Tellabs 1000 Special Services
Application and Ordering Guide
June 2014
Version 1.0
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Tellabs Special Services Ordering Guide
Table of contents
1
2
3
4
5
6
7
8
Overview: ........................................................................................................................ 3
Tellabs 1000 System – Features:................................................................................... 3
Tellabs 1000 Solutions ................................................................................................... 7
Network Configurations: ................................................................................................ 8
Network Topology: ....................................................................................................... 12
Tellabs 1000 Special Services Application Summary ............................................... 15
Appendix One: .............................................................................................................. 16
Appendix Two: Shelf Ordering Information .............................................................. 18
8.1 Tellabs 1000 – Detail Mechanical Product Information ............................................. 18
9 Appendix Three: Plug In Ordering Information .......................................................... 19
9.1 Tellabs 1000 – Detail Module Product Information ................................................... 19
REVISION HISTORY
Rev
Date
Author(s)
Comments
1.0
06/02/2014
Tod Brinkerhoff
Document Creation
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Tellabs Special Services Ordering Guide
1 Overview:
Service Providers are faced with many complex challenges in their last mile access network.
One of those challenges is the continued demand for business services. The second
challenge is to provide the most cost effective infrastructure. First choice when “economically
feasible” is to place fiber for the building entrance facility in lieu of copper. The third challenge
is to continue providing and supporting business and residential services while many of their
incumbent equipment providers have Manufacture Discontinued (MD’d) their product lines.
The difficult job for an OSP Planner and Engineer is to continue to provide these traditional
TDM services while the clear network initiatives is to transition to an all IP Ethernet-centric
Network. Tellabs also views the IP Network Transition as the preferred growth technology,
however, the customer’s current needs must be also be met due to state PUC requirements
and existing tariffs until this is modified or eliminated. Another challenge is that many of the
customary technologies that were used in delivering traditional TDM services are now
Manufacture Discontinued.
The list of MD’d access equipment includes but is not limited to Alcatel-Lucent’s SLC96/SLC
Series5/SLC2000 and Litespan, Zhone’s (Nortel) AccessNode, GenBand’s (Nortel) DMS1
Urban, Siemen’s AE914 and most recently Adtran’s TA1500. Adtran has also MD’d the
TA1148 and TA1248, which are copper fed DSLAMs. The Tellabs 1000 Multi-Service Access
Platform is a good choice for a low cost replacement of these technologies. Tellabs Access
is committed to support our customers with the Tellabs 1000 with over 9,000 systems
carrying traffic.
2 Tellabs 1000 System – Features:
The Tellabs 1000 MSAP, also known as the AccessMax, DMAX1120 and UMC1000 is a
modern and flexible Integrated Multiservice Access Platform (IMAP). It can economically
serve from as few as six to more than two thousand subscribers. Designed with a modular,
building-block approach, the Tellabs1000 supports a variety of transmission media to provide
service in a wide range of network topologies. The Tellabs 1000 uses state-of-the-art
technologies to provide traditional and forward-looking subscriber services.
The Tellabs 1000 family of products provides local loop voice, data, xDSL and Ethernet
solutions. Each Tellabs 1000 product uniquely solves pressing service delivery needs. The
Tellabs 1000 also provides legacy narrowband and wideband services while utilizing existing
backhaul facilities, including fiber and T1/E1 or HDSL copper plant. The unique backplane
design combines line card powering and heat dissipation technologies, delivering multiple
high-density services. Tellabs equips a number of remote telecom cabinets with the Tellabs
1000 channel bank assembly that can provide the following:
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1. Full set of services on one platform (POTS, ADSL, VDSL, Ethernet, Specials, Hicaps,
DS3) with full TSI capabilities to assign any service to any slot/port
2. High capacity OC3c, OC12c and GigE transport (software dependent)
3. SONET compliant OC3 for inter-terminal transport over SONET rings. The card
supports GR253 compliant SONET 1+1 Automatic Protection Switching (APS)
4. One set of fibers for all services. No need for separate fibers for each service type
delivered.
5. State of the art EMS – Panorama a fully robust EMS
6. Lowest cost Customer Premises Network Element providing a full set of required
services. Refer to appendix one for a detail list
a. Locally Switched
b. Locally Switched Specials
c. Non-Locally Switched Services
d. Non-Switched Service
7. Support for up to 112 DS1s and MI3 functionality.
8. Upgrade to IP with software and cards. FP16 offers GigE transport and uplink, 10/100
Ethernet services, VDSL2 and VDSL2 bonded services using PTM, ADSL2+ ATM
services.
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3 Tellabs 1000 Solutions
Local Exchange Terminal (CO) to Remote Service Terminal OSP CEV, HUT or Customer
Premises:
 Single shelf to full rack (8-shelf) deployments for POTS, Specials, Hi-Cap services
 Small shelf 1048 CBA – 10 service slots for POTS, Specials, Hi-Cap Services
 Small shelf 1048 Retrofit Kit – 10 service slots for POTS, Specials, Hi-Cap Services
Local Exchange Terminal in CO only
 Single shelf to full rack (8-shelf) deployments for POTS, Specials, Hi-Cap Services
Fiber-To-The-Business (FTTB) Customer Premises Remote Terminals:
 100 Lines – RST – 100 Wall Mount
 200 Lines – RST – 200 Wall Mount
 200 Lines – RST – 200 Wall Mount Expansion Kit
See Appendix Two for shelf detailed descriptions and ordering information.
See Appendix Three for Module detailed descriptions and ordering information.
See Section Six for Module quantity of services offered.
Contact your regional Sales representative for a detail quote or pricing information as shown
below:
Name
Marcus Bellard
Phillip Gardner
Mike Kavanagh
Monty Morales
Tod Brinkerhoff
Ron Franklin
Carter Gaddis
Title
Executive Account
Manager - West
Account Manager Northwest
Executive Account
Manager - East
Executive Account
Manager - Central
Sales Engineering
Director
Senior Sales
Engineer – West
Senior Sales
Engineer – Central
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Office
Cell
Email
210.481.7595
210.863.2114
marcus.bellard@tellabs.com
604.377.4460
phillip.gardner@tellabs.com
770.265.3552
mike.kavanagh@tellabs.com
225.316.1719
225.316.1719
monty.morales@tellabs.com
908.964.2855
908.930.7937
tod.brinkerhoff@tellabs.com
707.217.9218
ronald.franklin@tellabs.com
972.439.4819
carter.gaddis@tellabs.com
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4 Network Configurations:
A Tellabs 1000 Linear Chain configuration can extend five transport spans deep from the LET
with up to 32 total remote terminals. In this configuration, the LET resides in the Central
Office with the switch. The RST, which resides in a remote cabinet, in a rack, in a CEV, or on
a subscriber’s premises, delivers an array of services. See Figure 1.
Figure 1.
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A Tellabs 1000 Star configuration can connect directly to up to 32 RSTs, five transport spans
deep. In this configuration, the LET resides in the Central Office with the switch. The RST,
which resides in a remote cabinet, in a rack, in a CEV, or on a subscriber’s premises, delivers
an array of services. See Figure 2.
Figure 2.
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The Tellabs 1000 system is ideal for co-location because it delivers all the critical voice
services, as well as ISDN, DDS, 2-wire and 4-wire specials, Pay/Coin service, T1, HDSL,
ADSL, and VDSL in any combination, all from a single shelf. It then concentrates voice and
data traffic, providing for efficient use of transport facilities. See Figure 3.
Figure 3.
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An alternate application for D4 CBA replacement is to deploy a Tellabs 1000 as a standalone
LET channel bank, either as a single shelf or up to 8 individual shelves in a single bay. All
that is required per shelf are redundant CPU3 and L-PSU common cards with an optional
MTU or DBP card for metallic testing. Then you can install up to 4-T1x (non-powered) cards
to support up to 96 DSOs per shelf. There are 21 slots available to place any POTS or
Special Service cards required.
These shelves can be installed in the CO cabled directly to the MDF and DSX-1, an RT
cabled directly to Krone Blocks or Protector Blocks and mux or a combination of both. See
Figure 3A.
Figure 3A.
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5 Network Topology:
The following are examples of network deployments to provide voice and data service in the
above mentioned configurations. Although many of these show POTS cards, the same
applies for any DSO, DS1, DS3 or Ethernet service. With the exception of deploying Ethernet
using GigE uplink cards being required to be placed in slots 12/13 of the CBA, the first 22
slots are considered universal slots for any service type. In any of these topologies, the
transport can be fiber or copper fed.
The Linear chain example shows the extension of an LET to multiple RSTs in a drop and
continue configuration with a single shelf solution using a mixture of fiber and copper. It is
always best to use fiber when available. The LET is connected via fiber to RST1 with RST1
to RST2 and RST2 to RST3 via copper feed. Each RST’s DS0s are mapped to particular
LET T1X cards for delivery to a local Digital Cross-Connect system (DCS) or mux to be
distributed to the ultimate end location. The TSI functionality allows any RST DSO to be
assigned to any LET T1X. In some Service Provider’s networks, the placement of plugs will
depend upon OSS restrictions or models. The caution with this configuration is any break on
an upstream transport link will sever service to the trailing RSTs. See Figure 4.
Figure 4.
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The Star example shows the extension of an LET directly connected to multiple RSTs with a
single shelf solution. The LET is directly connected via fiber to RST1, RST2 and RST3 via
fiber. Each RST’s DS0s are mapped to particular LET T1X cards for delivery to a local
Digital Cross-Connect system (DCS) or mux to be distributed to the ultimate end location.
The TSI functionality allows any RST DSO to be assigned to any LET T1X. In some Service
Provider’s networks, the placement of plugs will depend upon OSS restrictions or models.
With this configuration, any transport link cut will only affect the RST directly connected to the
LET. See Figure 5
Figure 5.
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The Star example shows the extension of an LET directly connected to multiple RSTs with a
multi-shelf solution. The LET is directly connected via fiber to RST1, RST2 and RST3 via
fiber. This configuration allows for greater bandwidth on a per LET shelf basis as well as
additional slots if more universal/local MDF connections are required. Each RST’s DS0s are
mapped to particular LET T1X cards for delivery to a local Digital Cross-Connect system
(DCS) or mux to be distributed to the ultimate end location. The TSI functionality allows any
RST DSO to be assigned to any LET T1X. In some Service Provider’s networks, the
placement of plugs will depend upon OSS restrictions or models. With this configuration, any
transport link cut will only affect the RST directly connected to the LET. See Figure 6
Figure 6.
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6 Tellabs 1000 Special Services Application Summary
Tellabs has provided special services on the Tellabs 1000 since its inception. Tellabs
continues to re-spin the Tellabs 1000 modules to improve the performance of the card as well
as deal with part obsolescence. Many of these cards have been used since the early 1990s
so components naturally become obsolete and component vendors leave the business.
Tellabs continues to insure that the Tellabs 1000 is a viable product for our customers’
networks and will find other component vendors to supply the most cost effective parts.
However, sometimes Tellabs must also re-spin Network Element software to keep up with
these changes. These are not new loads, but dot (.) releases to our ATM load (FP10.0) and
Ethernet load (FP16.0).
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7 Appendix One:
This chart is provided to assist the Planner / Engineer prepare for the upcoming Adtran
TA1500 MD expected by the end of 2014. This product had been the mainstay in many
service providers’ network to use as a D4 CBA replacement or Special Services delivery
platform. For those customers that use the Telcordia suite of software, the Tellabs 1000 is
fully OSMINE compliant.
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8 Appendix Two: Shelf Ordering Information
8.1 Tellabs 1000 – Detail Mechanical Product Information
Below is a basic list of shelves, fan assemblies and intrabay cables used to provide service.
The same units are used whether configured as an LET or RST.
Shelves and Accessories
0310-1867
SBPQABF
0210-0131
0215-0009
Fan
Cover
Mounting Bracket
0210-0138
0210-0137
0410-0003
Shelf (wired)
Shelf (conn)
EBF 3
0410-0006
EBF 10
0410-0245
EBF 3 BB
0410-0247
EBF 10 BB
0410-0052
MTU I/F
0310-1932
0310-2120
0220-0134
RAI Wire Kit
Wall Mount
FTTB RST-100 Wall
Mount with Protector
0220-0135
FTTB RST-100 Wall
Mount without Protector
FTTB RST-200 Wall
Mount with Protector
0220-0137
0220-0138
0220-0139
0220-0140
0210-0129
8650-1211
0320-1448
0310-1807
0310-1808
FTTB RST-200 Wall
Mount without Protector
FTTB RST-Expansion
Kit with Protector
FTTB RST-Expansion
Kit without Protector
Shelf
Fan
RSC 1048 Retrofit Kit
EMAX Plus retrofit Kit
with Protector
Tellabs 1000 Fan Tray Installation Kit
Tellabs 1000 Front Cover Kit
Tellabs 1000 Projection Mount Adaptor Kit (23" BY
5")
TLAB1000V2 Backplane Wire Wrap (no cable stubs)
TLAB1000V2 Backplane Connectorized
Expansion Bank Fibers - 3 meter (1 required per
ELU)
Expansion Bank Fibers - 10 meter (1 required per
ELU)
Broadband Expansion Bank Fibers - 3 meter (1
required per ELU-3)
Broadband Expansion Bank Fibers - 10 meter (1
required per ELU-3)
Metallic Test Unit Interface Cable (daisy chain to
expansion shelves)
Remote Alarm Interface Wiring Kit
Tellabs 1000 Wall Mount Kit
Shelf, Fan, Wall Mount Bracket, Cabling, Corning 24
fiber cabinet, Protector Panel and LPK23-VV 12 AH
LP System
Shelf, Fan, Wall Mount Bracket, Cabling, Corning 24
fiber cabinet and LPK23-VV 12 AH LP System
Shelf (2), Fan, Wall Mount Bracket, Cabling, Corning
24 fiber cabinet, Protector Panel and LPK23-VV 12
AH LP System
Shelf (2), Fan, Wall Mount Bracket, Cabling, Corning
24 fiber cabinet and LPK23-VV 12 AH LP System
Shelf, Fan, Wall Mount Bracket, Cabling, Protector
Panel and LPK23-VV 12 AH LP System
Shelf, Fan, Wall Mount Bracket, Cabling and LPK23VV 12 AH LP System
RSC 1048 Shelf
RSC 1048 Fan Assembly
Shelf, Fan, Mounting Bracket, Cabling
Shelf, Fan Brackets, Cabling, Protector Panel and
Power Harnesses for third party cabinets
EMAX Plus retrofit kit
without Protector
Shelf, Fan, Brackets, Cabling, and Power Harnesses
for third party cabinets
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Tellabs Special Services Ordering Guide
9 Appendix Three: Plug In Ordering Information
9.1 Tellabs 1000 – Detail Module Product Information
Common Control Units
0101-0025
SBCTA24
0101-0008
SBCTEF0
0101-0043
SBC3BA0
0101-0078
SBPUA05
0101-0082
SBP1AAC
0101-0007
SBPUCC1
0101-0004
SBTEAAA
0101-0018
SBTEAAF
0101-0023
SBLSTL2
0110-0119
SBCPKMF
0101-0032
SBTCLP0
0101-0028
SBCTCBN
0101-0029
SBCTBBN
0101-0069
SBCTCXB
0101-0046
SBCTBXB
CPU-3
DLP
IPMI-3
L-PSU
R-PSU
N-PSU
MTU
OSI
DBP
RAI
ETI
ELU
EBC
EBC-3+
ELU-3
Central Processor
Data Link Processor
Internet Protocol Management Interface
Local Exchange Power Supply Unit
Remote Subscriber Power Supply
Network Subscriber Power Supply
Metallic Test Unit (required for fGTE 4TEL testing)
Operations System Interface
Digital Bypass Pair Unit
Remote Alarm Interface
External Timing Interface
Expansion Link Unit
Expansion Bank Control
Broadband Expansion Link Unit
Broadband Expansion Bank Control Unit
Transceivers
0120-0162
0410-0447
0410-0448
0410-0467
0120-0133
0120-0166
0120-0153
0120-0148
0120-0123
0120-0122
0120-0152*
0120-0150*
0120-0147*
0120-0151*
GBE222
SFP
SFP
SFP
OC3C-XCVR
OC12C-XCVR
OC3
DS3
TIX-XCVR
TI- XCVR
T1HD2-XCVR
T1HD4-XCVR
T1HD2-XCVR
T1HD4-XCVR
GBE222 UPLINK/TRANSPORT CARD
GIGE SX
GIGE LX
GIGE ZX
OC3C Fiber Optic Transceiver (SC) - to RST/LET
OC12C Fiber Optic Transceiver (SC) - to RST/LET
OC3 Fiber Optic Transceiver (SC) - SONET
T3 Channelized or Intact (non-powered)
T1 Transceiver (non-power)
T1 Transceiver (Powered)
T1 HDSL2 TRANSCEIVER (ADTRAN) (powered)
T1 HDSL4 TRANSCEIVER (ADTRAN) (powered)
T1 HDSL2 TRANSCEIVER (ADTRAN) (powered)
T1 HDSL4 TRANSCEIVER (ADTRAN) (powered)
SBUIAEP
SBHSG7V
SBUIAFL
SBT1MS0
SBHSW90
SBTCH15
SBTCH24
SBT1NNL
SBT1LN0
SBT1LR0
SBT1NN0
*Customer dependent on which version to order
Service Cards
0110-0150
SBLSAU0
0110-0098
SBLSPN4
0110-0118
SBLSGVW
0110-0095
SBLSDB3
0110-0140
SBLSKS0
L-POTS
L-ISDN
L-PAY
L-UVG
L-EBS
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LET POTS Channel Unit
LET ISDN Unit
LET Pay Phone Channel Unit
LET Universal Voice Grade Channel Unit
LET ELECTRONIC BUS.SET CHNL.UNIT
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0101-0064
0110-0236
0110-0238
0110-0147
0110-0147
0120-0123
0110-0192
0110-0193
0110-0139
0110-0275
0110-0271
0110-0265
0110-0148
0110-0222
0110-0246
0110-0233
0110-0274
0110-0069
0110-0269
0410-0464
0410-0463
0410-0465
SBC2450
SBC3MME
MCU-AFC
SS 2/4
SBL1NRJ
SBLSJE9
SBLSJE9
SBTCH15
SBTCHH2
SBTCHG3
SBLSMR0
SBUIAF4
SBUIAFA
SBUIAET
SBL1WXP
SBC2TU9
SBL1TUM
SBC2230
SBCUAAP
SBLSNH8
SBUIAF5
E&M
TO -2 wire
TO-4 wire
TIX
T1A
T1AX
DSO-DP
ADSL2+6+6B
ADSL2+6+0B
VDSL2 6+6B
R-POTS
R-UVG
R-ISDN
R-PAY
R-EBS SL
OCU-DP
ES10/100
SFP
SFP
SFP
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METALLIC CHANNEL UNIT - Alarm Card
SPECIAL SERVICES 2W/4W (FX, DID, ETO, PLAR)
E&M CHANNEL UNIT - DX SIGNALING & POST
EQUALIZATION
Transmission Only (2 wire) Unit
Transmission Only (4 Wire) Unit
T1 Transceiver (non-power) - Fractional T1
T1 Async Channel Unit (powered)
T1 Async Channel Unit (non-power)
Digital Signal Zero Data Port - 56k
ADSL2+ 6+6 WITH BONDING VERSION 2 ANSI
ADSL2+ 6+0 WITH BONDING VERSION 2 ANSI
VDSL2 6+6 With Bonding
RST POTS Channel Unit
RST Universal Voice Grade Channel Unit
R-ISDN (2)
RST Payphone Channel Unit
RST Electronic Business Set (P-Phone)
Office Channel Unit Data Port (56KB)
10/100 ETHERNET INTERFACE
100BASE-FX
100BASE-LX10 optics
100BASE-T Copper
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