TSSeries

1
TS-Series

• Short introduction

2
Key Benefits

• Metro WDM Transport- C DWDM covering 100Mb/s
  to 10Gb/s and distances up to 140km.
• Ease of use Carrier Class, Plug and Forget-
  iWDM true Plug and Play protocol detection and
  auto provisioning for low installation costs.-
  Speed Watch control of client bit-rate/
  protocols to easily enforce differentiated
  tariffs.- Hot-swap, in-service upgrades (HW
  SW) lowers OPEX
• Modular and Expandable - 2x chassis- Hybrid
  C/DWDM- True pay-as-you-grow deployment-
  Hitless channel-by-channel upgrade- One
  transponder for all services with interchangeable
  SFPs for flexibility- CWDM for lowest cost with
  DWDM upgrade path for highest capacity
• Ruggedized design. Simple and safe handling.-
  All boards completely ESD protected in metal
  housing
• Pluggable Optics, C DWDM
• Graphical / CLI-based node manager
• More than 3000 chassis shipped and deployed in
  customer networks

3
Transponders and MuxPonders
7700 2.5 Gb/s C/DWDM Transponder
5400/03 2.5Gb/s GE C/DWDM MuxPonder

• MultiRate / Protocol Detection
• Pro-active performance monitoring
• Line and Client loop function
• SFP

• 2 x GE (optical/electrical)
• Pro-active performance monitoring
• Line and Client loop function
• PM / Utilization
• SFP

7900 10Gb/s DWDM Transponder
5400/02 2.5Gb/s FC C/DWDM MuxPonder

• 2 x FC
• Pro-active performance monitoring
• SFP

• Pro-active performance monitoring
• Line and Client loop function
• XFP

7400 1/2/4G Dual FC C/DWDM Transponder
5500/01 1.25Gb/s CWDM MuxPonder

• Dual Transponder
• Protocol Detection
• Pro-active performance monitoring
• Line and Client loop function
• SFP

• 4 x ESCON/ETR/STM-1/FE
• Pro-active performance monitoring
• SFP

4
Transponders and MuxPonders Cont.
7720 Double 2.5 Gb/s C/DWDM Transponder
5800/01 4x GE C/DWDM MuxPonder

• MultiRate / Protocol Detection
• Pro-active performance monitoring
• Line and Client loop function
• SFP

• 4 x GE (optical/electrical)
• Pro-active performance monitoring
• Line and Client loop function
• PM / Utilization
• SFP
• Embedded Management

7720/01 released in May 2008
5
Misc. Units
2501 Optical Protection Unit
6001 and 6003 Node Management Board

• Based on Linux
• SNMP/HTTP/FTP
• Firewall
• Hot swap detection
• Web based GUI
• CLI (local/remote)

• Supports both line and client protection
• Switch time less than 50ms
• Supports all transmission options

EDFA Boosters / PreAmps
2204 OSC Unit

• 2610 Preamp
• OA17-20 Booster/Preamp
• Supporting 10G transmission for up to 140km

• 1510nm CWDM or 1310nm options
• Link status alarm
• Four RJ45 connectors

6
Filter Units
4 and 8 ch C/DWDM Filter Units

• Mux/Demux in same Unit
• 2 tap
• Does not need electrical power for operation
• Dual fiber working CWDM Mux/Demuxes
• 8130/01 (ch1-4)
• 8131/01 (ch1-4 UPG port OSC port)
• 8141/01 (ch5-8 UPG port OSC port)
• 8140/01 (ch5-8)
• 8132/01 (ch1-8)
• 8133/01 (ch1-8 OSC port)
• 8134/01 (ch9-16)
• OAD-87xx - Single wavelength OADM
• Single fiber working CWDM Mux/Demux
• 8230 4 channels
• Dual fiber working DWDM Mux/Demux
• 8830 8 channels, Band A UPG port
• 8831 8 channels, Band B
• 8832 8 channels, Band C

7
Rack options
TS-1100
Passive Unit Holder

• 12 plug-in slots for traffic units
• lt250 W power consumption
• AC and DC options
• Dual power supplies with dual fans
• Size 19 x 6u x 24 cm

• Can hold two Mux/Demux Units

TS-100
Fiber Management

• 2 plug-in slots for traffic units
• lt75 W power consumption
• AC and DC options
• Redundant fans
• Size 19 x 1u x 24cm

• Simplifies fiber Management

8
TS-Series

• Product Presentation

9
Transmode TS-Series

• Modular, scalable C/DWDM platform allowing
  Pay-As-You-Grow expansion
• Built from the ground up to achieve lowest cost
  up to 75 less than traditional Metro DWDM
  systems
• Plug and Play user experience
• NEBS Level 3 compliant

10
TS-Series Overview
OADM
End Terminal
Point-to-Pointwith Add/Drop
Logical Rings
Hubbed Rings
C DWDM - covering 100Mb/s to 10Gb/s and
distances up to 140 km.
11
TS-Series Key Benefits

• Unique Modular System Architecture
• Lowest common equipment cost
• True pay-as-you-grow deployment
• Hitless channel-by-channel upgrade
• One transponder for all services with
  interchangeable SFPs for flexibility
• CWDM for lowest cost with DWDM upgrade path for
  highest capacity
• 10-Gig upgrade path
• Multiple services per wavelength
• All boards completely ESD protected in metal
  housing

• Advanced Networking Options
• Pt-Pt, Ring and Linear topologies
• Modular architecture enables customized network
  solutions
• Simple to deploy, powerful and proven networks
• Scalable to 38 channels
• Very Low Spares holding

• Innovative Technology for Very Low OPEX
• iWDM true Plug and Play protocol detection and
  auto provisioning for low installation costs
• Speed Watch control of client bit-rate/
  protocols to easily enforce differentiated
  tariffs
• TDM aggregation for very low cost transport e.g.
  4 x GE

12
Main System Components
19 chassis
Mux/Demux/OADM
Transponders
Network Management
MuxPonders
Optical Protection
Transceivers
Pre-Amplifier / Booster
13
Pluggable Interfaces
Pluggable Interfaces

• All plug-in modules based on SFP/XFPtransceivers
• Simplifies spares management and maximises
  flexibility
• Open-Port philosophy

2.5 Gb/s C/DWDM SFPs
10 Gb/s C/DWDM XFPs

• Up to 100 km
• DWDM SFPs supported in 7700 and 5400

• 40 and 80 km
• XFPs supported in 7900

4 Gb/s C/DWDM FC SFPs

• 40 and 70 km CWDM
• 80 km DWDM
• 4Gb/s SFPs supported in 7400 and 5800

DVB SFPs
- DVB-SDI (270Mb/s 1,485Gb/s) - DVB-ASI
(270Mb/s)
14
8 Channel CWDM System
1-8 Channel CWDM

• Protocol transparent
• 100 Mbit/s 2.7 Gbit/s
• 10 Gb/s (channel 2 and 3)
• CWDM and DWDM upgrade paths
• 16 CWDM channels
• 24 DWDM channels
• Modularity - Hitless upgrades
• Low first-in cost
• Add one or several channels at a time
• No service impact during upgrades
• Combine with TDM Aggregation
• Muxponder Family
• Up to 8 services per CWDM channel
• Tailored transmission reach
• Pluggable optical interfaces
• 40 km (PIN), 80 km (APD) or 100 km (APD)

1310 nm Upgrade port

• Access to the 1310 nm band separately
• 1250 1450 nm
• Upgrade port
• CWDM channels 9-16
• Accessible via separate Mux/Demux (8134)
• Optical Surveillance Channel (OSC)
• 2204/01 Ethernet Switch/Mux
• Legacy 1310 nm traffic

15
16 Channel CWDM System
1-16 Channel CWDM

• DWDM upgrade path
• 24 DWDM channels (occupies 2 CWDM channels)
• 4 channels affected by water peak
• Channels 10-13

16
DWDM-System Channel Plan
17
Hybrid CWDM/DWDM System
38 Channel Hybrid System

• Start with 16 channel CWDM
• Add DWDM muxes
• Each DWDM group sits in one vacant CWDM channel
• Add DWDM Transponders
• Capacity 24xDWDM 14xCWDM
• In-service Capacity Expansion

Benefits

• Pure CWDM or DWDM
• Add additional capacity through Hybrid solution
• Add channels without impact on existing services
• Simple robust architecture

18
TS-Series Subracks
TS-1100

• 12 plug-in slots for traffic units
• SNMP/GUI interface
• lt250 W power consumption
• 100-240 VAC or 48 VDC options
• Support for mixed AC/DC configuration
• Redundant fans in each power supply
• Size 19 x 6u x 24 cm

TS-100

• 2 plug-in slots for traffic units
• SNMP/GUI interface
• lt 75W power consumption
• 100-240 VAC or 48 VDC options
• Redundant fans
• Size 19 x 1u x 24 cm

19
7400 1/2/4Gb/s Dual FC Transponder
7400 1/2/4Gb/s FC C/DWDM Transponder

• Pluggable Optics (SFP)
• Maximises flexibility
• Simplifies spares management
• 850nm, 1310 nm, 40 and 70 km CWDM and 80 km DWDM
• Automatic protocol recognition/setting
• - Supports 1G, 2G and 4G Fibre Channel
• No provisioning needed
• Self-configuring
• OPEX savings
• Optical Performance Monitoring
• Pro-active performance monitoring
• PM Lite
• Full 3R regeneration for all protocols
• Re-amplify, Re-shape, Re-time
• Protocol change requires no manual work
• Line and Client loop functions
• Dual Transponder
• Two independent TPs on one plug-in unit

20
SAN Example 1
SAN Point to Point, 2 x 4G FC

• 7400/01 dual 1/2/4G FC transponders are used to
  span 2x 4G FC over a protected path using the in
  built protection in the 7400/01.
• Only one of the client ports is used on each
  transponder, the incoming client signal is sent
  out on both line ports, each connected to a
  different fiber route.
• Supporting 1, 2 or 4G FC!
• 1310nm band available

21
SAN Example 2
SAN Point to Point, 2 x 4G FC

• 7400/01 dual 1/2/4G FC transponders are used to
  span 2x 4G FC over a protected path using the
  optical protection switch 2501. This
  configuration also protects against transponder
  failure.
• The two line ports of the 2501 is connected to
  separate transponders, each 7400/01 are then
  connected to different fiber routes.
• Supporting 1, 2 or 4G FC!
• Dual Transponder

22
7700 2.5 Gb/s Transponder
7700 C/DWDM Transponder

• One Module for CWDM DWDM
• Simply fit the appropriate SFP
• Pluggable Optics (SFP)
• Full range supported on both Line and Client
• Maximises flexibility reduces spares holding
• 850nm, 1310 nm, CWDM and DWDM
• Full Protocol transparency
• CWDM support for all services 100M-2.7 Gb/s
• DWDM support for all services 622M-2.7 Gb/s
• iWDM
• Patented Protocol and bit rate detection
• Displayed in Management System
• Speed/protocol restriction possible
• No provisioning needed
• Self-configuring
• OPEX savings
• Optical performance monitoring
• Pro-active performance monitoring
• Full 3R regeneration for all protocols

23
7720 Dual 2.5 Gb/s Transponder
7720 Dual C/DWDM Transponder

• One Module for CWDM DWDM
• Simply fit the appropriate SFP
• Pluggable Optics (SFP)
• Full range supported on both Line and Client
• Maximises flexibility reduces spares holding
• 850nm, 1310 nm, CWDM and DWDM
• Full Protocol transparency
• CWDM support for all services 100M-2.7 Gb/s
• DWDM support for all services 622M-2.7 Gb/s
• iWDM
• Patented Protocol and bit rate detection
• Displayed in Management System
• Speed/protocol restriction possible
• No provisioning needed
• Self-configuring
• OPEX savings
• Optical performance monitoring
• Pro-active performance monitoring
• Full 3R regeneration for all protocols

May 2008
24
7900 10 Gb/s Transponder
7900 10G DWDM Transponder

• Pluggable Optics (XFP)
• Maximises flexibility
• Simplifies spares management
• 850nm, 1310 nm, 40 and 80km DWDM
• Protocol transparency
• Supports all services 9.95 11.09 Gbit/s
• 10 GbE WAN and LAN, 10G FC, STM-64/OC-192 or FEC
  encoded STM-64/OC-192
• No provisioning needed
• Self-configuring
• OPEX savings
• Optical Performance Monitoring
• Pro-active performance monitoring
• Full 3R regeneration for all protocols
• Re-amplify, Re-shape, Re-time
• Protocol change requires no manual work
• Line loop and Client loop available

25
CWDM PtoP
No manual configuration needed !!!
CWDM Point to Point

• CWDM point-to-point. Can be upgraded hit-less to
  a C/DWDM hybrid configuration capable of carrying
  up to 16x10G
• STM-16 (or GE, STM-4, FC, 2GFC etc.) using 7700
  protocol transparent transponder in combination
  with 8141 411ch CWDM Mux/Demux
• No manual configuration needed. Simply power up
  the system, plug in the units, and needed patch
  cords.
• 1310nm band available

26
CWDM PtoP Cont. C/DWDM Hybrid
C/DWDM Hybrid Point to Point

• To enable 10G 8830 DWDM Mux/Demuxes and 7900
  protocol transparent transponders are added to
  the configuration. The upgrade port of the 8141
  contains CWDM wavelengths 1510, 1530, 1550 and
  1570nm, thus can the 8830 DWDM Mux/Demux be
  connected as the DWDM wavelengths of the 8830
  fits into CWDM wavelength 1550.
• Hitless upgrade
• Possible to add amplifiers in between the 8141
  and 8830
• 1310nm band available

27
Transponder Units
Line TRX
Line TRX
Line TRX
3R
3R
3R
Client TRX
Client TRX
Client TRX
28
5400 MuxPonder
5400 C/DWDM Muxponder

• Pluggable Optics (SFP)
• Maximises flexibility
• Simplifies spares management
• Two different versions
• 5400/03 2xGE with PM Lite , Utilization and loop
  functions
• 5400/02 2xFC
• No provisioning needed
• Self-configuring
• OPEX savings
• Optical Performance Monitoring
• Pro-active performance monitoring
• Low cost mapping
• 2.5 Gb/s 8B/10B
• TDM Aggregation
• Low cost
• Very low latency

29
GE Backhaul
No manual configuration needed !!!
GE Backhaul

• 5400 MuxPonder (2 x GE on to one wavelength) is
  used together with CWDM Mux/Demuxes to create a
  GE backhaul ring configuration.
• Each wavelength is shared in between two nodes.
• Enables larger ring configurations.
• The 5400 supports both 1310 SM and 850 MM
  clients, as well as electrical clients (100Base-T
  and 1000Base-T).
• 1310nm band available

30
5500 MuxPonder
5500 CWDM Muxponder

• Pluggable Optics (SFP)
• Maximises flexibility
• Simplifies spares management
• Supported client protocols
• ESCON
• FE
• STM-1
• ETR
• E3 / E4
• Optical Performance Monitoring
• Pro-active performance monitoring
• Low cost mapping
• 1.25 Gb/s 8B/10B
• TDM Aggregation
• Low cost
• Very low latency

31
MuxPonderModular Architecture
8 x STM-1/ESCON/ETR/FE
GE 4 x STM-1/ESCON/ETR/FE
32
5800 4xGbE MuxPonder
5800 C/DWDM 4G Muxponder

• Pluggable Optics (SFP)
• Maximises flexibility
• Simplifies spares management
• Three different modes
• 4G Mode (4xGE with protection)
• 2.5G Mode (Double 2xGE)
• 2.5G/4G Regeneration Mode
• No provisioning needed
• Self-configuring (4G mode)
• OPEX savings
• Embedded Management Channel
• - NMB 6003 required
• Optical Performance Monitoring
• Pro-active performance monitoring
• TDM Aggregation
• Low cost
• Low latency

33
PtoP
Point to Point
No manual configuration needed !!!

• 4xGE on one fiber pair.
• Embedded Management Channel (NMB 6003 required)
• No manual configuration needed. Simply power up
  the system, plug in the units and needed patch
  cords.

34
CWDM PtoP with regen. node
PtoP with regeneration node

• 8xGE on one fiber pair.
• Embedded Management Channel (NMB 6003 required)

5800 with 4G regen support May 2008
35
GE Backhaul
5800 with 2.5G support May 2008
GE Backhaul

• 5800 MuxPonder in 2.5G Mode (Double 2 x GE on to
  one wavelength) is used together with CWDM
  Mux/Demuxes and OADMs to create a GE backhaul
  ring configuration.
• Each wavelength is shared in between two nodes.
• Enables larger ring configurations.
• The 5800 supports both 1310 SM and 850 MM
  clients, as well as electrical clients (100Base-T
  and 1000Base-T).
• Embedded Management (NMB 6003 required)

36
MuxPonder Units
37
EDFA Preamp
2610/01 EDFA Preamp

• 28 dB power budget for 2.5 Gb/s systems
• 18 dB power budget for 10Gb/s systems (40km XFP)
• 16 DWDM channels (Band A B)
• Transparent to CWDM 1510 nm (OSC)
• Supports 7400, 7700, 7900 and 5400
• Supports 40km Dispersion Compensation
• Only parameter to set is Gain
• Calculated from link power budget
• Monitor port at EDFA output
• 1 tap
• Facilitates troubleshooting

38
Preamp / Booster
OA17 / OA20 Optical Amplifier (Feb/Mar -07)

• Separate rack and Management
• 34.5 dB power budget for 8ch 10Gb/s systems
  (OA20)
• 31 dB power budget for 16ch 10Gb/s systems (OA20)
• 16 DWDM channels (Band A B)
• Supports 7400, 7700, 7900 and 5400
• Supports up to 80km Dispersion Compensation

39
Dispersion Compensator
40
Passive Units
Passive Mux/Demux Units

• Mux/Demuxes, OADMs and Duplexers
• Mux and Demux in same unit
• 16 CWDM 24 DWDM channels
• 4 or 8 channels per module
• Optical Monitor port
• 2 tap
• Facilitates troubleshooting
• Identified by NMB through PID
• Can be located outside Sub-rack
• Does not need electrical power for operation
• Not seen in ENM in this case
• 1u passive holder with two slots available
• 9320 Passive PIU Holder

41
8 Channel CWDM Mux/Demux
8133 81 Channel Mux/Demux

• Mux/Demux for CWDM ch 1-8 with 1310 nm port
• 2 monitor tap on outgoing signal
• Mux and Demux in same unit

Insertion Loss (Mux Demux)
42
4 Channel CWDM Mux/Demux
4 Channel Granularity

• 8130 CWDM ch 1-4
• 4 channels (ch 1-4)
• 8131 CWDM ch 1-4 and 2 upgrade ports
• 4 channels (ch 1-4)
• Upgrade port for ch 5-8
• Upgrade port for 1310 nm (ch 9-16, OSC or legacy)
• 8140 CWDM ch 5-8
• 4 channels (ch 5-8)
• 8141 CWDM ch 5-8 and 2 upgrade ports
• 4 channels (ch 5-8)
• Upgrade port for ch 1-4 or DWDM
• Upgrade port for 1310 nm (ch 9-16, OSC or legacy)

Insertion Loss (Mux Demux)
43
4 Channel CWDM Bidirectional Mux/Demux
8230 Single Fibre

• Mux/Demux for Single Fibre Working
• Transmit/Receive on same fibre (not pair)
• Units used in pairs 8230/x1 and 8230/x2
• 4 Channels over 8 Wavelengths
• Tuned for maximum reach (80km)
• Compensates wavelength dependent fibre
  attenuation
• Two different versions with different wavelength
  design
• 8230/01 and 8230/02
• 8230/11 and 8230/12, compatible with single fiber
  working filters in TM-series

Insertion Loss (Mux Demux)
44
CWDM OADM
87xx/01 Dual Sided OADM

• OADMs for CWDM ch 1-8 (1550 nm band)
• Single Channel Add/Drop
• Other channels pass through

87xx/02 Single Sided OADM

• OADMs for CWDM ch 1-8 (1550 nm band)
• Insertion Loss
• Add/Drop 1.0 dB
• Pass through 1.0 dB
• Add and Drop in one direction only (East or West)

Insertion Loss (Mux Demux)
45
8 Channel DWDM Mux/Demuxes
8830, 8831, 8832 DWDM Mux/Demuxes

• Mux/Demuxes for DWDM
• 8830 for band A with upgrade port for band B
• 8831 for band B
• 8832 for band C

Insertion Loss (Mux Demux)
46
2501 Optical Protection Unit
2501 Optical Protection Unit

• 11 Protection with fast switching
• Switches between working and protecting lines in
  case of fibre cut
• Time from failure to restored traffic is well
  below 50 ms benchmark
• Protection Options
• Line - all services protected together (P2P)
• Client - services protected individually
  (Multi-point)
• Both lines are monitored
• Latching switch mechanism
• Switch maintains its position if power is lost
• Supports all transmission options
• CWDM, DWDM, Hybrid and Aggregated

47
Node Management Board
NMB 6001 / 6003

• Based on Linux
• SNMP interface
• HTTP server for element management
• FTP server for software download
• Firewall for high security
• Multiple-user/privilege
• Hot-swap detection
• Built-in Alarm and Event logs
• CLI (local /remote)
• Console port for on-site use
• Ethernet port (10/100BaseT)
• External alarm inputs
• SSH / HTTPS (NMB 6003)
• Embedded Management Support (NMB 6003)

48
Optical Supervision Channel
2204 OSC Unit

• Two different versions
• 1510nm CWDM, power budget 29dB
• 1310nm band, power budget 33dB
• Four Ethernet ports (10/100BaseT)
• Link Status

49
TNM
Transmode Network Manager, TNM

• Support for all Transmode platforms
• TM-Series
• TS-Series
• Client Communication
• Supports up to 20 simultaneous Clients
• Node Communication
• SNMP
• Scheduled PM data retrieved using XML over ftp
• Java-based
• Can be installed on Windows, Solaris or Linux
  workstations
• SQL Database
• Stores scheduled PM reports and node,
  sub-network and circuit information
• Northbound Interface
• Communicates with higher layer Operations Support
  or Network Management Systems using XML over ftp
• SNMP to be added

• Inventory
• Equipment list and view
• Network upgrade
• Centralized, simultaneous, upgrade of all nodes
  in a network (SW and FW)
• Service mode indication

• Graphical topology view of physical network
• Fault Management Alarm Correlation
• Network fault information
• End-to-end optical circuit management
• Alarm Acknowledgement
• Active alarms are kept in the alarm list

50
Thank you!

• www.transmode.com