Huawei UET Telecom & IT Centre In Association with HUTIC REPORT Director: Prof. Dr. Waqar Mahmood Manager: Kashif Bashir HUAWEI-UET JOINT TELECOM IT CENTRE (HUTIC) HUAWEI-UET Telecom IT Centre (HUTIC) was established as a joint venture of UET with HUAWEI Technologies (China) in 2002. The HUTIC Center has 9 million USD worth of Equipment. The equipment provided by HUAWEI technologies comprises of Telecom Equipment and Telecom Network Equipment. All the mentioned nodes are installed under one roof in a newly built Centre. The Center thus becomes a unique and one of its kind facilities that offers practical exposure to all nodes of a Telecom and Networking system in the convenience of a single lab. In field, on the other, hand different nodes of a network are distributed at various distant sites making it less feasible for training purpose. In order to enhance the technical skills of talented workforce in the field of telecommunication and networks, HUTIC is offering a series of courses for students and professionals. These courses provide practical exposure with hands-on experience on the latest equipment. Through the training program, a strong link is developed between academia and industry as students learn the practical implementation of their theoretical knowledge. The strong practical experience induced in students through this program helps them secure jobs in telecom industry of Pakistan and neighboring countries including Middle East, Far East and Africa; since the equipment available at HUTIC is quite diverse and installed at many places by the leading telecom operators worldwide. In Pakistan, companies like Mobilink, Warid, KPN, Reliance Telecom, Ufone and Telenor have installed this equipment. This widespread dominance of the Huawei equipment makes the job prospects for trained students even higher. In addition, those who are trained at HUTIC through the dedicated staff can easily get acquainted with equipment of other vendors in a short time because of the strong foundation they build during these courses. The detailed course outline is provided in Annexures. The training courses can be conducted for the individual module or combined for all modules. Group discount and combined course discount is available Sr. No. Course Hours Detail 1. BSS 24 Hrs. Annex.A 2. HLR 20 Hrs. Annex.B 3. MSC 20 Hrs. Annex.C 4. RNO 20 Hrs. Annex.D BSS (Base Station Subsystem) Session 1: Mobile Technologies and Networks 3GPP Evolution of Mobile Technologies 2G, 3G and 4G (R-99 to R12) Evolution of Access Network Architecture GSM/GERAN/UTRAN Network Architecture Architecture and Services of GERAN WCDMA Air Interface Technology UMTS Channel Impairments Rake Receiver Design Session 2: Base Transceiver Station (BTS) Huawei BTS 3012 Hardware/Functional Structure Transceiver (TRX) Configurations for Transmission & Reception BTS Signaling Flows Site Planning & Configuration Scenarios HUTIC Lab Visit for BTS 3012 Hardware Orientation Session 3: Huawei's NodeB (BTS3900) & Base Station Controller (BSC6000) Upgrades in BTS Functionality & Hardware from GSM to UMTS/LTE Huawei NodeB BTS 3900 Hardware Structure & Signaling Flows BTS3900 Installation Videos Interfaces between Network Elements in GERAN/UTRAN Introduction to Application & Framing Protocols Functionality of Application/Network/Transport Layer Protocols on each interface Huawei GSM BSC6000 Hardware/Logical Structure Service & Control Data Signaling Flows BSC Hardware Design for Target Capacity UHTIC Lab Visit for BSC 6000 Hardware Orientation Session 4: RNC Hardware Features & BSC 6000 Data Configuration BSC Hardware Upgrades & Evolution from 2G to 3G/4G Radio Network Controller- UMTS RNC (Huawei BSC 6900) Hardware/Logical Structure Flows for IP/TDM Traffic & Control Signals Huawei BSC 6000 Data Configuration BSC Software Configuration & BTS Site addition Configuration of Sectors & TRX Routine O&M/Alarm Handling/Troubleshooting HUTIC Lab Visit for Online BSC Configuration Session 5: RNC Data Configuration Huawei BSC 6900 Data configuration BSC6900 Hardware & Site Data Configuration Commands BSC 6900 Interface Configuration Procedure (IP/TDM) Performance Improvements in HSDPA/HSUPA Evolution of UTRAN towards eUTRAN in LTE HLR (Home Location register) Session 1: Core Network Introduction 3GPP network evolution in different releases Overview of 3GPP UMTS core network Brief overview of functions of various nodes Protocols used on different interfaces Signaling System No. 7 (SS7) SS7 protocol stack used in mobile networks Functions of Message Transfer Part Functions of Signaling Connection Control Part Session 2: 3GPP Core Network Protocols Mobile Application Part (MAP) Functions of Transaction Control Application Part MAP interfaces and operations in 3GPP networks SS7 over IP (SIGTRAN) Functions of Stream Control Transmission Protocol (SCTP) Functions of MTP3 User Adaptation Layer (M3UA) DIAMETER Diameter Base Protocol Diameter Applications within the context of the 3GPP LTE and UMTS networks Session 3: Home Subscriber Database Impact of Home Subscriber Database within the Core Network – Services and Functions Interfaces and Protocols with other Core Network Elements Evolution of Home Subscriber Database in 3GPP releases Design Considerations for Converged Network Session 4: Huawei HLR 9820 Hardware Structure and Logical Architecture of HLR9820 Evolution of Hardware Design towards UMTS core network Signal Flows of HLR9820 Orientation of Huawei HLR 9820 in HUTIC lab Session 5: Huawei HLR 9820 Data Configuration Overview of Data Configuration Basic Concepts and Process of Hardware and Signaling Data configuration Hands-on practice of various Hardware Data Configuration Cases on LMT Software HLR Redundancy Solutions MSC(Mobile switching Center) Session 1: Evolution of Core Network Elements Evolution from 2G to 3G & 4G Networks Detail description of 2G, 3G & 4G components Evolution & Upgrade of Core Network Infrastructure GSM Core Network Elements GPRS Nodes & Features Difference between CS & PS domains Interworking with external networks Evolved Packet Core Nodes in 4G Evolution of Mobile Switching Center (MSC) Interfaces of MSC Server with other CN Nodes & relevant Protocol stack Orientation of HUTIC lab Session 2: Signaling Protocols in Core Network Review of Interfaces & Protocols relevant to MSC Server Introduction of SS7 based on OSI layers SIGTRAN protocol based on SS7 Detail description of protocols in core network SIP/BICC Protocol H.323 Protocol H.248 Protocol Session 3: MSoftX3000 Product Architecture MSOFTX3000 Features & Services for 2G & 3G Network Networking Topologies MSOFTX3000 Product Architecture Physical / Logical Structure Hardware Subsystems Service Processing Flows over IP/TDM/ATM Clock Synchronization Subsystem in MSoftX3000 Detailed Description of Cables in MSoftX3000 Hardware/Software Upgrades of MSoftX3000 for 3G Network Orientation in Huawei GSM Lab Session 4: iGWB Charging System Introduction of Charging System iGWB software structure iGWB Client Operation Login to IGWB Server Locking CDR Console Managing CDRS Orientation of iGWB in HUTIC lab Session 5: MSoftX 3000 Software Installation & Data Configurations MSOFTX3000 softwares BAM Server / Client Software Operating System/ Database management software Setting IP Addresses of Network Adapters Software Loading Process For Boards Data Configurations of MSoftX3000 Understand the Process of Hardware Configuration Device Numbering Signaling Configuration (IP/TDM) Hands on Practice on MSoftX300 LMT RNO (RADIO NETWORK OPTIMIZATION) Session1: GSM/UMTS/LTE Radio Interface Elements & Interfaces of GERAN, UTRAN & eUTRAN GSM/UMTS/LTE Radio Interface Structure 2G/3G/4G Radio Spectrum & Data Rates Processing of voice signal in GSM/UMTS GSM/WCDMA/LTE Frame Structure & Radio Channels Session 2: GSM & UMTS Cell Parameters Significance of Cell Parameters for Good Subscriber Experience 2G/3G Cell Parameters Introduction Cell Selection/Reselection in GSM/UTRAN Hands-on Configuration of Parameters on Local Maintenance Terminal (LMT) Software 3G Protocol Stack Implemented in MS Idle/Dedicated Mode Behavior of UMTS MS Session 3: GERAN/UTRAN Handover Scenarios & Algorithms Huawei’s GSM Handover Algorithms UMTS Hanover Events & Algorithms Huawei’s Power Control II & power control III Algorithms Impact of Power Control on WCDMA Network Performance WCDMA Power Control Mechanisms Congestion/Admission Control in WCDMA Lab Session on configuration of Handover & power control parameters Session 4: GSM/UTRAN Call Flows, Network Planning & Optimization GSM BSS Communication Flows UMTS/WCDMA Call Flows GSM/UMTS Network Planning Frequency, Code, Capacity and Coverage Planning in GSM/UMTS RF Optimization in GSM/UMTS Networks Network KPIs and troubleshooting Analysis Session 5: TEMS/Actix Drive Testing Introduction to Drive Testing Procedure and DT Tools Introduction to TEMS & Actix 2G/3G/4G DT Parameters and KPIs Sample2G/ 3G Log File Analysis Preparation of Analysis Reports using Mapinfo & TEMS