit index>... | <all> def]: (B8ZS | AMI), (0 | 7.5 | 15 | 22.5 ); Modified Command C (ESF | SF), MODIFY FUNCTIONAL MODES Description of changes Semantics and error text have been changed. Old semantics: Default value is <all> unit indexes. New semantics: Command is not possible without parameter <unit index> except with value ALL in parameter <unit type>. Old syntax YEC: <unit type>, <unit index>: <functional mode>, <frame alignment mode>, <use of SA bits, optio>, <V3 supervision, optio>; New syntax YEC: <unit type>, <unit index>: <functional mode>, <frame alignment mode>; Modified Command M MODIFY ET PARAMETERS Description of changes Semantics and error text has been changed. Old semantics: Default value is <all> unit indexes. New semantics: Command is not possible without parameter <unit index> except with value ALL in parameter <unit type>. Modified Command S MODIFY STATISTICS COUNTERS LIMITS Description of changes Semantics and error text have been changed. Old semantics: Default value is <all> unit indexes. New semantics: Command is not possible without parameter <unit index> except with value ALL in parameter <unit type>. Modified Command U MODIFY SLIP LIMITS Description of changes Semantics and error text have been changed. Old semantics: Default value is <all> unit indexes. New semantics: Command is not possible without parameter <unit index> except with value ALL in parameter <unit type>. Modified Command H OUTPUT T1 AND JT1 FUNCTIONAL MODES Description of changes Execution printout has been updated, and error text and semantics have been changed. Old semantics: Possible values of <unit type>: ET and ALL. ETS is also possible value if any ETS has been equipped. New semantics: Possible values of <unit type>: ET, PET and ALL. 496 Id:0900d80580875382 Confidential DN0963445 Changes in RG20(BSS) Modified Command I OUTPUT FUNCTIONAL MODES Description of changes Execution printout has been updated, and error text and semantics have been changed. Old semantics: Possible values of <unit type>: ET and ALL. ETS is also possible value if any ETS has been equipped. New semantics: Possible values of <unit type>: ET, PET and ALL. Modified Command P OUTPUT ALARM LIMITS Description of changes Execution printout and semantics have been changed. Old semantics: Possible values of <unit type>: ET and ALL. ETS is also a possible value if any ETS has been equipped. New semantics: Possible values of <unit type>: ET, PET and ALL. Modified Command L OUTPUT STATISTICS COUNTERS LIMITS Description of changes Execution printout and semantics have been changed. Old semantics: Possible values of <unit type>: ET and ALL. ETS is also possible value if any ETS has been equipped. New semantics: Possible values of <unit type>: ET, PET and ALL. Modified Command O OUTPUT ET PARAMETERS Description of changes Execution printout and semantics have been changed. Old semantics: Possible values of <unit type>: ET and ALL. ETS is also possible value if any ETS has been equipped. New semantics: Possible values of <unit type>: ET, PET and ALL. Modified Command Description of changes DN0963445 R OUTPUT SLIP LIMITS Execution printout has been changed. Id:0900d80580875382 Confidential 497 Changes in RG20(BSS) 6.2.4 6.2.4.1 Deleted MML programs Deleted MML programs between S15 and mcBSC (OD) - SCCP Screening Handling Deleted command(s) and menu text(s) A CREATE SCCP CALLING GT ANALYSIS D DELETE SCCP CALLING GT ANALYSIS E CREATE SCCP CALLING GT TRANSLATION RESULT J INTERROGATE SCCP CALLING GT ANALYSES L INTERROGATE SCCP CALLING GT TRANSLATION RESULTS U DELETE SCCP CALLING GT TRANSLATION RESULT (WY) - Internal LAN Management Deleted command(s) and menu text(s) 498 A ADD IP SUBNET Id:0900d80580889083 Confidential DN0963445 Changes in RG20(BSS) 6.3 6.3.1 MML changes made in Nokia Siemens Networks GSM/EDGE BSS, rel. RG20(BSS), operating documentation, issue 01 About MML changes The changes that have been made to MML programs between S14 and S15 are described here. MMLs with only a few internal changes or guide text changes are not listed in the MML changes documentation. It is possible that command sequences must be modified due to the changes summarised here. The MML changes documentation may contain information which is irrelevant to the customer. The relevance of the information depends on the delivered software build. For example, some MML programs are optional and are not automatically included in the software build. For more detailed descriptions see the corresponding commands and instructions. DN0963445 Id:0900d8058088a24d Confidential 499 Changes in RG20(BSS) 6.3.2 6.3.2.1 New MMLs (D2) - IUA MESSAGE INTERFACE OVER UDP CONFIGURATION HANDLING Program's function: New command(s) and menu text(s): 500 The MML program IUA MESSAGE INTERFACE OVER UDP CONFIGURATION HANDLING is used for creating, interrogating and deleting the connections. C CREATE IUA MESSAGING CONFIGURATION D DELETE IUA MESSAGING CONFIGURATION I INTERROGATE IUA MESSAGING CONFIGURATIONS Id:0900d80580864a86 Confidential DN0963445 Changes in RG20(BSS) 6.3.3 6.3.3.1 MML Changes made between S14 and S15 Modified MML Programs (CE) - Circuit State Handling Modified command(s) and menu text(s) Modified Command L LIST EXTERNAL CIRCUIT STATE C CHANGE EXTERNAL CIRCUIT STATE L LIST EXTERNAL CIRCUIT STATE Description of changes: Change in semantics. Old semantics: Max length of NCGR is 8 characters. New semantics: Max length of NCGR is 16 characters. Modified Command C Description of changes: CHANGE EXTERNAL CIRCUIT STATE Execution printout has been updated. (CI) - Internal Routing States Modified command(s) and menu text(s) Modified Command M MODIFY INTERNAL CIRCUIT OR CIRCUIT GROUP STATE C MODIFY INTERNAL ROUTE STATE L INTERROGATE INTERNAL ROUTE STATE I INTERROGATE INTERNAL CIRCUIT OR CIRCUIT GROUP STATE M MODIFY INTERNAL CIRCUIT OR CIRCUIT GROUP STATE Description of changes: Execution printout has been updated. Change in semantics. Old syntax: CIM:CRCT=<pcm>-<tsl>:<state=WO/BA>:; New syntax: CIM:ETPCM=<et>,CRCT=<tcpcm>-<tsl>:<state=WO/BA>:; Modified Command C Description of changes: Modified Command Execution printout has been updated. L Description of changes: Modified Command DN0963445 MODIFY INTERNAL ROUTE STATE INTERROGATE INTERNAL ROUTE STATE Execution printout has been updated. I INTERROGATE INTERNAL CIRCUIT OR CIRCUIT GROUP STATE Id:0900d8058088a253 Confidential 501 Changes in RG20(BSS) Description of changes: Execution printout has been updated, and semantics have changed. Old syntax: CII:CRCT=<pcm>-<tsl>:; New syntax: CII:ETPCM=<et>,CRCT=<tcpcm>-<tsl>:; (DC) - Clock Handling Added command(s) and menu text(s) F MODIFY SNTP CONFIGURATION W MODIFY SNTP RELATED IP ADDRESSES P DISPLAY SNTP CONFIGURATION X SET STAND ALONE SERVER MODE (DV) - DISK LOG HANDLING PROGRAM Modified command(s) and menu text(s): Modified Command C CREATE NEW SUBLOG FILE D DELETE SUBLOG FILE E CLOSE SUBLOG FILE C CREATE NEW SUBLOG FILE Description of changes: Modified Command Function updated D Description of changes: Modified Command DELETE SUBLOG FILE Function updated E Description of changes: CLOSE SUBLOG FILE Function updated (DW) - Primary Rate Access D-Channel for IUA Data Handling New command(s) and menu text(s): New Command: P CREATE ABIS D-CHANNEL Q INTERROGATE ABIS D-CHANNEL DATA P CREATE ABIS D-CHANNEL Description of changes: New command added to create an Abis D-channel between BSC and BTS New syntax: DWP: <D-channel name>: <unit type>, <unit index>: <SAPI>, <TEI>: <association name>, [stream]; Parameters: D-channel name; unit type; unit index; SAPI; TEI; association name; stream; 502 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New Command: Q INTERROGATE ABIS D-CHANNEL DATA Description of changes: New command added to interrogate the data of selected or of all existing Abis D-channels.Restrict the data to be interrogated by setting the value ranges for the parameters. New syntax: DWQ: [ NAME = <D-channel name> | NUMBER = <D-channel numbers> | <all> def ]; Parameters: D-channel name, D-channel number; Modified command(s) and menu text(s): Modified Command C CREATE D-CHANNEL E MODIFY D-CHANNEL WORKING STATE C CREATE D-CHANNEL Description of changes: The value range of the stream parameter is changed. New Sematics: stream This is a unidirectional logical channel established from one SCTP endpoint to anotherassociated SCTP endpoint. Value range is 0-64. Omitting this parameter allows thesystem to dynamically allocate the D-channel to a stream. This parameter is optional. Modified Command E MODIFY D-CHANNEL WORKING STATE Description of changes: Additional information is added.. Additional information: State change is not allowed for Abis D-channel. (EA) - Adjacent Cell Handling New command(s) and menu text(s): New Command: Description of changes: DN0963445 N CREATE LTE ADJACENT CELL PARAMETERS U MODIFY LTE ADJACENT CELL PARAMETERS V OUTPUT LTE ADJACENT CELL PARAMETERS S DELETE LTE ADJACENT CELL PARAMETERS N CREATE LTE ADJACENT CELL PARAMETERS <option> New command added to create a new LTE adjacent cell object to the BSS Radio Network Configuration Database (BSDATA). Id:0900d8058088a253 Confidential 503 Changes in RG20(BSS) New syntax: EAN: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :[ INDEX = <lte adjacent cell index> | <serving cell first free index> def ] :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]TAC = <LTE adjacent cell tracking area code> ) :( FREQ = <LTE adjacent cell downlink carrier frequency>,[[ LTEMB = <LTE adjacent cell min bandwidth> | 0 def ],LTECP = <LTE adjacent cell priority> | 0 def ],LTERUT = <LTE adjacent cell reselection upper threshold> | 32 dB def ],LTERLT = <LTE adjacent cell reselection lower threshold> | 32 dB def ],LTERXM = <LTE adjacent cell min RX level> | -140 dB def ]LTEBCL = <barred LTE adjacent cell list> | empty def ]LTEBCG = <barred LTE adjacent cell group> | 0 def ]LTEBCP = <barred LTE adjacent cell pattern> | 255 def ]LTEPS = <barred LTE adjacent cell pattern sense> | 0 def ]] …) ; Parameters: BTS identification, BTS name, SEG identification <option>, SEG name <option>: LTE adjacent cell index : mobile country code, mobile network code, LTE adjacent cell tracking area code: LTE adjacent cell downlink carrier frequency, LTE adjacent cell min bandwith, LTE adjacent cell priority, LTE adjacent cell reselection upper threshold, LTE adjacent cell reselection lower threshold, LTE adjacent cell min RX level, barred LTE adjacent cell list, barred LTE adjacent cell group, barred LTE adjacent cell pattern, barred LTE adjacent cell pattern sense. New Command: U MODIFY LTE ADJACENT CELL PARAMETERS <option> Description of changes: New command added to modify an LTE adjacent cell object to the BSS Radio Network Configuration Database (BSDATA). New syntax: EAU: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :[ INDEX = <lte adjacent cell index> | <serving cell first free index> def ] :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]TAC = <LTE adjacent cell tracking area code>,FREQ = <LTE adjacent cell downlink carrier frequency>) :( [ NEWMCC = <new mobile country code> |NEWMNC = <new mobile network code> |NEWTAC = <new adjacent cell tracking area code > |NEWFREQ = <new LTE adjacent cell downlink carrier frequency> ] :[[ LTEMB = <LTE adjacent cell min bandwith> | 0 def ],LTECP = <LTE adjacent cell priority> | 0 def ],LTERUT = <LTE adjacent cell reselection upper threshold> | 32 dB def ],LTERLT = <LTE adjacent cell reselection lower threshold> | 32 dB def ],LTERXM = <LTE adjacent cell min RX level> | -140 dB def ]LTEBCL = <barred LTE adjacent cell list> | empty def ]LTEBCG = <barred LTE adjacent cell group> | 0 def ]LTEBCP = <barred LTE adjacent cell pattern> | 255 def ]LTEPS = <barred LTE adjacent cell pattern sense> | 0 def ]] …) ; Parameters: BTS identification, BTS name, SEG identification <option>, SEG name <option>: LTE adjacent cell index : mobile country code, mobile network code, LTE adjacent cell tracking area code, LTE adjacent cell downlink carrier frequency: new mobile country code, new mobile network code, new adjacent cell tracking code, new LTE adjacent cell downlink carrier frequency: LTE adjacent cell min bandwith, LTE adjacent cell priority, LTE adjacent cell reselection upper threshold, LTE adjacent cell reselection lower threshold, LTE adjacent cell min RX level, barred LTE adjacent cell list, barred LTE adjacent cell group, barred LTE adjacent cell pattern, barred LTE adjacent cell pattern sense; New Command: Description of changes: 504 V OUTPUT LTE ADJACENT CELL PARAMETERS <option> New command added to print the parameters of an LTE adjacent cell object to the BSS Radio Network Configuration Database (BSDATA). Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New syntax: EAV: [[ BTS = <BTS identification>... |NAME = <BTS name>... |SEG = <SEG identification>... <option> |SEGNAME = <SEG name>... <option> ] | <all> def ] :[ INDEX = <adjacent cell index> : |[[[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]TAC = < LTE adjacent cell tracking area code >,FREQ = <LTE adjacent cell downlink carrier frequency> ]] | <all> def ;<option> Parameters: BTS identification, BTS name, SEG identification <option>, SEG name <option>: LTE adjacent cell index : mobile country code, mobile network code, LTE adjacent cell tracking area code, LTE adjacent cell downlink carrier frequency <option>; New Command: S DELETE LTE ADJACENT CELL PARAMETERS <option> Description of changes: With this command you can delete an LTE adjacent cell object from the BSS Radio Network Configuration Database (BSDATA). New syntax: EAS: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :[ INDEX = <lte adjacent cell index> | <serving cell first free index> def ] :([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]TAC = <LTE adjacent cell tracking area code>,FREQ = <LTE adjacent cell downlink carrier frequency> <option> ); Parameters: BTS identification, BTS name, SEG identification <option>, SEG name <option>: LTE adjacent cell index : mobile country code, mobile network code, LTE adjacent cell tracking are code, LTE adjacent cell downlink carrier frequency <option>; Modified command(s) and menu text(s): Modified Command Description of changes: DN0963445 C CREATE ADJACENT CELL PARAMETERS M MODIFY ADJACENT CELL PARAMETERS O OUTPUT ADJACENT CELL PARAMETERS C CREATE ADJACENT CELL PARAMETERS New parameter HO margin delay time has been added. Id:0900d8058088a253 Confidential 505 Changes in RG20(BSS) Old syntax: 506 EAC:( BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : [ INDEX = <adjacent cell index> | <serving cell first free index> def ] : (([[ MCC = <mobile country code>, | <serving cell MCC> def ] [ MNC = <mobile network code>, | <serving cell MNC> def ]] LAC = <location area code>, CI = <cell identification> ) | ABTS = <adjacent cell identification> | ANAME= <adjacent cell name> | ASEG = <adjacent SEG identification> <option> | ASEGNAME = <adjacent SEG name> <option> ) : [ NCC = <network colour code>, BCC = <BTS colour code>, FREQ = <BCCH frequency>, ] : [[ PMRG = <HO margin pbgt> | 6 def ] [ LMRG = <HO margin lev> | 3 def ] [ QMRG = <HO margin qual> | 0 def ] [ MRGS = <enable HO margin lev qual> | Y def ] [ PRI = <HO priority level> | 3 def ] [ OF = <HO load factor> | 1 def ] [ SL = <RX lev min cell> | -100 def ] [ AUCL = <HO level umbrella> | -47 def ] [ PMAX1 = <MS TX pwr max gsm> <option> | 33 def (GSM 900/GSM 800) ] [ PMAX2 = <MS TX pwr max gsm1x00> <option> | 30 def (GSM 1800/GSM 1900) ] [ SYNC = <synchronized> | N def ] [ TRHO = <TRHO target level> | N def ] [ ACL = <adjacent cell layer> <option> | N def ] [ FMT = <fast moving threshold> <option> | 0 def ] [ POPT = <MS pwr opt level> <option> | no optimization def ] [ CTY = <cell type> <option> | GSM def ] [ CHAIN= <chained adj cell> <option> | N def ] [ HOTA = <HO target area> <option> | 0 def ] [ DRT = <directed retry threshold> <option> | -100 def ] [ DADL = <target cell of direct access to desired layer> <option> | N def ] [ DADLA= <AMR target cell of direct access to desired layer> <option> | N def ] [ AGENA = <adjacent GPRS enabled> <option> | N def ] [ GRXP = <GPRS rxlev access min> <option> | –105 def ] [ GTXP1 = <GPRS MS TX pwr max CCH> <option> | 33 def (GSM 900/GSM 800) ] [ GTXP2 = <GPRS MS TX pwr max CCH1x00> <option> | 30 def (GSM 1800/GSM 1900) ] [ PRC = <priority class> <option> | 0 def ] [ HCS = <HCS signal level threshold> <option> | N (not in use) def] [ GTEO = <GPRS temporary offset> <option> | 0 def ] [ GPET = <GPRS penalty time> <option> | 10 def ] [ RAC = <routing area code> <option> | 255 def ] [ REP = <reporting priority> <option> | 0 (normal) def ][ EQM = <NCCR EGPRS quality margin> <option> | 0 def ] [ GQM = <NCCR GPRS quality margin> <option> | 0 def ] [ EPM = <NCCR and DTM EGPRS PBGT Margin> <option> | 6 def ] [ GPM = <NCCR and DTM GPRS PBGT Margin> <option> | 6 def ] [ DTM = <DTM enabled> | N def ] [ DPM = <DTM power budget margin> <option> | 6 def ] [ DHOPWR = <enable derived handover power> | 0 def ]... ; Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New syntax: EAC:( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :[ INDEX = <adjacent cell index> |<serving cell first free index> def ] :(([[ MCC = <mobile country code>, |<serving cell MCC> def ][ MNC = <mobile network code>, |<serving cell MNC> def ]]LAC = <location area code>,CI = <cell identification> ) |ABTS = <adjacent cell identification> |ANAME= <adjacent cell name> |ASEG = <adjacent SEG identification> <option> |ASEGNAME = <adjacent SEG name> <option> ) :[ NCC = <network colour code>,BCC = <BTS colour code>,FREQ = <BCCH frequency>, ] :[[ PMRG = <HO margin pbgt> | 6 def ][ LMRG = <HO margin lev> | 3 def ][ QMRG = <HO margin qual> | 0 def ][ MRGS = <enable HO margin lev qual> | Y def ][ HOMD = <HO margin delay time> | 0 def ][ PRI = <HO priority level> | 3 def ][ OF = <HO load factor> | 1 def ][ SL = <RX lev min cell> | -100 def ][ AUCL = <HO level umbrella> | -47 def ][ PMAX1 = <MS TX pwr max gsm> <option> |33 def (GSM 900/GSM 800) ][ PMAX2 = <MS TX pwr max gsm1x00> <option> |30 def (GSM 1800/GSM 1900) ][ SYNC = <synchronized> | N def ][ TRHO = <TRHO target level> | N def ][ ACL = <adjacent cell layer> <option> |N def ][ FMT = <fast moving threshold> <option> |0 def ][ POPT = <MS pwr opt level> <option> |no optimization def ][ CTY = <cell type> <option> | GSM def ][ CHAIN= <chained adj cell> <option> | N def ][ HOTA = <HO target area> <option> | 0 def ][ DRT = <directed retry threshold> <option> | -100 def ] [ DADL = <target cell of direct access to desired layer> <option> |N def ][ DADLA= <AMR target cell of direct access to desired layer><option> | N def ][ AGENA = <adjacent GPRS enabled> <option> | N def ][ GRXP = <GPRS rxlev access min> <option> | –105 def ][ GTXP1 = <GPRS MS TX pwr max CCH> <option> |33 def (GSM 900/GSM 800) ][ GTXP2 = <GPRS MS TX pwr max CCH1x00> <option> |30 def (GSM 1800/GSM 1900) ][ PRC = <priority class> <option> | 0 def ][ HCS = <HCS signal level threshold> <option> | N (not in use) def][ GTEO = <GPRS temporary offset> <option> | 0 def ][ GPET = <GPRS penalty time> <option> | 10 def ][ RAC = <routing area code> <option> | 255 def ][ REP = <reporting priority> <option> | 0 (normal) def ][ EQM = <NCCR EGPRS quality margin> <option> | 0 def ][ GQM = <NCCR GPRS quality margin> <option> | 0 def ][ EPM = <NCCR and DTM EGPRS PBGT Margin> <option> | 6 def ][ GPM = <NCCR and DTM GPRS PBGT Margin> <option> | 6 def ][ DTM = <DTM enabled> | N def ][ DPM = <DTM power budget margin> <option> | 6 def ][ DHOPWR = <enable derived handover power> | 0 def ]... ; Modified Command Description of changes: DN0963445 M MODIFY ADJACENT CELL PARAMETERS New parameter HO margin delay time has been added. Id:0900d8058088a253 Confidential 507 Changes in RG20(BSS) Old syntax: EAM: (BTS = <BTS identification> | NAME = <BTS name> | SEG = <SEG identification> <option> | SEGNAME = <SEG name> <option> ) : ( INDEX = <adjacent cell index> : | ([[ MCC = <mobile country code>, | <serving cell MCC> def ] [ MNC = <mobile network code>, | <serving cell MNC> def ]] LAC = <location area code>, CI = <cell identification> ) | ABTS = <adjacent cell identification> | ANAME= <adjacent cell name> | ASEG = <adjacent SEG identification> <option> | ASEGNAME = <adjacent SEG name> <option> ) : ([ NEWMCC = <new mobile country code> | NEWMNC = <new mobile network code> | NEWLAC = <new location area code> | NEWCI = <new cell identification> | NEWABTS = <new adjacent cell identification> | NEWANAME= <new adjacent cell name> | NEWASEG = <new adjacent SEG identification> <option> | NEWASEGNAME= <new adjacent SEG name> <option> ] : [ NCC = <network colour code> | BCC = <BTS colour code> | FREQ = <BCCH frequency> | PMRG = <HO margin pbgt> | LMRG = <HO margin lev> | QMRG = <HO margin qual> | MRGS = <enable HO margin lev qual> | PRI = <HO priority level> | OF = <HO load factor> | SL = <RX lev min cell> | AUCL = <HO level umbrella> | PMAX1 = <MS TX pwr max gsm> <option> | PMAX2 = <MS TX pwr max gsm1x00> <option> | SYNC = <synchronized> | TRHO = <TRHO target level> | ACL = <adjacent cell layer> <option> | FMT = <fast moving threshold> <option> | POPT = <MS pwr opt level> <option> | CTY = <cell type> <option> | CHAIN = <chained adj cell> <option> | HOTA = <HO target area> <option> | DRT = <directed retry threshold> <option> | DADL = <target cell of direct access to desired layer> <option> | DADLA = <AMR target cell of direct access to desired layer> <option> | AGENA = <adjacent GPRS enabled> <option> | GRXP = <GPRS rxlev access min> <option> | GTXP1 = <GPRS MS TX pwr max CCH> <option> | GTXP2 = <GPRS MS TX pwr max CCH1x00> <option> | PRC = <priority class> <option> | HCS = <HCS signal level threshold> <option> | GTEO = <GPRS temporary offset> <option> | GPET = <GPRS penalty time> <option> | RAC = <routing area code> <option> | REP = <reporting priority> <option> | EQM = <NCCR EGPRS quality margin> <option> | GQM = <NCCR GPRS quality margin> <option> | EPM = <NCCR and DTM EGPRS PBGT Margin> <option> | GPM = <NCCR and DTM GPRS PBGT Margin> <option> | DTM = <DTM enabled> | DPM = <DTM power budget margin> <option> ] ) ... DHOPWR = <enable derived handover power> ] ) ...; New syntax: EAM: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( INDEX = <adjacent cell index> : |([[ MCC = <mobile country code>, | <serving cell MCC> def ][ MNC = <mobile network code>, | <serving cell MNC> def ]]LAC = <location area code>,CI = <cell identification> ) |ABTS = <adjacent cell identification> |ANAME= <adjacent cell name> |ASEG = <adjacent SEG identification> <option> |ASEGNAME = <adjacent SEG name> <option> ) :([ NEWMCC = <new mobile country code> |NEWMNC = <new mobile network code> |NEWLAC = <new location area code> |NEWCI = <new cell identification> |NEWABTS = <new adjacent cell identification> |NEWANAME= <new adjacent cell name> |NEWASEG = <new adjacent SEG identification> <option> |NEWASEGNAME= <new adjacent SEG name> <option> ] :[ NCC = <network colour code> |BCC = <BTS colour code> |FREQ = <BCCH frequency> |PMRG = <HO margin pbgt> |LMRG = <HO margin lev> |QMRG = <HO margin qual> |MRGS = <enable HO margin lev qual> |HOMD = <HO margin delay time> |PRI = <HO priority level> |OF = <HO load factor> |SL = <RX lev min cell> |AUCL = <HO level umbrella> |PMAX1 = <MS TX pwr max gsm> <option> |PMAX2 = <MS TX pwr max gsm1x00> <option> |SYNC = <synchronized> |TRHO = <TRHO target level> |ACL = <adjacent cell layer> <option> |FMT = <fast moving threshold> <option> |POPT = <MS pwr opt level> <option> |CTY = <cell type> <option> |CHAIN = <chained adj cell> <option> |HOTA = <HO target area> <option> |DRT = <directed retry threshold> <option> 508 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) DADL = <target cell of direct access to desired layer> <option> |DADLA = <AMR target cell of direct access to desired layer><option> |AGENA = <adjacent GPRS enabled> <option> |GRXP = <GPRS rxlev access min> <option> |GTXP1 = <GPRS MS TX pwr max CCH> <option> |GTXP2 = <GPRS MS TX pwr max CCH1x00> <option> |PRC = <priority class> <option> |HCS = <HCS signal level threshold> <option> |GTEO = <GPRS temporary offset> <option> |GPET = <GPRS penalty time> <option> |RAC = <routing area code> <option> |REP = <reporting priority> <option> |EQM = <NCCR EGPRS quality margin> <option> |GQM = <NCCR GPRS quality margin> <option> |EPM = <NCCR and DTM EGPRS PBGT Margin> <option> |GPM = <NCCR and DTM GPRS PBGT Margin> <option> |DTM = <DTM enabled> |DPM = <DTM power budget margin> <option> ] ) ...DHOPWR = <enable derived handover power> ] ) ...; Modified Command O Description of changes: OUTPUT ADJACENT CELL PARAMETERS New Parameter HO margin delay time and NACC SUPPORTED is added in the execution printout. (EE) - Base Station Controller Parameter Handling in BSC New command(s) and menu text(s): New Command B CONTROL BTS COMMISSIONING Y MODIFY PACKET TRANSPORT PARAMETERS B CONTROL BTS COMMISSIONING Description of changes: New command added to output the progress of the commissioning of the BTS and manage the conflicting OMUSIGs situation. New syntax: EEB:OP = <operation type>: (CSTAT = <BTS commissioning state> ... | BCF = <BCF identification> ... | <all> def); <option> Parameters: New parameters have been added: Operation type – Possible values are OUT and SEL. This parameter is obligatory. BTS commissioning state – Possible values are CONFL, NDEF, READY, DL, INIT, COMM, NOSCF, ALL. This parameter is valid only for Flexi EDGE BTS and Flexi multi radio BTS. Modified Command: Description of changes: DN0963445 Y MODIFY PACKET TRANSPORT PARAMETERS New command added to modify the BSC level packet transport parameters including the packet abis parameters. Id:0900d8058088a253 Confidential 509 Changes in RG20(BSS) New syntax: 510 EEY: ( CSUMP = <CS UDP-MUX port> |PSUMP = <PS UDP-MUX port> |MCBE = <MC-PPP Best Effort> |MCAFC1 = <MC-PPP Assured Forwarding Class 1> |MCAFC2 = <MC-PPP Assured Forwarding Class 2> |MCAFC3 = <MC-PPP Assured Forwarding Class 3> |MCAFC4 = <MC-PPP Assured Forwarding Class 4> |MCEF = <MC-PPP Expedited Forwarding> |BTON = <backhaul timer duration start reaction> |BTOFF = <backhaul timer duration stop reaction> |PLTON = <packet loss timer duration startreaction> |PLTOFF = <packet loss timer duration stop reaction>| CSPDP = <CS packet drop period> |PSPDP = <PS packet drop period> |CPLPDP = <C-plane packet drop period> |MPLPDP = <M-plane packet drop period> |SSME = <SSM enabled> |AF4WFQ = <TS AF4 WFQ weight> |AF3WFQ = <TS AF3 WFQ weight> |AF2WFQ = <TS AF2 WFQ weight> |AF1WFQ = <TS AF1 WFQ weight> |BEWFQ = <TS BE WFQ weight> |VPBE = <VLAN priority BE> |VPAF1 = <VLAN priority AF1> |VPAF2 = <VLAN priority AF2> |VPAF3 = <VLAN priority AF3> |VPAF4 = <VLAN priority AF4> |VPEF = <VLAN priority EF> |AUCS = <abis U-plane CS to DSCP mapping> |AUPS = <abis Uplane PS to DSCP mapping> |ACP = <abis C-plane to DSCP mapping> |AMP = <abis M-plane to DSCP mapping> |CLKS = <clock-sync to DSCP Mapping> |SS = <site support traffic to DSCP mapping>ADSCPM = <A-If CS U-Plane DSCP PHB TC in MGW> |ADSCPB = <A-If CS U-Plane DSCP PHB TC in BSS> |AAF4WF = <A-If AF4 WFQ weight> |AAF3WF = <A-If AF3 WFQ weight> |AAF2WF = <A-If AF2 WFQ weight> |AAF1WF = <A-If AF1 WFQ weight> |ABEWFQ = <A-If BE WFQ weight>) ... ; <option> Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Parameters: New parameters have been added: CS UDP-MUX port - The values range from 49152 to 65534 in steps of 2. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. The defalut value is 49152PS UDP-MUX port - The values range from 49152 to 65534 in steps of 2. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. The defalut value is 49152MC-PPP Best Effort – The possible values are 0, 1, 2, 3.This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. The default value is 0. MC-PPP Assured Forwarding Class 1. The possible values are 0, 1, 2, 3. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The default value is 0. MC-PPP Assured Forwarding Class 2. The possible values are 0, 1, 2, 3. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The default value is 1. MC-PPP Assured Forwarding Class 3. The possible values are 0, 1, 2, 3. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The default value is 1. MC-PPP Assured Forwarding Class 4. The possible values are 0, 1, 2, 3. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The default value is 2. MC-PPP Expedited Forwarding - The possible values are 0, 1, 2, 3. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The default value is 3. backhaul timer duration start reaction - The valuesrange from 1 to 300 seconds in steps of 1 second. The default value is 4 seconds. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. The values of these timers are valid for both uplink and downlink direction. backhaul timer duration stop reaction - The values range from 1 to 600 seconds in steps of 1 second. The default value is 10 seconds. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The values of these timers are valid for both uplink and downlink direction. packet loss timer duration start reaction - The values range from 1 to 300 seconds insteps of 1 second. The default value is 10 seconds.This parameter is valid only for Flexi EDGE and Flexi Multiradio site types.The values of these timers are valid for both uplink and downlink direction. packet loss timer duration stop reaction -The values range from 1 to 1000 seconds insteps of 1 second. The default value is 100 seconds. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. The values of these timers are valid for both uplink and downlink direction. CS packet drop period - The values range from 0 to 100 in steps of 1. The default value is 25. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. C-plane packet drop periodThe values range from 0 to 100 in steps of 1. The defalut value is 0. This parameter is valid only for Flexi EDGE and Flexi Multiradio site types. M-plane packet drop period Modified command(s) and menu text(s): Modified command DN0963445 H MODIFY DCFA PARAMETERS I OUTPUT RADIO NETWORK CONFIGURATION L OUTPUT TRX RADIO TIME SLOTS M MODIFY GENERAL BASE STATION CONTROL PARAMETERS O OUTPUT BASE STATION CONTROLLER PARAMETERS H MODIFY DFCA PARAMETERS <option> Id:0900d8058088a253 Confidential 511 Changes in RG20(BSS) Description of changes: New packing parameters have been added due to orthogonal subchannel: C/I target OSC DHR <option> The values range from 0 to 63 dB in steps of 1 dB. The default value is 16 dB.Soft blocking. C/I OSC DHR <option>The values range from -20 to 43 dB in steps of 1 dB. The default value is -20 dB. Old syntax: EEH: ( CIF = <C/I target FR> |SBF = <soft blocking C/I FR> |CIUL = <C/I target UL offset> |CIH = <C/I target HR> <option> |SBH = <soft blocking C/I HR> <option> |CIT = <C/I target 14.4> <option> |SBCI = <soft blocking C/I 14.4> <option> |CIAF = <C/I target AMR FR> <option> |SBAF = <soft blocking C/I AMR FR> <option> |CIAH = <C/I target AMR HR> <option> |SBAH = <soft blocking C/I AMR HR> <option> |CISD = <C/I target SDCCH> <option> |SBSD = <soft blocking C/I SDCCH> <option> |CIGP = <C/I target GPRS> <option> |SBGP = <soft blocking C/I GPRS> <option> |SCIO = <SAIC DL C/I offset> <option> |BCP = <BIM confidence probability> |BIT = <BIM interference threshold> |BUP = <BIM update period> |BUSF = <BIM update scaling factor> |BUGT = <BIM update guard time> |DCAM = <DFCA channel allocation method> |EBID = <expected BSC-BSC interface delay> ) ... ; <option> New syntax: EEH: ( CIF = <C/I target FR> |SBF = <soft blocking C/I FR> |CIUL = <C/I target UL offset> |CIH = <C/I target HR> <option> |SBH = <soft blocking C/I HR> <option> |CIT = <C/I target 14.4> <option> |SBCI = <soft blocking C/I 14.4> <option> |CIAF = <C/I target AMR FR> <option> |SBAF = <soft blocking C/I AMR FR> <option> |CIAH = <C/I target AMR HR> <option> |SBAH = <soft blocking C/I AMR HR> <option> |CISD = <C/I target SDCCH> <option> |SBSD = <soft blocking C/I SDCCH> <option> |CIGP = <C/I target GPRS> <option> |SBGP = <soft blocking C/I GPRS> <option> |CIDHR = <C/I target OSC DHR> <option> |SBDHR = <soft blocking C/I OSC DHR> <option> |SCIO = <SAIC DL C/I offset> <option> |BCP = <BIM confidence probability> |BIT = <BIM interference threshold> |BUP = <BIM update period> |BUSF = <BIM update scaling factor> |BUGT = <BIM update guard time> |DCAM = <DFCA channel allocation method> |EBID = <expected BSC-BSC interface delay> ) ... ; <option> Modified command H Description of execution printout changes Modified command The execution printout of example 1 has updated with new parameters. I Description of changes: Modified command 512 OUTPUT RADIO NETWORK CONFIGURATION Parameter output type has a new value PACK. L Description of execution printout changes: Modified Command MODIFY DFCA PARAMETERS <option> OUTPUT TRX RADIO TIME SLOTS Execution printout has been updated with BUSY HALF DOUBLE RATE. M MODIFY GENERAL BASE STATION CONTROL PARAMETERS Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Old syntax: EEM: ( NPC = <number of preferred cells> |GMAC = <GSM macrocell threshold> |GMIC = <GSM microcell threshold> |DMAC = <DCS macrocell threshold> |DMIC = <DCS microcell threshold> |DISB = <MS distance behaviour> |TIM = <BTS site battery backup forced HO timer> <option> |EEF = <enable emergency call on FACCH> |EPF = <enable answer to paging call on FACCH> <option> |EOF = <enable ordinary calls on FACCH> <option> |ERF = <enable call re-establishment on FACCH> <option> |HRI = <TCH in handover> <option> |HRL = <lower limit for FR TCH resources> <option> |HRU = <upper limit for FR TCH resources> <option> |AHRL = <AMR lower limit for FR resources> <option> |AHRU = <AMR upper limit for FR resources> <option> |BCN = <BSC call number> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load target cell> <option> | New syntax EEM: ( NPC = <number of preferred cells> |GMAC = <GSM macrocell threshold> |GMIC = <GSM microcell threshold> |DMAC = <DCS macrocell threshold> |DMIC = <DCS microcell threshold> |DISB = <MS distance behaviour> |TIM = <BTS site battery backup forced HO timer> <option> |EEF = <enable emergency call on FACCH> |EPF = <enable answer to paging call on FACCH> <option> |EOF = <enable ordinary calls on FACCH> <option> |ERF = <enable call re-establishment on FACCH> <option> |HRI = <TCH in handover> <option> |HRL = <lower limit for FR TCH resources> <option> |HRU = <upper limit for FR TCH resources> <option> |AHRL = <AMR lower limit for FR resources> <option> |AHRU = <AMR upper limit for FR resources> <option> |BCN = <BSC call number> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load target cell> <option> |EEM MODIFY GENERAL BASE STATION CONTROLLERPARAMETERSACH = <AMR configuration in handovers> <option> |IAC = <initial AMR channel rate> <option> |SAL = <slow AMR LA enabled> <option> |ASG = <AMR set grades enabled> <option> |CSD = <free TSL for CS downgrade> <option> |CSU = <free TSL for CS upgrade> <option> |TGT = <TRHO guard time> |HDL = <HO preference order interference DL> |HUL = <HO preference order interference UL> |CLR = <load rate for channel search> |TTSAP = <triggering threshold for service area penalty> <option> |PTMP = <penalty trigger measurement period> <option> |SAPT = <service area penalty time> <option> |CTR = <CS TCH allocate RTSL0> <option> |CTC = <CS TCH allocation calculation> <option> |NACC = <NACC enabled> <option> |IACT = <initial AMR codec type> <option> |SCHP = <CB DRX Schedule Period> :NCM = <NCCR control mode> <option> |NIRP = <NCCR idle mode reporting period> <option> |NTRP = <NCCR transfer mode reporting period> <option> | NOCT = <NCCR return to old cell time> <option> |NTPT = <NCCR target cell penalty time> <option> |NNCP = <NCCR neighbor cell penalty> <option> |WFNE = <WCDMA FDD NCCR enabled> <option> |WFNP = <WCDMA FDD NCCR preferred> <option> ) ... ; |; Modified command O OUTPUT BASE STATION CONTROLLER PARAMETERS Description of changes: Command output includes the display of new parameter CB DRX schedule period. Old syntax: EEO: [ <parameter group> | <GEN> def ] New syntax: EEO: [ <parameter group> | <GEN> def ] The command entry continues in the same way as before after a semantic error. (EF) - Base Control Function Handling Modified command(s) and menu text(s): DN0963445 C CREATE BASE CONTROL FUNCTION M MODIFY BASE CONTROL FUNCTION PARAMETERS O OUTPUT BASE CONTROL FUNCTION PARAMETERS Id:0900d8058088a253 Confidential 513 Changes in RG20(BSS) Modified Command C CREATE BASE CONTROL FUNCTION Description of changes: New parameters Abis interface connection type, Packet TRS E1/T1 usage, ETP group ID, Packet Abis BCF group ID have been added. New parameters Abis interface connection type, Packet TRS E1/T1 usage, ETP group ID, Packet Abis BCF group ID have been added. Old syntax: EFC: <BCF identification>, <site type> : <BTS site subtype> : [ AC = <autoconfigure> <option> | N def | BR = <bit rate> <option> | AU = <automatic unlock allowed> | T def | DNBR = <D-channel link set number> | DNAME = <D-channel link set name> | REF = <reference BCF identification> | RXDL = <RX difference limit> | 10 def | ] ... : [ TEST = <identification of test equipment> | NOT def ] : [ BBU = <BTS battery backup procedure> | ALL def | NTIM = <TRX shutdown timer> | 0 def | NTIM2 = <TRX shutdown timer 2> <option> | 0 def | NTIM3 = <TRX shutdown timer 3> <option> | 0 def | BTIM = <BCCH TRX shutdown timer> | 0 def ] ... <option> : [[ CS = <clock source> | NOT USED def | ADD = <add BCF to chain> ... | SENA = <synch enabled> | F def ] ... | [ MCBCF = <master clock BCF identification> ]] : [ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def | TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def | TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> | 0 def | TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> | 0 def ] ... : [ PORT0 = <PCM port ID 0> | ND def | PORT1 = <PCM port ID 1> | ND def | PORT2 = <PCM port ID 2> | ND def | PORT3 = <PCM port ID 3> | ND def | PORT4 = <PCM port ID 4> | ND def | PORT5 = <PCM port ID 5> | ND def | PORT6 = <PCM port ID 6> | ND def | PORT7 = <PCM port ID 7> | ND def ] ... ; New syntax: EFC: <BCF identification>,<site type>,<BTS site subtype>, <Abis Interface Connection Type> | 0 def]:[ AC = <autoconfigure> <option> | N def |BR = <bit rate> <option> |AU = <automatic unlock allowed> | T def |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |REF = <reference BCF identification> |RXDL = <RX difference limit> | 10 def | ] ... :[ TEST = <identification of test equipment> | NOT def ] :[ BBU = <BTS battery backup procedure> | ALL def |NTIM = <TRX shutdown timer> | 0 def |NTIM2 = <TRX shutdown timer 2> <option> | 0 def |NTIM3 = <TRX shutdown timer 3> <option> | 0 def |BTIM = <BCCH TRX shutdown timer> | 0 def ] ... <option> :[[ CS = <clock source> | NOT USED def |ADD = <add BCF to chain> ... |SENA = <synch enabled> | F def ] ... |[ MCBCF = <master clock BCF identification> ]] :[ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> | 0 def |TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> | 0 def |TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> | 0 def |TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> | 0 def |TRS5 = < PACKET TRS E1/T1 usage> <option> | 0 def ] ..... :ETPGID = <ETP group ID>,BHIDL = < BCF HDLC ID>,VLANID = <VLANID> | 4095 def,[ PORT0 = <PCM port ID 0> | ND def |PORT1 = <PCM port ID 1> | ND def |PORT2 = <PCM port ID 2> | ND def |PORT3 = <PCM port ID 3> | ND def |PORT4 = <PCM port ID 4> | ND def |PORT5 = <PCM port ID 5> | ND def |PORT6 = <PCM port ID 6> | ND def |PORT7 = <PCM port ID 7> | ND def ] ... ; Command still works with old syntax. Modified Command 514 C CREATE BASE CONTROL FUNCTION Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Description of execution printout changes: The execution printout has been updated due to new parameters Abis interface connection type, Packet TRS E1/T1 usage, ETP group ID, Packet Abis BCF group ID. The value range for ETP group ID is from 0 to 15 in steps of 1. This parameter is available only for Flexi EDGE and Flexi Multiradio types. The value range for Packet Abis BCF group ID is from 1 to 3000 with steps in 1. This parameter is applicable for Packet Abis over TDM. BCF has to be locked if there is no open Abis HDLC link configured in BCF. Following parameters are added to execution printouts: HDLC Link ID HNBR = decimal number. With this parameter you define High-level Data Link Control (HDLC) protocol. The range of this parameter is from 1 to 3000. NOTE: One BCF can handle max 8 HDLC links NOTE: Parameter is valid only for Flexi EDGE and Flexi Multiradio site types. ULTS= Enumeration With this parameter you define whether Traffic Shaping functionality is enabled or not for Packet Abis over Ethernet. The value range supported by this parameter is as below: 0 (No-shaping), 1 (Shaping-committed) Default value is 0. UL committed information rate ULCIR = decimal number With this parameter you define the Committed Information Rate for Traffic Shaping in uplink direction. The range is from 100..250000. Default value is 0. UL committed burst size ULCBS = decimal number With this parameter you define the Committed Burst Size to be used when Traffic Shaping has to be performed in uplink direction. The range is from 0..65535. Default value is 1500. Header compression HECOP= Enumeration With this parameter you define whether the header compression is used or not. Header compression is regarded as optional so that it is possible to instruct the network elements to work with or without it. The value range supported by this parameter is as below: 0 (OFF) 1 (ON) Default value is 1. BU1 abis throughput threshold BU1 = decimal number With this parameter you define a threshold to trigger BU1 congestion reaction procedure. This threshold defines the value of the Abis throughput measured by BTS which triggers the BU1 congestion reaction procedures. The algorithm handling Abis uplink throughput measurements provides trigger for start/stop the congestion reaction procedures when the related thresholds are crossed up/down respectively. The range is from 20..150%, Default value is 75%. BU2 abis throughput threshold BU2= decimal number With this parameter you define a threshold to trigger BU2 congestion reaction procedure. This threshold defines the value of the Abis throughput measured by BTS which triggers the BU2 congestion reaction procedures. The algorithm handling Abis uplink throughput measurements provides trigger for start/stop the congestion reaction procedures when the related thresholds are crossed up/down respectively The range is from 20..150%. Default value is 90 %. Packet loss in ethernet on DL Abis PL1 threshold PL1 = decimal number. BCF HDLC id list BHIDL = decimal number This parameter defines the Abis HDLC link ID’s that are defined for BCF. The range is from 1 to 3000 with steps in 1. This parameter is applicable for Packet Abis over TDM. BCF has to be locked if there are no open Abis HDLC link configured in BCF. VLANID = decimal number. This is the VLAN ID of the BTS control plane or user plane. It is an IP address containing VLAN tagging. DN0963445 Id:0900d8058088a253 Confidential 515 Changes in RG20(BSS) With this parameter you define the PL1 threshold value related to the percentage of the lost frames in the PSN compared to the corresponding expected frames (lost frames + received frames). Considering the Packet Loss Congestion definition, the proper reaction procedure is triggered when the difference between the PS loss frame rate and CS loss frame rate is higher than PL1 threshold. The range is from 1..23, and is internally interpreted as below: 1 -> 10 exp (-3) 2 -> 2x10 exp (-3) 3 -> 3x10 exp (-3) 4 -> 4x10exp (-3) 5 -> 5x10exp (-3) 6 -> 6x10exp (-3) 7 -> 7x10exp (-3) 8 -> 8x10exp (-3) 9 -> 9x10exp (-3) 10 -> 10exp (-2) 11 -> 2x10exp (-2) 12 -> 3x10exp (-2) 13 -> 4x10exp (-2) 14 -> 5x10exp (-2) 15 -> 6x10exp (-2) 16 -> 7x10exp (-2) 17 -> 8x10exp (-2) 18 -> 9x10exp (-2) 19 -> 10x10exp (-2) 20 -> 2x10exp (-1) 21 -> 3x10exp (-1) 22 -> 4x10 exp (-1) 23 -> 5x10 exp (-1) Default value is 5 -> 5x10 exp (-3). Packet loss in ethernet on DL Abis PL2 threshold PL2 = decimal number. With this parameter you define the PL2 threshold value related to the percentage of the lost frames in the PSN compared to the corresponding expected frames (lost frames + received frames). Considering the Packet Loss Congestion definition, the proper reaction procedure is triggered when the difference between the PS loss frame rate and CS loss frame rate is higher than PL2 threshold. The range is from 1..23, and is internally interpreted as below: 1 -> 10 exp (-3) 2 -> 2x10 exp (-3) 3 -> 3x10 exp (-3) 4 -> 4x10exp (-3) 5 -> 5x10exp (-3) 6 -> 6x10exp (-3) 7 -> 7x10exp (-3) 8 -> 8x10exp (-3) 9 -> 9x10exp (-3) 516 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) 10 -> 10exp (-2) 11 -> 2x10exp (-2) 12 -> 3x10exp (-2) 13 -> 4x10exp (-2) 14 -> 5x10exp (-2) 15 -> 6x10exp (-2) 16 -> 7x10exp (-2) 17 -> 8x10exp (-2) 18 -> 9x10exp (-2) 19 -> 10x10exp (-2)20 -> 2x10exp (-1) 21 -> 3x10exp (-1)22 -> 4x10 exp (-1)23 -> 5x10 exp (-1) Default value is 5 -> 5x10 exp (-3).packet abis congestion control PACC = Enumeration With parameter you define is Packet Abis congestion control procedure allowed, both Abis backhaul monitor and Abis Packet loss detection.The value range supported by this parameter is as below: 0 (Disable), 1 (Enable) Default value is 0. downlink committed information rate DLCIR = decimal number. With this parameter you define the Committed Information Rate in Downlink direction. The value range is from 100.. 250000 kbps, step 100 kbps. maximum ETP multiplexing wait time MEMWT = Enumeration With this parameter you define the maximum multiplexing wait time on ETP. The value range supported by this parameter is as below:2 (2 ms), 4 (4 ms), 6 (6 ms) Default value is 2(ms). maximum BTS multiplexing wait time MBMWT = Enumeration With this parameter you define the maximum multiplexing wait time on BTS. The value range supported by this parameter is as below: 2 (2 radio timeslots), 4 (4 radio timeslots) and 8 (8 radio timeslots) Default value is 2 radio timeslots IPSec enabled IPSEC = Enumeration With this parameter you define whether or not the IPSec feature is enabled in BTS. The value range supported by this parameter is as below: 0 (Disable), 1 (Enable) Default value is 0. BFD Detection Time Multiplier BDTM = Number The BFD Detect Mult parameter defines the detection time multiplier for BFD control packets indicating the number of control packets to be lost before a BFD session is declared down. The range is from 2..10, step1 Default value is 5. BFD Desired Minimum Interval BDMI = decimal number The BFD Desired Min Interval parameter defines the minimum interval that the NE would like to use when transmitting BFD control packets. The range is from 100..5000, Step 100. Default value is 500.BFD Required Minimum interval BRMI = decimal number DN0963445 Id:0900d8058088a253 Confidential 517 Changes in RG20(BSS) The BFD Desired Min Interval parameter defines the minimum interval between received BFD control packets that the NE is able to support. The range is from 100..5000, Step 100. Default value is 500. SyncE Mode With Sync E Mode parameter you define if SyncE Mode in ETP. The value range supported by this parameter is as: 0 (OFF), 1 (Master) Default value is 0. Modified Command M MODIFY BASE CONTROL FUNCTION PARAMETERS Description of changes: New parameters Abis interface connection type, Packet Abis BCF group ID, Packet TRS E1/T1 usage, ETP group ID, Uplink traffic shaping, UL committed information rate, UL committed burst size, BTS C/U plane VLAN ID, Header compression for ML-PPP, Header compression for UDP IP, BU1 abis throughput threshold, 7,BU1 abis throughput threshold, Packet loss in ethernet on DL Abis PL1 threshold, Packet loss in ethernet on DL Abis PL2 threshold , Packet abis congestion control, Downlink committed information rate, Maximum ETP multiplexing wait time, Maximum BTS multi plexing wait time, Maximum multiplexing packet size, and IP sec enabled have been added. Old syntax: EFM: <BCF identification> :( [ TYPE = <site type> |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |RXDL = <RX difference limit> |TEST = <identification of test equipment> |MCT = <master clock TRX> |ESS = <external synchronisation source> |AU = <automatic unlock allowed> |BBU = <BTS battery backup procedure> <option> |NTIM = <TRX shutdown timer> <option> |NTIM2 = <TRX shutdown timer 2> <option> |NTIM3 = <TRX shutdown timer 3> <option> |BTIM = <BCCH TRX shutdown timer>CS = <clock source> |SENA = <synch enabled> |ADD = <add BCF to chain> ... |REM = <remove BCF from chain> ... |OUT1 = <text ID of the output 1> |OUT2 = <text ID of the output 2> |OUT3 = <text ID of the output 3> |OUT4 = <text ID of the output 4> |OUT5 = <text ID of the output 5> |OUT6 = <text ID of the output 6> ] ... ) :[ T200F = <FACCH LAPDm T200> |T200S = <SDCCH LAPDm T200> ] :[ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> |TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> |TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> |TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> ] ... ):[PORT0 = <PCM port ID 0> | ND def |[PORT1 = <PCM port ID 1> | ND def |[PORT2 = <PCM port ID 2> | ND def |[PORT3 = <PCM port ID 3> | ND def |[PORT4 = <PCM port ID 4> | ND def |[PORT5 = <PCM port ID 5> | ND def |[PORT6 = <PCM port ID 6> | ND def |[PORT7 = <PCM port ID 7> | ND def | ; 518 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New syntax: EFM: <BCF identification> :( [ TYPE = <site type> | AICT=<Abis Interface Connection Type> |DNBR = <D-channel link set number> |DNAME = <D-channel link set name> |RXDL = <RX difference limit> |TEST = <identification of test equipment> |MCT = <master clock TRX> |ESS = <external synchronisation source> |AU = <automatic unlock allowed> |BBU = <BTS battery backup procedure> <option> |NTIM = <TRX shutdown timer> <option> |NTIM2 = <TRX shutdown timer 2> <option> |NTIM3 = <TRX shutdown timer 3> <option> |BTIM = <BCCH TRX shutdown timer>CS = <clock source> |SENA = <synch enabled> |ADD = <add BCF to chain> ... |REM = <remove BCF from chain> ... |OUT1 = <text ID of the output 1> |OUT2 = <text ID of the output 2> |OUT3 = <text ID of the output 3> |OUT4 = <text ID of the output 4> |OUT5 = <text ID of the output 5> |OUT6 = <text ID of the output 6> ] ... ) :[ T200F = <FACCH LAPDm T200> |T200S = <SDCCH LAPDm T200> ] :[ TRS1 = <Flexi EDGE Abis over IP Ethernet usage> <option> |TRS2 = <Flexi EDGE Additional 2 E1/T1 usage> <option> |TRS3 = <Flexi EDGE TRS Abis Grooming usage> <option> |TRS4 = <Flexi EDGE TRS Loop Protection usage> <option> |CSDAP1 = < Attached CSDAP 1> <option> |CSDAP2 = < Attached CSDAP 2> <option> |CSDAP3 = < Attached CSDAP 3> <option> |CSDAP4 = < Attached CSDAP 4> <option> |TRS5 = < PACKET TRS E1/T1 usage> <option> :| 0 def ] ..... :ETPGID = <ETP group ID> <option>,BHIDL = < BCF HDLC ID list > <option>...,[[ ULTS = <uplink traffic shaping> <option>|ULCIR = <UL committed information rate> <option>|ULCBS = <UL committed burst size> <option>|HECOP = <header compression for ML-PPP> <option>|HECOU = <header compression for UDP IP> <option>| BU1 = <BU1 abis throughput threshold> <option>|BU2 = <BU2 abis throughput threshold> <option>|PL1 = <Packet loss in ethernet on DL Abis PL1 threshold> <option>|PL2 = <Packet loss in ethernet on DL Abis PL2 threshold> <option>|PACC = <packet abis congestion control> <option>|DLCIR = <downlink committed information rate> <option>|MEMWT = <maximum ETP multiplexing wait time> <option>|MBMWT = <maximum BTS multiplexing wait time> <option>|MMPS = <maximum multiplexing packet size> <option>|IPSEC = <IPSec enabled> <option>|PDV = <Packet delay variation> <option>|VLANID = <VLAN id> <option>:[PORT0 = <PCM port ID 0> | ND def |[PORT1 = <PCM port ID 1> | ND def |[PORT2 = <PCM port ID 2> | ND def |[PORT3 = <PCM port ID 3> | ND def |[PORT4 = <PCM port ID 4> | ND def |[PORT5 = <PCM port ID 5> | ND def |[PORT6 = <PCM port ID 6> | ND def |[PORT7 = <PCM port ID 7> | ND def | ; Modified Command M Description of execution printout changes: Modified Command MODIFY BASE CONTROL FUNCTION PARAMETERS Execution printout command examples have been changed. O Description of execution printout changes: The execution printout for Flexi EDGE BTS for above parameters has been added. (EH) - Handover Control Parameter Handling Modified command(s) and menu text(s): DN0963445 C CREATE HANDOVER CONTROL PARAMETERS G MODIFY GENERAL PARAMETERS Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS O OUTPUT HANDOVER CONTROL PARAMETERS S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS Id:0900d8058088a253 Confidential 519 Changes in RG20(BSS) Modified Command C Description of execution printout changes: Modified Command CREATE HANDOVER CONTROL PARAMETERS The new parameters enable hierarchical cell handover, threshold Dl Rx quality DHR, threshold Ul Rx quality DHR, OSC multiplexing Ul Rx level threshold, OSC multiplexing Ul Rx level window, OSC demultiplexing Ul Rx level margin,OSC DHR multiplexing Rx quality threshold, OSC DHR demultiplexing Rx quality threshold have been added to the additional information and the execution printouts. G MODIFY GENERAL PARAMETERS Description of execution printout changes: The new parameter enable hierarchical cell handover has been added to the command example. Old syntax: EHG: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( EIC = <enable intracell handover interference UL> |EIH = <enable intracell handover interference DL> |EPB = <enable power budget handover> |EMS = <enable MS distance process> |ESD = <enable SDCCH handover> <option> |EUM = <enable umbrella handover> |EFA = <enable fast averaging call setup> |EFP = <enable fast averaging PC> |EFH = <enable fast averaging HO> |MIH = <min int between HO req> |MIU = <min int between unsucc HO attempt> |HPP = <handover period power budget> |HPU = <handover period umbrella> |ATPM = <AMH TRHO PBGT margin> <option> |ATCM = <AMH traffic control MCN> <option> |ATCI = <AMH traffic control IUO> <option> |GPP = <GSM PLMN priorisation> ) ... ; New syntax: EHG: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( EIC = <enable intracell handover interference UL> |EIH = <enable intracell handover interference DL> |EPB = <enable power budget handover> |EMS = <enable MS distance process> |ESD = <enable SDCCH handover> <option> |EUM = <enable umbrella handover> |EFA = <enable fast averaging call setup> |EFP = <enable fast averaging PC> |EFH = <enable fast averaging HO> |EHC = <enable hierachical cell handover> <option> |MIH = <min int between HO req> |MIU = <min int between unsucc HO attempt> |HPP = <handover period power budget> |HPU = <handover period umbrella> |ATPM = <AMH TRHO PBGT margin> <option> |ATCM = <AMH traffic control MCN> <option> |ATCI = <AMH traffic control IUO> <option> |GPP = <GSM PLMN priorisation> ) ... ; Modified Command Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS Description of changes: The new parameters OSC DHR multiplexing Rx quality threshold, OSC DHR demultiplexing Rx quality threshold, Threshold Dl Rx Qual DHR, and Threshold Ul Rx Qual DHR have been added. Old syntax: EHQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( QDR = <threshold qual downlink Rx qual> |QDP = <threshold qual downlink Px> |QDN = <threshold qual downlink Nx> |QUR = <threshold qual uplink Rx qual> |QUP = <threshold qual uplink Px> |QUN = <threshold qual uplink Nx> ) ... ; New syntax: EHQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :(QDR = <threshold qual downlink Rx qual> |QDP = <threshold qual downlink Px> |QDN = <threshold qual downlink Nx> |QUR = <threshold qual uplink Rx qual> |QUP = <threshold qual uplink Px> |QUN = <threshold qual uplink Nx> |ODMQT = <OSC DHR multiplexing Rx quality threshold> <option> |ODDQT = <OSC DHR demultiplexing Rx quality threshold><option>|TDRQD = <threshold dl Rx qual DHR> <option> |TURQD = <threshold ul Rx qual DHR> <option> )... ; 520 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Modified Command Q Description of execution printout changes: Modified Command The new parameters OSC DHR multiplexing Rx quality threshold, OSC DHR demultiplexing Rx quality threshold, threshold Dl Rx quality DHR, and threshold Ul Rx quality DHR have been added to the execution printout of example 2. O Description of execution printout changes: Modified Command MODIFY SIGNAL QUALITY THRESHOLD PARAMETERSS OUTPUT HANDOVER CONTROL PARAMETERS The new parameters enable hierarchical cell handover, threshold Dl Rxquality DHR, threshold Ul Rx quality DHR, OSC multiplexing Ul Rx level threshold, OSC multiplexing Ul Rx level window, OSC demultiplexing Ul Rx level margin, OSC DHR multiplexing Rx quality threshold, OSC DHRdemultiplexing Rx quality threshold have been added to the additional information and the execution printouts. S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS Description of changes: The new parameters OSC multiplexing Ul Rx level threshold , OSC multiplexing Ul Rx level window, and OSC demultiplexing Ul Rx level margin have been added.. Old syntax: EHS: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( LDR = <threshold level downlink Rx level> |LDP = <threshold level downlink Px> |LDN = <threshold level downlink Nx> |LUR = <threshold level uplink Rx level> |LUP = <threshold level uplink Px> |LUN = <threshold level uplink Nx> |RPD = <threshold level uplink for rapid field drop> <option> |CNT = <count of successive rapid field drop thresholds><option> |ERFD = <enable enhanced rapid field drop> <option> |ERT = <threshold deep dropping edge> <option> |ERP = <threshold deep dropping edge Px> <option> |ERN = <threshold deep dropping edge Nx> <option> |ERMW = <deep dropping edge monitoring window> <option> |ERAW = <modified averaging window> <option> |ERZ = <modified number of zero results> <option> |ERD = <enhanced rapid field drop duration> <option> |LAR = <non bcch layer access threshold> <option> |LER = <non bcch layer exit threshold> <option> |LEP = <non bcch layer exit threshold px> <option> |LEN = <non bcch layer exit threshold nx> <option> ) ... ; New syntax: EHS: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( LDR = <threshold level downlink Rx level> |LDP = <threshold level downlink Px> |LDN = <threshold level downlink Nx> |LUR = <threshold level uplink Rx level> |LUP = <threshold level uplink Px> |LUN = <threshold level uplink Nx> |RPD = <threshold level uplink for rapid field drop> <option> |CNT = <count of successive rapid field drop thresholds><option> |ERFD = <enable enhanced rapid field drop> <option> |ERT = <threshold deep dropping edge> <option> |ERP = <threshold deep dropping edge Px> <option> |ERN = <threshold deep dropping edge Nx> <option> |ERMW = <deep dropping edge monitoring window> <option> |ERAW = <modified averaging window> <option> |ERZ = <modified number of zero results> <option> |ERD = <enhanced rapid field drop duration> <option> |LAR = <non bcch layer access threshold> <option> |LER = <non bcch layer exit threshold> <option> |LEP = <non bcch layer exit threshold px> <option> |LEN = <non bcch layer exit threshold nx> <option> |OMLT = <OSC multiplexing ul Rx level threshold> <option> |OMLW = <OSC multiplexing ul Rx level window> <option> |ODMRG = <OSC demultiplexing ul Rx level margin> <option> )... ; Modified Command Description of execution printout changes: DN0963445 S MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS The new parameters OSC multiplexing Ul Rx level threshold, OSC multiplexing Ul Rx level window, and OSC demultiplexing Ul Rx level margin have been added to the execution printout of example 2. Id:0900d8058088a253 Confidential 521 Changes in RG20(BSS) (EQ) - Base Transceiver Station Handling in BSC Modified command(s) and menu text(s) Modified Command C CREATE BTS A MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS B MODIFY BCCH FREQUENCY LIST USAGE PARAMETERS <option> E MODIFY BTS IDENTIFICATION PARAMETERS M MODIFY MISCELLANEOUS PARAMETERS O OUTPUT BTS PARAMETERS V MODIFY GPRS PARAMETERS <option> C CREATE BTS New parameters PCU index and BCU index have been added to parameter description. Old syntax: EQC : BCF = <BCF identification>,BTS = <BTS identification>,[[ NAME = <BTS name> | <no name> def ][ SEG = <SEG identification> <option> |<BTS identification> def ][ SEGNAME = <SEG name> <option> | <BTS name> def ][ REF = <reference BTS identification> |RNAME= <reference BTS name> ]] :CI = <cell identity>,BAND = <frequency band in use>CHW = <cell number in BTS HW> :NCC = <network colour code>,BCC = <BTS colour code> :MCC = <mobile country code>,MNC = <mobile network code>,LAC = <location area code> :[[ HOP = <BTS hopping mode> | N def ][ UHOP = <underlay BTS hopping mode> <option> | N def ]HSN1 = <hopping sequence number 1> |HSN2 = <hopping sequence number 2> |UHSN = <underlay hopping sequence number> <option> ] ... :[[ GENA = <GPRS enabled> | N def <option> ][ RAC = <routing area code> | 255 def <option> ][[ NSEI = <network service entity identifier> <option> ] |[ TRAT = <transport type> | ANY def <option> ] |[ PSEI = <packet service entity identifier> ]]] <option> ... ; New syntax: EQC : BCF = <BCF identification>,BTS = <BTS identification>,[[ NAME = <BTS name> | <no name> def ][ SEG = <SEG identification> <option> |<BTS identification> def ][ SEGNAME = <SEG name> <option> | <BTS name> def ][ REF = <reference BTS identification> |RNAME= <reference BTS name> ]] :CI = <cell identity>,BAND = <frequency band in use>CHW = <cell number in BTS HW> :NCC = <network colour code>,BCC = <BTS colour code> :MCC = <mobile country code>,MNC = <mobile network code>,LAC = <location area code> :[[ HOP = <BTS hopping mode> | N def ][ UHOP = <underlay BTS hopping mode> <option> | N def ]HSN1 = <hopping sequence number 1> |HSN2 = <hopping sequence number 2> |UHSN = <underlay hopping sequence number> <option> ] ... :[[ GENA = <GPRS enabled> | N def <option> ][ RAC = <routing area code> | 255 def <option> ][[ NSEI = <network service entity identifier> <option> |TRAT = <transport type> | ANY def <option> |PSEI = <packet service entity identifier> |BCSU = <base station controller signaling unit> <option> |PCU = <packet control unit> <option> ]]] <option> ... ; The command entry continues in the same way as before after a semantic error. Modified Command C Description of execution printout changes: Modified Command 522 CREATE BTS The new parameter PCU Object State has been added and execution printout has been updated. A MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Description of changes: The value range of parameters Mobile allocation frequency list (MAL), Underlay mobile allocation frequency list (UMAL), DFCA mobile allocation frequency lists (DMAL), DFCA unsynchronized mode MA frequency list (DUMAL) have been updated. Old semantics: The value range of MAL is 0 – 3000 The value range of UMAL is 0 – 3000 The value range of DMAL is 0 – 32 The values range of DUMAL is 1 - 32. New semantics: The value range of MAL is 0 – 4200 The value range of UMAL is 0 – 4200 The value range of DMAL is 1 – 64 The values range of DUMAL is 0 – 4200. Modified Command B MODIFY BCCH FREQUENCY LIST USAGE PARAMETERS <option> Description of changes: The value range of parameter Identification of BCCH frequency list (IDLE) has been updated. Old semantics: The value range of IDLE is 0 – 3000 New semantics: The value range of IDLE is 0 – 4200 Modified Command E EQE MODIFY BTS IDENTIFICATION PARAMETERS Description of changes: The parameter description has been updated for Antenna Hopping (AHOP) parameter. Old description Only UltraSite EDGE and Flexi EDGE hardware and EDGE transceivers (TRX) support antenna hopping. New description Only UltraSite EDGE HW, Flexi EDGE HW, EDGE TRXs, BTSplus and Flexi Multiradio support antenna hopping. Modified Command Description of changes: DN0963445 M EQM MODIFY MISCELLANEOUS PARAMETERS New parameters upper DL RX level threshold for BCCH TRX preference (UDRB), lower DL RX level threshold for BCCH TRX preference (LDRB), Merged PGSM and EGSM Enabled (MPE), Limit for Triggering OSC DHR Multiplexing (DHRLIM), LTE CELL RESELECTION PARAMETERS [GSM PRIORITY (GPRIO), WCDMA PRIORITY (WPRIO),PRIORITY SEARCH THRESHOLD (PSTHR), LOW PRIORITY THRESHOLD (LPTHR), RESELECTION ALGORITHM HYSTERESIS(HPRIO), TIME HYSTERESIS (TIMEH)] have been added to parameter description and execution printout has been updated. Id:0900d8058088a253 Confidential 523 Changes in RG20(BSS) Old semantics EQM: ( BTS = <BTS identification> |NAME = <BTS name>SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ DTX = <DTX mode> |BMA = <BTS measure average> |PMAX1 = <MS tx pwr max gsm> |PMAX2 = <MS tx pwr max gsm1x00> |PMIN = <MS tx pwr min> |RET = <max number of retransmission> |NY1 = <max number of repetition> |SLO = <number of slots spread trans> |CB = <SMS CB used> |BLT = <BTS load threshold> |DMAX = <MS max distance in call setup> |TRP = <TRX priority in TCH allocation> |CLC = <cell load for channel search> |RDIV = <RX diversity> |TRIH = <TCH rate intra-cell handover> <option> |FRL = <lower limit for FR TCH resources> <option> |FRU = <upper limit for FR TCH resources> <option> |AFRL = <AMR lower limit for SEG FR resources> <option> |AFRU = <AMR upper limit for SEG FR resources> <option> |NECI = <new establishment causes support> |EXT = <radius extension> <option> |SEXT = <super radius extension> <option> |MBR = <multiband cell reporting> <option> |ESI = <early sending indication > |NBL = <non BCCH layer offset> <option> |LSEG = <BTS load in SEG> <option> |SCO = <scale ord> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load of target cell> <option> |TGT = <TRHO guard time> |DLN = <DL noise level> |ULN = <UL noise level> |STIRC = <STIRC enabled> <option> |ISIC = <immediate SDCCH HO enabled> <option>... ] ... :[ PWDT = <DTRX power down threshold> |PWUT = <DTRX power up threshold> ] <option> ... :[ PI = <cell reselection parameter index> |QUA = <cell bar qualify> |REO = <cell reselect offset> | TEO = <temporary offset> |PET = <penalty time> ] <option> ... :[ QSRI = <threshold to search UTRAN cells> <option> |QSRP = <gprs threshold to search UTRAN cells> <option> |FDD = <fdd and tdd cell reselect offset> <option> |FDM = <minimum fdd threshold> <option> |FDMO = <minimum fdd threshold offset> <option> |FDR = <minimum RSCP threshold> <option> ] ... :[ DMOD = <DFCA mode> |FHR = <forced HR mode C/I averaging period> <option> |FHT = <forced HR mode C/I threshold> <option> |FAHT = <forced AMR HR mode C/I threshold> <option> |FHH = <forced HR mode hysteresis> <option> ] :[ IGE = <IBHO GSM enabled> |IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> ])... ; 524 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New semantics EQM: ( BTS = <BTS identification> |NAME = <BTS name>SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ DTX = <DTX mode> |BMA = <BTS measure average> |PMAX1 = <MS tx pwr max gsm> |PMAX2 = <MS tx pwr max gsm1x00> |PMIN = <MS tx pwr min> |RET = <max number of retransmission> |NY1 = <max number of repetition> |SLO = <number of slots spread trans> |CB = <SMS CB used> |BLT = <BTS load threshold> |DMAX = <MS max distance in call setup> |TRP = <TRX priority in TCH allocation> |CLC = <cell load for channel search> |RDIV = <RX diversity> |TRIH = <TCH rate intra-cell handover> <option> |FRL = <lower limit for FR TCH resources> <option> |FRU = <upper limit for FR TCH resources> <option> |AFRL = <AMR lower limit for SEG FR resources> <option> |AFRU = <AMR upper limit for SEG FR resources> <option> |DHRLIM = <Limit for Triggering OSC DHR Multiplexing> <option> |NECI = <new establishment causes support> |EXT = <radius extension> <option> |SEXT = <super radius extension> <option> |MBR = <multiband cell reporting> <option> |ESI = <early sending indication > |NBL = <non BCCH layer offset> <option> |LSEG = <BTS load in SEG> <option> |SCO = <scale ord> <option> |AUT = <AMH upper load threshold> <option> |ALT = <AMH lower load threshold> <option> |AML = <AMH max load of target cell> <option> |TGT = <TRHO guard time> |DLN = <DL noise level> |ULN = <UL noise level> |STIRC = <STIRC enabled> <option> |ISIC = <immediate SDCCH HO enabled> <option> |UDRB = <upper DL RX level threshold for BCCH TRX preference> <option> |LDRB = <lower DL RX level threshold for BCCH TRX preference> <option> ] :[ PWDT = <DTRX power down threshold> |PWUT = <DTRX power up threshold> | MPE = <Merged PGSM and EGSM Enabled>] <option> ... :[ PI = <cell reselection parameter index> |QUA = <cell bar qualify> |REO = <cell reselect offset> |TEO = <temporary offset> |PET = <penalty time> ] <option> ... :[ QSRI = <threshold to search UTRAN cells> <option> |QSRP = <gprs threshold to search UTRAN cells> <option> |FDD = <fdd and tdd cell reselect offset> <option> |EQM MODIFY MISCELLANEOUS PARAMETERSFDM = <minimum fdd threshold> <option> |FDMO = <minimum fdd threshold offset> <option> |FDR = <minimum RSCP threshold> <option> ] ... :[ DMOD = <DFCA mode> |FHR = <forced HR mode C/I averaging period> <option> |FHT = <forced HR mode C/I threshold> <option> |FAHT = <forced AMR HR mode C/I threshold> <option> |FHH = <forced HR mode hysteresis> <option> ] :[ IGE = <IBHO GSM enabled> |IWE = <IBHO WCDMA enabled> ] <option> ) ... :[ SMREPS = <SDCCH measurement report sending> |IMREPS = <interval measurement report sending> |FACHBT = <FACH busy threshold> |RACHBT = <RACH busy threshold> |RSRDL = <repeated SACCH RX lev threshold DL> |RSRUL = <repeated SACCH RX lev threshold UL> |RSDL = <repeated SACCH in DL> |RSUL = <repeated SACCH in UL> |ETOP = <enable temporary overpower> |RFDL = <repeated FACCH in DL> |RFUL = <repeated FACCH in UL> |ARF = <apply repeated FACCH>|CUCONF = <carrier unit configuration> |TXDIV = <TX diversity time shift> ])... ;[ GPRIO = <GSM priority> |WPRIO = <WCDMA priority> |PSTHR = <Priority search threshold> |LPTHR = <Low priority threshold> |HPRIO = <Reselection algorithm hysteresis> |TIMEH = <Time hysteresis> ] <option> ); Modified Command O Description of changes: Modified Command DN0963445 EQO OUTPUT BTS PARAMETERS The execution printouts has been updated with new parameters upper DL RX level threshold for BCCH TRX preference (UDRB), lower DL RX level threshold for BCCH TRX preference (LDRB), PCU Object State, Merged PGSM and EGSM Enabled (MPE),Limit for Triggering OSC DHR Multiplexing (DHRLIM), LTE CELL RESELECTION PARAMETERS [GSM PRIORITY (GPRIO), WCDMAPRIORITY (WPRIO), PRIORITY SEARCH THRESHOLD (PSTHR),LOW PRIORITY THRESHOLD (LPTHR), RESELECTION ALGORITHMHYSTERESIS (HPRIO), and TIME HYSTERESIS (TIMEH)]. V MODIFY GPRS PARAMETERS <option> Id:0900d8058088a253 Confidential 525 Changes in RG20(BSS) Description of changes: New parameters PCU index, BCU index, and GPRS capacity throughput factor (GCTF) have been added to parameter description and execution printout has been updated. Old syntax: EQV: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ GENA = <GPRS enabled> |EGENA = <EGPRS enabled> <option> |RAC = <routing area code> |CDED = <dedicated GPRS capacity> |CDEF = <default GPRS capacity> |CMAX = <max GPRS capacity> |BFG = <prefer BCCH frequency GPRS> |DLA = <DL adaptation probability threshold> |ULA = <UL adaptation probability threshold> |DLB = <DL BLER crosspoint for CS selection no hop> |ULB = <UL BLER crosspoint for CS selection no hop> |DLBH = <DL BLER crosspoint for CS selection hop> |ULBH = <UL BLER crosspoint for CS selection hop> |COD = <coding scheme no hop> |CODH = <coding scheme hop> |MCA = <initial MCS for acknowledged mode> |MCU = <initial MCS for unacknowledged mode> |BLA = <maximum BLER in acknowledged mode> | BLU = <maximum BLER in unacknowledged mode> |MBG = <mean BEP offset GMSK> |MBP = <mean BEP offset 8PSK> |ELA = <EGPRS link adaptation enabled> <option> |CS34 = <coding schemes CS3 and CS4 enabled> <option> |DCSA = <DL coding scheme in acknowledged mode> |UCSA = <UL coding scheme in acknowledged mode> |DCSU = <DL coding scheme in unacknowledged mode> |UCSU = <UL coding scheme in unacknowledged mode> |ALA = <adaptive LA algorithm> |EXGENA = <extended cell GPRS/EDGE enabled> <option> |EXKEEP = <extended cell location keep period> <option> |DCSEA = <DL coding scheme in ext area acknowledged mode> <option> |DCSEU = <DL coding scheme in ext area unacknowledged mode> <option> |UCSEA = <UL coding scheme in ext area acknowledged mode> <option> |UCSEU = <UL coding scheme in ext area unacknowledged mode> <option> |MCEA = <initial MCS for ext area acknowledged mode> <option> |MCEU = <initial MCS for ext area unacknowledged mode> <option> ] ... :[ NSEI = <network service entity identifier> <option> |TRAT = <transport type> <option> |PSEI = <packet service entity identifier> <option> ] :[ TFU = <BTS uplink throughput factor for CS1-CS4> | TFD = <BTS downlink throughput factor for CS1-CS4 > |TFUM1 = <BTS uplink throughput factor for MCS1-MCS4> |TFUM = <BTS uplink throughput factor for MCS1MCS9> |TFDM = <BTS downlink throughput factor for MCS1-MCS9>EAW = <EGPRS inactivity alarm weekdays> <option> ... |EAS = <EGPRS inactivity alarm start time> <option> |EAE = <EGPRS inactivity alarm end time> <option> |DCENA = <DLDC enabled> <option> ] :[ DENA = <DTM enabled> <option> ] ) ... ; <option> 526 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New syntax: EQV: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( [ GENA = <GPRS enabled> |EGENA = <EGPRS enabled> <option> |RAC = <routing area code> |CDED = <dedicated GPRS capacity> |CDEF = <default GPRS capacity> |CMAX = <max GPRS capacity> |BFG = <prefer BCCH frequency GPRS> |DLA = <DL adaptation probability threshold> |ULA = <UL adaptation probability threshold> |DLB = <DL BLER crosspoint for CS selection no hop> |ULB = <UL BLER crosspoint for CS selection no hop> |DLBH = <DL BLER crosspoint for CS selection hop> |ULBH = <UL BLER crosspoint for CS selection hop> |COD = <coding scheme no hop> |CODH = <coding scheme hop> |MCA = <initial MCS for acknowledged mode> |130 DN9813242Issue 26-0EQ - Base Transceiver Station Handling in BSCId:0900d80580719d64EQV MODIFY GPRS PARAMETERS <option>MCU = <initial MCS for unacknowledged mode> |BLA = <maximum BLER in acknowledged mode> |BLU = <maximum BLER in unacknowledged mode> |MBG = <mean BEP offset GMSK> |MBP = <mean BEP offset 8PSK> |ELA = <EGPRS link adaptation enabled> <option> |CS34 = <coding schemes CS3 and CS4 enabled> <option> |DCSA = <DL coding scheme in acknowledged mode> |UCSA = <UL coding scheme in acknowledged mode> |DCSU = <DL coding scheme in unacknowledged mode> |UCSU = <UL coding scheme in unacknowledged mode> |ALA = <adaptive LA algorithm> |EXGENA = <extended cell GPRS/EDGE enabled> <option> |EXKEEP = <extended cell location keep period> <option> |DCSEA = <DL coding scheme in ext area acknowledged mode> <option> |DCSEU = <DL coding scheme in ext area unacknowledged mode> <option> |UCSEA = <UL coding scheme in ext area acknowledged mode> <option> |UCSEU = <UL coding scheme in ext area unacknowledged mode> <option> |MCEA = <initial MCS for ext area acknowledged mode> <option> | MCEU = <initial MCS for ext area unacknowledged mode> <option> ] ... :[ NSEI = <network service entity identifier> <option> |TRAT = <transport type> <option> |PSEI = <packet service entity identifier> <option> |BCSU = <base station controller signaling unit> <option> |PCU = <packet control unit> <option> ]|[ TFU = <BTS uplink throughput factor for CS1-CS4> |TFD = <BTS downlink throughput factor for CS1-CS4 > |TFUM1 = <BTS uplink throughput factor for MCS1-MCS4> |TFUM = <BTS uplink throughput factor for MCS1-MCS9> |TFDM = <BTS downlink throughput factor for MCS1MCS9>GCTF = <GPRS capacity throughput factor> <option> |EAW = <EGPRS inactivity alarm weekdays> <option> ... |EAS = <EGPRS inactivity alarm start time> <option> |EAE = <EGPRS inactivity alarm end time> <option> |DCENA = <DLDC enabled> <option> ] :[ DENA = <DTM enabled> <option> ] ) ... ; <option> (ER) - Transceiver Handling Modified command(s) and menu text(s) O OUTPUT TRANSCEIVER PARAMETERS Modified Command O OUTPUT TRANSCEIVER PARAMETERS Description of changes Modified Command Description of execution printout changes: DN0963445 New TRX object parameters-TRX RF Power, Number of TRX RF Power Levels, TRX Starting Mode, and TRX OSC Capability-have been added. Possible values of these parameters are 0, 1, 2, 3 and 4. O OUTPUT TRANSCEIVER PARAMETERS New execution printouts have been added with these parameters information. Id:0900d8058088a253 Confidential 527 Changes in RG20(BSS) (ES) - Abis Interface Configuration New command(s) and menu text(s) New Command A CREATE ABIS DELAY MEASUREMENT CHANNEL R DELETE ABIS DELAY MEASUREMENT CHANNEL Q OUTPUT ABIS DELAY MEASUREMENT CHANNEL INFORMATION T CREATE CIRCUIT SWITCHED DYNAMIC ABIS POOL V DELETE CIRCUIT SWITCHED DYNAMIC ABIS POOL U MODIFY CIRCUIT SWITCHED DYNAMIC ABIS POOL B OUTPUT CIRCUIT SWITCHED DYNAMIC ABIS POOL X CREATE ABIS HDLC LINK F MODIFY ABIS HDLC LINK Y DELETE ABIS HDLC LINK S CHANGE ABIS HDLC LINK ADMINISTRATIVE STATE K CREATE ETP-PCU CONNECTION H REMOVE ETP-PCU CONNECTION L OUTPUT PACKET ABIS CONFIGURATION J MODIFY ETP PARAMETERS A CREATE ABIS DELAY MEASUREMENT CHANNEL Description of changes: New command added to create new measurement channel for Abis Delay Measurement usage. New syntax: ESA: BCF = <BCF identification>, CRCT = <circuit>; <option>; Parameters: New parameters have been added: BCF identification–This parameter is obligatory. Circuit–This parameter is obligatory. New Command R DELETE ABIS DELAY MEASUREMENT CHANNEL <option> Description changes: New command added for deleting measurement channel(s) from Abis Delay Measurement usage. New syntax: ESR:(ALL | BCF = <BCF identification> | MCH = <measurement channel identification> | CRCT = <circuit>); Parameters: New parameters have been added: BCF identification–This parameter is obligatory. Measurement channel identification–The value range is values from 1 to 1000. Circuit–This parameter is obligatory. 528 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New Command Q OUTPUT ABIS DELAY MEASUREMENT CHANNEL INFORMATION <option> Description of changes: New command added for printing the information of Abis Delay Measurement channel(s). New syntax: ESQ:[[ALL | BCF=<BCF identification>] | ALL def]; Parameters: New parameter has been added: BCF identification–This parameter is obligatory. New Command T CREATE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> Description of changes: New command added for creating Circuit Switched Dynamic Abis Pool. New syntax: EST:CID = <CSDAP id>, CRCT = <circuit>, SIZE = <pool size>, BAIF = <BCF Abis IF> <option>, SHIFT = <BCF Timeslot Shift>; <option> Parameters: New parameters have been added: csdap ID–The value range is values from 1 to 1000. This parameter is obligatory. Circuit –This parameter is obligatory. Pool size–Pool size in ETSI is in the range from 1 to 31 whereas in ANSI in the range from 1 to 24. BCF Abis Interface–The value range is from 1–16. This parameter is not obligatory. BCF Timeslot Shift–The value range of the value is -30 to 30. This parameter is not obligatory. New Command V DELETE CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> Description of changes: New command added for deleting the Circuit Switched Dynamic Abis Pool. New syntax: ESV: CID = <CSDAP id>; <option> Parameters: New parameter has been added: csdap ID–The value range is values from 1 to 1000. This parameter is obligatory. New Command U MODIFY CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> Description of changes: New command added for modifying Circuit Switched Dynamic Abis Pool. New syntax: ESU:CID = <CSDAP id>, NFT = <New First Time Slot>, NLT = <New LastTime Slot>, BAIF = <BCF Abis IF> <option>, SHIFT = <BCF Timeslot Shift>; <option>; DN0963445 Id:0900d8058088a253 Confidential 529 Changes in RG20(BSS) Parameters: New parameters have been added: csdap ID - The value range is values from 1 to 1000. This parameter is obligatory. New First Time Slot New Last Time Slot BCF abis interface – The value range is from 1 – 16. BCF Timeslot Shift – The value range is from -30 to 30. New Command B OUTPUT CIRCUIT SWITCHED DYNAMIC ABIS POOL <option> Description of changes: New command added to show existing Circuit Switched Dynamic Abis Pool. New syntax: ESB: CID=<CSDAP ID>; <option> Parameters: New parameters have been added: csdap ID - The value range is values from 1 to 1000. This parameter is obligatory. New Command X CREATE ABIS HDLC LINK <option> Description of changes: New command added to create Abis HDLC link. New syntax: ESX: HNBR = <HDLC link identification>, [ HNAME = <HDLC link name> | <no name> def ], HPCM = <external pcm>, HTSL = <start tsl>, HBAND = <HDLC link bandwith>; <option> Parameters: New parameters have been added: HDLC link identification - The values range from 1 to 3000. HDLC link name - The values range from 0 to 15 characters. HDLC PCM ID - The values range from 0 to 3559. HDLC start TSL - The values range from 1 to 30. HDLC link bandwith - The values range from 2 to 31. New Command F MODIFY ABIS HDLC LINK <option> Description of changes: New command added to modify Abis HDLC link bandwidth. New syntax: ESF: [ HNBR = <HDLC link identification>... |HNAME = <HDLC link name> ], HBAND = <HDLC link bandwith>; <option> Parameters: New parameters have been added: HDLC link identification - The values range from 1 to 3000. HDLC link name - The values range from 0 to 15 characters. HDLC link bandwith - The values range from 2 to 31. New Command Description of changes: 530 Y DELETE ABIS HDLC LINK <option> New command added to delete Abis HDLC link. Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New syntax: ESY: ( HNBR = <HDLC link identification>... |HNAME = <HDLC link name> ); <option> Parameters New parameters have been added: HDLC link identification - The values range from 1 to 3000. HDLC link name - The values range from 0 to 15 characters. New Command S CHANGE ABIS HDLC LINK ADMINISTRATIVE STATE <option> Description of changes New command added to change Abis HDLC link administrative state.. New syntax: ESS: ( HNBR = <HDLC link identification>... |HNAME = <HDLC link name> ): STATE = <HDLC link administrative state>; <option> Parameters: New parameters have been added: HDLC link identification - The values range from 1 to 3000. HDLC link name - The values range from 0 to 15 characters. HDLC link administrative state <Option> – The possible values are 1 and 3. New Command K CREATE ETP-PCU CONNECTION <option> Description of changes: New command added to remove ETP-PCU connection. New syntax: ESK: <ETP type>, <ETP group id>: <Unit>, <Unit Index>: <Plugin Unit>, <Plugin Unit Index>; <option> Parameters: New parameters have been added: ETP type- With this parameter you define ETP type of ETP unit to be used for Packet Abis. ETPGroup ID and ETP type is needed to identify ETP group. ETP Group ID- With this parameter you define ETP group ID. ETP Group ID and ETP type is needed to identify ETP group.The values range from 0 to 15. Unit-The attribute defines the unit type. For ETP-PCU Connection the Unit Type is BCSU.This parameter is obligatory. Unit Index-The attribute defines the BCSU unit index. With this parameter you identify the basestation signalling unit logical index where you want to connect to the ETP. The value ranges from: 0 to 10 for BSC3i 2000, 0 to 6 for Flexi BSC. Plug In Unit-The attribute defines the plug in unit connected. For ETP-PCU Connection the Plug inUnit Type is PCu. This parameter is obligatory. Plugin Unit Index-The attribute defines the PCU unit index. With this parameter you identify the packet control unit index where you want to connect to the ETP. The value ranges from 0 to 254. New Command DN0963445 H REMOVE ETP-PCU CONNECTION <option> Id:0900d8058088a253 Confidential 531 Changes in RG20(BSS) Description of changes: New command added to remove ETP-PCU connection. New syntax: ESH: <ETP type>, <ETP group id>: <Unit>, <Unit Index>: <Plugin Unit>,<Plugin Unit Index>; <option> Parameters: New parameters have been added: ETP type- With this parameter you define ETP type of ETP unit to be used for Packet Abis. ETPGroup ID and ETP type is needed to identify ETP group. ETP Group ID- With this parameter you define ETP group ID. ETP Group ID and ETP type is needed to identify ETP group. The values range from 0 to 15. Unit-The attribute defines the unit type. For ETP-PCU Connection the Unit Type is BCSU. This parameter is obligatory. Unit Index-The attribute defines the BCSU unit index. With this parameter you identify the basestation signalling unit logical index where you want to connect to the ETP. The value ranges from: 0 to 10 for BSC3i 2000, 0 to 6 for Flexi BSC. Plug In Unit-The attribute defines the plug in unit connected.For ETP-PCU Connection the Plug inUnit Type is PCu. This parameter is obligatory. Plugin Unit Index-The attribute defines the PCU unit index. With this parameter you identify the packet control unit index where you want to connect to the ETP.The value ranges from 0 to 254. New Command L OUTPUT PACKET ABIS CONFIGURATION <option> Description of changes: New command added to get output of Packet Abis configuration data. New syntax: ESL: <HDLC link id>...: <ETP type>, <ETP group id>: [ <HDLC configuration> | <BCF configuration> | <PCU configuration> | <all parameters> ] ; <option> Parameters: New parameters have been added: HDLC link ID– The possible values are 1 and 3000. ETP type – The possible values are ETPT and ETPE. ETP Group ID - The values range from 0 to 15. New Command J MODIFY ETP PARAMETERS <option> Description of change: New command created to modify ETP level application parameter SyncE Mode. New syntax: ESJ: <ETP type>, <ETP group id>, <syncE Mode>; <option> 532 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Parameters: New parameters have been added: ETP type – The possible values are 1 and 2. ETP Group ID - The values range from 0 to 15. SyncE Mode – The possible values are 1 and 2. (EU) - Power Control Parameter Handling Modified command(s) and menu text(s) Modified Command C CREATE POWER CONTROL PARAMETERS Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS O OUTPUT POWER CONTROL PARAMETERS C CREATE POWER CONTROL PARAMETERS Description of changes: New parameters PC Lower Threshold Dl Rx Qual DHR, PC LowerThreshold Ul Rx Qual DHR, PC Upper Threshold Dl Rx Qual DHR, andPC Upper Threshold Ul Rx Qual DHR have been added. The value range for PC Lower Threshold Dl Rx Qual DHR <option> is from 0 to 7. The default value is 3. The value range for PC Lower Threshold Ul Rx Qual DHR <option> is from from 0 to 7. The default value is 3. The value range for PC Upper Threshold Ul Rx Qual DHR is from 0 to 7. The default value is 0.The values range for PC Upper Threshold Ul Rx Qual DHR is from 0 to 7. The default value is 0. Old syntax: EUC: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ),[ REF = <reference BTS identification> |RNAME = <reference BTS name> |RSEG = <reference SEG identification> <option> |RSEGNAME = <reference SEG name> <option> ] ; New syntax: EUC: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ),[ REF = <reference BTS identification> |RNAME = <reference BTS name> |RSEG = <reference SEG identification> <option> |RSEGNAME = <reference SEG name> <option> ]... :[ UDDHR = <pc upper threshold dl Rx qual DHR> |UUDHR = <pc upper threshold ul Rx qual DHR> |LDDHR = <pc lower threshold dl rx qual DHR> |LUDHR = <pc lower threshold ul Rx qual DHR> ]<option> ) ... ; Modified Command Description of changes: DN0963445 Q MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS New parameters PC Lower Threshold Dl Rx Qual DHR, PC LowerThreshold Ul Rx Qual DHR, PC Upper Threshold Dl Rx Qual DHR, and PC Upper Threshold Ul Rx Qual DHR have been added. The value range for PC Lower Threshold Dl Rx Qual DHR <option> is from 0 to 7. The default value is 3. The value range for PC Lower Threshold Ul Rx Qual DHR <option> is from from 0 to 7. The default value is 3. The value range for PC Upper Threshold Ul Rx Qual DHR is from 0 to 7. The default value is 0.The values range for PC Upper Threshold Ul Rx Qual DHR is from 0 to 7. The default value is 0. Id:0900d8058088a253 Confidential 533 Changes in RG20(BSS) Old syntax: EUQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( UDR = <pc upper thresholds qual dl Rx qual> |UDP = <pc upper thresholds qual dl Px> |UDN = <pc upper thresholds qual dl Nx> |UUR = <pc upper thresholds qual ul Rx qual> |UUP = <pc upper thresholds qual ul Px> |UUN = <pc upper thresholds qual ul Nx> |LDR = <pc lower thresholds qual dl Rx qual> |LDP = <pc lower thresholds qual dl Px> |LDN = <pc lower thresholds qual dl Nx> |LUR = <pc lower thresholds qual ul Rx qual> |LUP = <pc lower thresholds qual ul Px> |LUN = <pc lower thresholds qual ul Nx> |LQR = <pc lower thresholds qual144 Rx qual> |LQP = <pc lower thresholds qual144 Px> |LQN = <pc lower thresholds qual144 Nx> ) ... ; New syntax: EUQ: ( BTS = <BTS identification> |NAME = <BTS name> |SEG = <SEG identification> <option> |SEGNAME = <SEG name> <option> ) :( UDR = <pc upper thresholds qual dl Rx qual> |UDP = <pc upper thresholds qual dl Px> |UDN = <pc upper thresholds qual dl Nx> |UUR = <pc upper thresholds qual ul Rx qual> |UUP = <pc upper thresholds qual ul Px> |UUN = <pc upper thresholds qual ul Nx> |LDR = <pc lower thresholds qual dl Rx qual> |LDP = <pc lower thresholds qual dl Px> |LDN = <pc lower thresholds qual dl Nx> |LUR = <pc lower thresholds qual ul Rx qual> |LUP = <pc lower thresholds qual ul Px> |LUN = <pc lower thresholds qual ul Nx> |LQR = <pc lower thresholds qual144 Rx qual> |LQP = <pc lower thresholds qual144 Px> |LQN = <pc lower thresholds qual144 Nx> )[ UDDHR = <pc upper threshold dl Rx qual DHR> |UUDHR = <pc upper threshold ul Rx qual DHR> |LDDHR = <pc lower threshold dl rx qual DHR> |LUDHR = <pc lower threshold ul Rx qual DHR> ]<option> ) ... ; Modified Command Q Description of execution printout changes: Modified Command MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS New parameters PC Lower Threshold Dl Rx Qual DHR, PC Lower Threshold Ul Rx Qual DHR, PC Upper Threshold Dl Rx Qual DHR, and PC Upper Threshold Ul Rx Qual DHR have been added in examples 2 and 3 of execution printout. O Description of execution printout changes: STOP GSM MEASUREMENT New parameters PC Lower Threshold Dl Rx Qual DHR, PC Lower Threshold Ul Rx Qual DHR, PC Upper Threshold Dl Rx Qual DHR, and PC Upper Threshold Ul Rx Qual DHR have been added in example 1 of execution printout. (FX) - Gb Interface Handling Modified command(s) and menu text(s) Modified Command O OUTPUT THE NETWORK SERVICE VIRTUAL CONNECTION DATA F MODIFY PACKET SERVICE ENTITY L OUTPUT PACKET SERVICE ENTITY DATA O OUTPUT THE NETWORK SERVICE VIRTUAL CONNECTION DATA Description of execution printout changes: Modified Command Description of changes: 534 The execution printout of example 5 has been updated. F MODIFY PACKET SERVICE ENTITY The parameter explanation for RAE parameter has been changed. Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Old semantics: With this parameter you can allow DAP and BTS reallocation. This means that BTS and DAP configuration is divided between the PCUs of the PSE. This can be done when anew PCU is added to the PSE. New semantics: With this parameter you can allow DAP and BTS reallocation when a new PCU is added to the PSE. This means that BTS and DAP configuration is divided between the PCUs of the PSE. Modified Command L Description of execution printout changes: OUTPUT PACKET SERVICE ENTITY DATA The execution printout of example 1, 3, 4 and 5 has been updated. (I2) - SSH Protocol Layer Handling Added command(s) and menu text(s) O OUTPUT SSH SERVER FINGERPRINT VALUES (II) - I/O Configuration Handling Modified command(s) and menu text(s) C CHANGE OBJECT TO ANOTHER IN ALL LOGICAL FILES Modified Command C CHANGE OBJECT TO ANOTHER IN ALL LOGICAL FILES Description of changes: Change in semantics. Old semantics: Possible values of <I/O-device> are FDU, WDU, MTU, CTU, LPT, VDU, VTP, VPP, VDS, VRP, DIA, and BBU. Parameter <I/O-device index> values range depends on I/O device type. New semantics: Possible values of <I/O-device> are FDU, WDU, UMS, MTU, CTU, LPT, VDU, VTP, VPP, VDS, VRP, DIA, and BBU. Parameter <I/O-device index> values range depends on I/O device type. UMS can have values from range 0...3. (IP) - Batch Copy Handling Modified command(s) and menu text(s) I INTERROGATE COPY TASK INFORMATION Modified Command I INTERROGATE COPY TASK INFORMATION Description of changes: Change in semantics. Old semantics: Possible values of <source unit I/O-device> and <destination I/O-device> are WDU-0, WDU-1, WDU-S, WDU-B, FDU-0, FDU-1. New semantics: Possible values of <source unit I/O-device> and <destination I/O-device> are WDU-0, WDU-1, WDU-S, WDU-B, FDU-0, FDU-1, UMS-0, UMS-1, UMS-2 and UMS-3. DN0963445 Id:0900d8058088a253 Confidential 535 Changes in RG20(BSS) (IS) - I/O Device Working States New command(s) and menu text(s): T CHANGE I/O DEVICE INFO New Command: T CHANGE I/O DEVICE INFO Description of changes: New command added to change the info of an I/O device. New syntax: IST: [ <system name> | <own system> def ],[ <destination unit> | <own unit> def ]:<I/O device type>, <I/O device index>:<I/O device info>; Parameters: destination system, destination unit: I/O device type, I/O device index: I/O device info; Modified command(s) and menu text(s): I INTERROGATE I/O DEVICE INFO Modified Command I INTERROGATE I/O DEVICE INFO Description of changes: Info value displayed after exectution. (NC) - Signalling Link Data Handling Modified command(s) and menu text(s) I INTERROGATE SIGNALLING LINK DATA Modified Command I INTERROGATE SIGNALLING LINK DATA Description of changes: Execution printout has been updated. (NL) - Signalling Link State Handling Modified command(s) and menu text(s) Modified Command I INTERROGATE SIGNALLING LINK STATES C CHANGE SIGNALLING LINK STATE I INTERROGATE SIGNALLING LINK STATES Description of changes: Modified Command Description of changes: 536 Execution printout has been updated. C CHANGE SIGNALLING LINK STATE Execution printout has been updated. Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) (NR) - Signalling Route Set Data Handling Modified command(s) and menu text(s) Modified Command X EXCHANGE ADJACENT SIGNALLING POINT CODE A ADD SIGNALLING ROUTE TO ROUTE SET P MODIFY OWN SIGNALLING POINT DATA X EXCHANGE ADJACENT SIGNALLING POINT CODE Description of changes: Execution printout has been updated. Old syntax: < NRX/* DATA UNITS:OLD SIGNALLING NETWORK, OLD SIGNALLING POINT CODE: NEW SIGNALLING NETWORK, NEW SIGNALLING POINT CODE: NEW SIGNALLING POINT NAME; */ New syntax: < NRX/* DATA UNITS:SIGNALLING POINT TYPE: OLD SIGNALLING NETWORK, OLD SIGNALLING POINT CODE: NEW SIGNALLING NETWORK, NEW SIGNALLING POINT CODE: NEW SIGNALLING POINT NAME; */ NRX:/* IDENTIFY SIGNALLING POINT TYPE:ADJ ... ADJACENT SIGNALLING POINT CODE MODIFICATION OWN ... OWN SIGNALLING POINT CODE MODIFICATION */ Modified Command A ADD SIGNALLING ROUTE TO ROUTE SET Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: /* IDENTIFY SIGNALLING POINT NAME:IDENTIFIER 1 ... 5 CHARACTERS */ New semantics: /* IDENTIFY SIGNALLING POINT NAME:IDENTIFIER 1 ... 16 CHARACTERS */ Modified Command P MODIFY OWN SIGNALLING POINT DATA Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: /* IDENTIFY SIGNALLING POINT NAME::IDENTIFIER 1 ... 5 CHARACTERS */ New semantics: /* IDENTIFY SIGNALLING POINT NAME:: IDENTIFIER 1 ... 16 CHARACTERS */ (NS) - Signalling Link Set Data Handling Modified command(s) and menu text(s) DN0963445 C CREATE SIGNALLING LINK SET S CHANGE SIGNALLING LINK CODE D DELETE SIGNALLING LINK SET A ADD SIGNALLING LINK TO LINK SET N CHANGE SIGNALLING LINK SET NAME P CREATE IP TYPE SIGNALLING LINK SET T CHANGE SIGNALLING LINK TEST STATUS R DELETE SIGNALLING LINK FROM LINK SET Id:0900d8058088a253 Confidential 537 Changes in RG20(BSS) Modified Command I INTERROGATE SIGNALLING LINK SET DATA C CREATE SIGNALLING LINK SET Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command S CHANGE SIGNALLING LINK CODE Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command D DELETE SIGNALLING LINK SET Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command A ADD SIGNALLING LINK TO LINK SET Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command N CHANGE SIGNALLING LINK SET NAME Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <OLD NAME OF SIGNALLING LINK SET> is 0...5. The value range of the parameter <NEW NAME OF SIGNALLING LINK SET> is 0...5. New semantics: The value range of the parameter <OLD NAME OF SIGNALLING LINK SET> is 0...16. The value range of the parameter <NEW NAME OF SIGNALLING LINK SET> is 0...16. Modified Command P CREATE IP TYPE SIGNALLING LINK SET Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command Description of changes: 538 T CHANGE SIGNALLING LINK TEST STATUS Execution printout has been updated. Semantics has been changed. Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command R DELETE SIGNALLING LINK FROM LINK SET Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...5. New semantics: The value range of the parameter <SIGNALLING LINK SET NAME> is 0...16. Modified Command I Description of changes: INTERROGATE SIGNALLING LINK SET DATA Execution printout has been updated. (NV) - Signalling Route State Handling Modified command(s) and menu text(s) I INTERROGATE SIGNALLING ROUTE STATES Modified Command I INTERROGATE SIGNALLING LINK STATES Description of changes: Execution printout has been updated. (OB) - SCCP Broadcast Status Handling Modified command(s) and menu text(s) Modified Command M MODIFY BROADCAST STATUS OF SCCP SIGNALLING POINTS C MODIFY LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS I INTERROGATE BROADCAST STATUS OF SCCP SIGNALLING POINTS L INTERROGATE LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS M MODIFY BROADCAST STATUS OF SCCP SIGNALLING POINTS Description of changes: Execution printout has been updated. Old semantics: [<network of affected subsystem> | NA0, NA1, IN0, IN1 def], [<signalling point code of affected subsystem>... | <all SCCP signalling points> def], [<affected subsystem number>... | <all subsystems> def]: [<network of concerned signalling point> | <network of affected subsystem> def], [<concerned signalling point code>... | <all SCCP signalling points> def]: <status>; New semantics: [<network of affected subsystem> | NA0, NA1, IN0, IN1 def], <signalling point code of affected subsystem>, <affected subsystem number>: [<network of concerned signalling point> | <network of affected subsystem> def], <concerned signalling point code>: <status>; Modified Command Description of changes: DN0963445 C MODIFY LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS Execution printout has been updated. Id:0900d8058088a253 Confidential 539 Changes in RG20(BSS) Old semantics: [<network of affected subsystem> | NA0, NA1, IN0, IN1 def], [<signalling point code of affected subsystem>... | <all SCCP signalling points> def], [<affected subsystem number>... | <all subsystems> def]: [<network of local subsystem> | <network of affected subsystem> def], [<local subsystem number>... | <all local subsystems> def]: <status>; New semantics: [<network of affected subsystem> | NA0, NA1, IN0, IN1 def], [<signalling point code of affected subsystem>, <affected subsystem number>: <network of local subsystem> | <network of affected subsystem> def], <local subsystem number> : <status>; Modified Command I Description of changes: Modified Command INTERROGATE BROADCAST STATUS OF SCCP SIGNALLING POINTS Execution printout has been updated. L Description of changes: INTERROGATE LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS Execution printout has been updated. (OS) - States of SS7 Statistics Modified command(s) and menu text(s) Modified Command K INTERROGATE REPORTING STATUS OF SIGNALLING POINTS N MODIFY REPORTING STATUS OF SIGNALLING POINTS M MODIFY SS7 MEASUREMENT REPORT PARAMETERS K INTERROGATE REPORTING STATUS OF SIGNALLING POINTS Description of changes: Modified Command Execution printout has been updated. N Description of changes: Modified Command MODIFY REPORTING STATUS OF SIGNALLING POINTS Execution printout has been updated. M Description of changes: MODIFY SS7 MEASUREMENT REPORT PARAMETERS Execution printout has been updated. (Q8) - States of SS7 Statistics Added command(s) and menu text(s) C CONFIGURE DSCP TO TRAFFIC CLASS MAPPING F ENABLE OR DISABLE DIFFSERV I INTERROGATE DIFFSERV CONFIGURATION (QB) - OSI Network Address and NSAP Data Handling Modified command(s) and menu text(s) 540 N CREATE NSAP Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Modified Command L INTERROGATE NETWORK NSAP DATA M MODIFY NSAP DATA N CREATE NSAP Description of changes: Execution printout has been updated. Old syntax: QBN:<nsap number>: <nsap role>: <nsap type>: UNS=<unspecific nsap>,DTE=<dtenumber>,SPI=<subsequent pro-tocol identifier>,CHG=<channel group name>, NSEL=<n-selector>; New syntax: QBN:<nsap number>: <nsap role>: <nsap type>: UNS=<unspecific nsap>,DTE=<dtenumber>,SPI=<subsequent pro-tocol identifier>,CHG=<channel group name>, NSEL=<n-selector>,IPV4=<IP address>, PORT=<port number>:; Modified Command L Description of changes: Modified Command INTERROGATE NETWORK NSAP DATA Execution printout has been updated. M MODIFY NSAP DATA Description of changes: Execution printout has been updated. Old syntax: QBM:<nsap number>: UNS=<unspecific nsap>,DTE=<dte-number>,SPI=<subsequent pro-tocol identifier>,CHG=<channel group name>,AFI=<idp authority and format identifier>,IDI=<idp initial domain identi-fier>,DFI=<dsp format identifier>,ORG=<dsp organization identi-fier>,RES=<dsp reserved field>,AREA=<dsp area>,END=<dsp end sys-tem identifier>,NSEL=<n-selector>; New syntax: QBM:<nsap number>: UNS=<unspecific nsap>,DTE=<dte-number>,SPI=<subsequent pro-tocol identifier>,CHG=<channel group name>,AFI=<idp authority and format identifier>,IDI=<idp initial domain identi-fier>,DFI=<dsp format identifier>,ORG=<dsp organization identi-fier>,RES=<dsp reserved field>,AREA=<dsp area>,END=<dsp end sys-tem identifier>,NSEL=<n-selector>,IPV4=<IP address>,PORT=<port number>:; (RC) - Circuit Group Handling Modified command(s) and menu text(s) Modified Command N MODIFY CIRCUIT GROUP I INTERROGATE CIRCUIT GROUP C CREATE CIRCUIT GROUP A ADD CIRCUITS TO CIRCUIT GROUP R REMOVE CIRCUITS FROM CIRCUIT GROUP D DELETE CIRCUIT GROUP M MODIFY ADDITIONAL CIRCUIT GROUP PARAMETERS N MODIFY CIRCUIT GROUP Description of changes: Execution printout has been updated. Error text has been updated. Old syntax: RCN:[CGR=<cgr>|NCGR=<ncgr>]:...::; DN0963445 Id:0900d8058088a253 Confidential 541 Changes in RG20(BSS) New syntax: Modified Command RCN:[CGR=<cgr>|NCGR=<ncgr>]:...,MGW=<mgw_name>,...::; I INTERROGATE CIRCUIT GROUP Description of changes: Execution printout has been updated. Semantics has been changed. Old semantics: RCI:SEA=3:NCGR/* GIVE CIRCUIT GROUP NAME(S): SYMBOLIC NAME (&) 1 ... 8 CHARACTERS */ New semantics: RCI:SEA=3:NCGR /* GIVE CIRCUIT GROUP NAME(S): SYMBOLIC NAME (&) 1 ... 16 CHARACTERS */ Modified Command C CREATE CIRCUIT GROUP Description of changes: Execution printout has been updated. Old syntax: RCC:CGR=<cgr>,NCGR=<ncgr>,TYPE=SPE:FORMAT= /* GIVE CIRCUIT FORMAT: 0 ... PCM-TSL 1 ... PCM-TSL-SUBTSL */ New syntax: RCC:CGR=<cgr>,NCGR=<ncgr>,TYPE=SPE:FORMAT= /* GIVE CIRCUIT FORMAT: 0 ... PCM-TSL 1 ... PCM-TSL-SUBTSL 2 ... ETPCM-TCPCM-TSL */ Modified Command A ADD CIRCUITS TO CIRCUIT GROUP Description of changes: Execution printout has been updated. Old syntax: RCA:...:CRCT= ...<no ETPCM for SPE typed CGRs!> New syntax: RCA:...:CRCT= ...RCA:...:ETPCM= /* GIVE ETPCM: ( 0 ... 2047) Modified Command R REMOVE CIRCUITS FROM CIRCUIT GROUP Description of changes: Execution printout has been updated. Old syntax: RCR:...:CRCT= ... no ETPCM for SPE typed CGRs New syntax: RCR:...:CRCT=...RCR:...:ETPCM=/* GIVE ETPCM: ( 0 ... 2047) Old semantics: RCR:NCGR=/* GIVE CIRCUIT GROUP NAME:SYMBOLIC NAME 1 ... 8 CHARACTERS */ New semantics: RCR:NCGR=/* GIVE CIRCUIT GROUP NAME:SYMBOLIC NAME 1 ... 16 CHARACTERS */ Modified Command D DELETE CIRCUIT GROUP Description of changes: Execution printout has been updated. Old semantics: RCD:NCGR /* GIVE CIRCUIT GROUP NAME:SYMBOLIC NAME 1 ... 8 CHARACTERS */; New semantics: RCD:NCGR /* GIVE CIRCUIT GROUP NAME:SYMBOLIC NAME 1 ... 16 CHARACTERS */ 542 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Modified Command M MODIFY ADDITIONAL CIRCUIT GROUP PARAMETERS Description of changes: Execution printout has been updated. Old semantics: RCM:NCGR=/* GIVE CIRCUIT GROUP NAME(S):SYMBOLIC NAME (&) 1 ... 8 CHARACTERS */ New semantics: RCM:NCGR=/* GIVE CIRCUIT GROUP NAME(S):SYMBOLIC NAME (&) 1 ... 16 CHARACTERS */ (RR) - Route Handling Modified command(s) and menu text(s) Modified Command A ADD CIRCUIT GROUP C CREATE ROUTE I INTERROGATE ROUTE D DELETE ROUTE / CIRCUIT GROUP A ADD CIRCUIT GROUP Description of changes: Modified Command Execution printout has been updated. C Description of changes: Modified Command Execution printout has been updated. I Description of changes: Modified Command CREATE ROUTE INTERROGATE ROUTE Execution printout has been updated. D Description of changes: DELETE ROUTE / CIRCUIT GROUP Execution printout has been updated. (TP) - GSM Measurement Handling Modified command(s) and menu text(s) Modified Command DN0963445 M MODIFY GSM MEASUREMENT CHARACTERISTICS I INTERROGATE GSM MEASUREMENT S START GSM MEASUREMENT E STOP GSM MEASUREMENT M MODIFY GSM MEASUREMENT CHARACTERISTICS Id:0900d8058088a253 Confidential 543 Changes in RG20(BSS) Description of changes: New measurements ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, ETP_ETH_TCSM have been added in the transmission measurements category. New measurements CSDAP, OSC_RXQUAL, and PA_CONGESTION have been added in the circuit switched measurements category. Old syntax: ZTPM: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS and TRE_ETHERNET. ZTPM: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, and POWER_SAV. New syntax: ZTPM: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS, TRE_ETHERNET, ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, PA_CONGESTION, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, and ETP_ETH_TCSM. ZTPM: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, POWER_SAV, CSDAP, OSC_RXQUAL, and PA_CONGESTION. The command entry continues in the same way as before after a semantic error. Modified Command I INTERROGATE GSM MEASUREMENT Description of changes: New measurements ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, ETP_ETH_TCSM have been added in the transmission measurements category. New measurements CSDAP, OSC_RXQUAL, and PA_CONGESTION have been added in the circuit switched measurements category. Old syntax: ZTPI: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS and TRE_ETHERNET. ZTPI: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, and POWER_SAV. 544 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) New syntax: ZTPI: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS, TRE_ETHERNET, ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, PA_CONGESTION, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, and ETP_ETH_TCSM. ZTPI: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, POWER_SAV, CSDAP, OSC_RXQUAL, and PA_CONGESTION. The command entry continues in the same way as before after a semantic error. Modified Command S START GSM MEASUREMENT Description of changes: New measurements ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, ETP_ETH_TCSM have been added in the transmission measurements category. New measurements CSDAP, OSC_RXQUAL, and PA_CONGESTION have been added in the circuit switched measurements category. Old syntax: ZTPS: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS and TRE_ETHERNET. ZTPS: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, and POWER_SAV. New syntax: ZTPS: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS, TRE_ETHERNET, ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, PA_CONGESTION, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, and ETP_ETH_TCSM. ZTPS: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, POWER_SAV, CSDAP, OSC_RXQUAL, and PA_CONGESTION. The command entry continues in the same way as before after a semantic error. Modified Command DN0963445 E STOP GSM MEASUREMENT Id:0900d8058088a253 Confidential 545 Changes in RG20(BSS) Description of changes: New measurements ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, ETP_ETH_TCSM have been added in the transmission measurements category. New measurements CSDAP, OSC_RXQUAL, and PA_CONGESTION have been added in the circuit switched measurements category. Old syntax: ZTPE: TRANSM, <measurement type>,...Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS and TRE_ETHERNET. ZTPE: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, and POWER_SAV. New syntax: ZTPE: TRANSM, <measurement type>,…Values for measurement type: DMR, DN2, TRU/BIE, ET_BSC, ET_TCSM, TRE, TRE_SEL, PW_BSC, ETHERNET_BSC, PW_TCSM, ETHERNET_TCSM, PWT_BTS, TRE_ETHERNET, ABIS_DELAY, PA_BTS, PA_TRAFFIC, PA_SCTP, PA_DELAY, PA_CONGESTION, ETP_ETH_BSC, AOIP_TR_BSC, AOIP_TR_TCSM, and ETP_ETH_TCSM ZTPE: MEASUR <measurement type>,...Values for measurement type: TRAFFIC, RES_AVAIL, CCCH_ACC, HO, POWER, LOAD, AVAIL, OSI, UNDEF_ADJ, RXQUAL RX, HOADJ, BSC_CC, CC_PM, UNDERL, RXLEVEL, LINKBAL, TIMING_ADV, AVAIL_BSC, CC_SERLEV, MSSPEED, DUAL, C/I_RATIO, HOTSPOT, HIGH_SPEED, CHAN_FIN, MS_CAP, DAC, FER, PBS, REV_HUNT, NBL_OFFSET, UT_HOADJ, UT_LEVEL, TOTAL_FEP, DFCA DFCA, DFCA_ASS, BSC_BSC, WPS, IBHO, CS_DTM, AMR_RXQUAL, DFCA_SAIC, SCC, AMR_PPC, AMR_SIG, POWER_SAV, CSDAP, OSC_RXQUAL, and PA_CONGESTION. The command entry continues in the same way as before after a semantic error. (UB) - Single Radio Network Test Handling Modified command(s) and menu text(s) Modified Command Description of changes: 546 K HANDLE ABIS LOOP TEST P PRINT TEST REPORT K HANDLE ABIS LOOP TEST A new parameter CSDAP ID has been added.This parameter identifies the circuit switched dynamic Abis pool in a BSC. The identification number must be unique within the BSC. CSDAP ID value range is from 1 to 1000. Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) Old syntax: UBK: <operation> : ( BTS = <BTS number> | NAME = <BTS name> ), [ TRX = <TRX number> | ALL def ] : [ <radio time slot> | ALL def ]: [[ SEL = <select Abis connection> <option> | 0 def ] : [ ATSL = <Abis time slot> <option> ], [ STSL = <sub time slot> <option> | ALL def ]] : [ <looping time> | def = <5 seconds> in FIXED test, <3 seconds> in DYNAMIC test ] New syntax: UBK: <operation> : ( BTS = <BTS number> | NAME = <BTS name> ), [ TRX = <TRX number> | ALL def ] : [ <radio time slot> | ALL def ]: [<CID = csdap id>| All def] : [[ SEL = <select Abis connection> <option> | 0 def ] : [ ATSL = <Abis time slot> <option> ], [ STSL = <sub time slot> <option> | ALL def ]] : [ <looping time> | def = <5 seconds> in FIXED test, <3 seconds> in DYNAMIC test ] Modified Command P Description of execution printout changes PRINT TEST REPORT Execution printout command example 4 and its test result printout have been added. (UD) - Diagnostics Handling Modified command(s) and menu text(s) L LIST BROKEN UNITS/PROCESSOR UNITS Modified Command L LIST BROKEN UNITS/PROCESSOR UNITS Description of changes: Execution printout has been updated. (US) - Working State and Restart Handling Modified command(s) and menu text(s) Modified Command DN0963445 C CHANGE UNIT STATE S RESTART SYSTEM U RESTART UNIT C CHANGE UNIT STATE Id:0900d8058088a253 Confidential 547 Changes in RG20(BSS) Description of changes: Modified Command Execution printout has been updated. S Description of changes: Modified Command RESTART SYSTEM Execution printout has been updated. U Description of changes: RESTART UNIT Execution printout has been updated. (WQ) - Working State and Restart Handling Modified command(s) and menu text(s) O SHOW SOFTWARE PACKAGE INFORMATION Modified Command O SHOW SOFTWARE PACKAGE INFORMATION Description of changes: Execution printout has been updated. (WT) - Equipment Management Modified command(s) and menu text(s) I INTERROGATE INFORMATION Modified Command I INTERROGATE INFORMATION Description of changes: Execution printout has been updated, along with semantics. Old semantics - Old <INFORMATION TYPE> (block 1) parameters:"J" "C" "U" "P" "R" "O" "JI" "CI" "PI" New semantics - Updated <INFORMATION TYPE> (block 1) parameters:"J" "C" "U" "P" "R" "O" "JI" "CI" "PI" "PS" 548 Id:0900d8058088a253 Confidential DN0963445 Changes in RG20(BSS) 6.3.4 6.3.4.1 Deleted MML programs Deleted MML programs between S14 and S15 (UD) - Diagnostics Handling Deleted command(s) and menu text(s) DN0963445 P START PLUG-IN UNIT TEST Id:0900d8058088b440 Confidential 549 Parameter changes Changes in RG20(BSS) 7 Parameter changes For information on BSS parameter changes, see Parameter Changes document. 550 Id:0900d805808db3c4 Confidential DN0963445

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