Alcatel-Lucent 1850 TSS-320 User manual

Alcatel-Lucent
Brand
Alcatel-Lucent
Model
1850 TSS-320
Category
Network switches
Type
User manual

Alcatel-Lucent 1850 TSS-320 is a next-generation, Packet-Optical Transport platform that supports any mix of traffic, from all-circuit to all-packet.

Key Features

  • Switches packets or circuits in their native format
  • Accommodates any traffic mix, from all-circuit to all-packet
  • Offers TDM and packet line cards for technology-specific processing
  • Delivers multidegree ROADM functionality
  • Supports a broad range of applications, such as triple play services, business Ethernet and mobility backhaul

Benefits

  • Simplifies network planning using ROADM and WDM
  • Switches any combination of packets and circuits in their native formats using a single platform

Alcatel-Lucent 1850 TSS-320 is a next-generation, Packet-Optical Transport platform that supports any mix of traffic, from all-circuit to all-packet.

Key Features

  • Switches packets or circuits in their native format
  • Accommodates any traffic mix, from all-circuit to all-packet
  • Offers TDM and packet line cards for technology-specific processing
  • Delivers multidegree ROADM functionality
  • Supports a broad range of applications, such as triple play services, business Ethernet and mobility backhaul

Benefits

  • Simplifies network planning using ROADM and WDM
  • Switches any combination of packets and circuits in their native formats using a single platform
Alcatel-Lucent 1850 TSS-320
TRANSPORT SERVICE SWITCH | RELEASE 3
The Alcatel-Lucent 1850 TSS-320 is a next-generation, Packet-Optical Transport platform that supports any
mix of traffic, from all-circuit to all-packet. Its unique universal matrix seamlessly switches packets or circuits
in their native format, cost effectively transforming from TDM to packets. With the Alcatel-Lucent 1850 TSS-320,
businesses can begin with circuit-based transport and, over time, gradually ramp up packet transport by simply
changing line cards. The Alcatel-Lucent 1850 TSS-320 supports current traffic requirements while eliminating
the scalability issues encountered when traditional multiservice provisioning platforms are confronted with the
high growth of packet-based traffic.
The Alcatel-Lucent 1850 TSS-320 offers
the flexibility to split increasing traffic
demands among any combination of
carrier Ethernet, Transport MPLS
(T-MPLS), wavelength division multi-
plexing (WDM), optical data unit (ODU)
and SDH/SONET transport technologies.
It offers powerful cross-layer network
management and a unified control
plane, simplifying operations and
reducing the total cost of ownership.
Features
• Unique,universalswitcharchitecture
¬ Switches packets or circuits in their
native format
¬ Accommodates any traffic mix,
from all-circuit to all-packet
¬ Offers TDM and packet line cards
for technology-specific processing
• Fullyintegratesphotonic,optical
and data layers
¬ Any transport-technology mix
¬ Carrier Ethernet service through
T-MPLS for standards-based
connection-oriented packet
transport
¬ SONET/SDH Optical Transport Hi-
erarchy (OTH) switching, including
HO/LO STS and VC switching
¬ Very Long Haul (VLH)/Ultra Long
Haul (ULH) support
¬ ATM pseudo-wire transport and
gateway functions
¬ Dense and coarse WDM (DWDM/
CWMD)
¬ Transport-oriented operations,
OAM and G-MPLS
• DeliversmultidegreeROADM
functionality
¬ Recongurable44x10Gchannel
DWDM
¬ Wavelength selective switch (WSS)
1 x 9 ports
¬ MeshcapableROADMupto
8 degrees
Alcatel-Lucent 1850 TSS-320 | Release 3 | Data Sheet2
Benefits
• Switchesanycombinationofpackets
and circuits in their native formats
using a single platform
• Fullyscalespackettransport,smoothly
progressing from all-circuit to all-
packet, allowing service providers to
transform networks to packet
transport
• Efcientlyaggregatesandgrooms
metro and long- haul transport
• Simpliesnetworkplanningusing
ROADMandWDM
• Reducestotalcostofownershipand
simplifies operations through cross-
layer network management and
unified control plane
• Supportsabroadrangeofapplica-
tions, such as triple play services,
business Ethernet and mobility
backhaul
Technical specifications
Alcatel-Lucent 1850 TSS-320
system 1850 TSS-320 subrack
• 16slots,20Gb/sperslot:32half
slots,10Gb/sperhalfslot
• Two320Gb/sprotectedswitching
fabrics
• Twoprotectedcontrollers
• Protectedpowersupply
• Uptotwosubracksinastandard
ETSI or ANSI rack
Interfaces
• Datacards
¬10xGigabitEthernet(GE)
packet module, Small Form-Factor
Pluggable (SFP)
¬10GEpacketmodule,10Gb/s
Form-Factor Pluggable (XFP)
¬ Multiservice packet over
SONET/SDH(PoS)packet
module (portless)
¬ ATM gateway packet module
(portless)
• SONET/SDHcards
¬1xOC-192/STM-64:XFP
¬4xOC-48/STM-16:SFP
¬8xOC-3-12/STM-1-4:SFP
¬10xanyportcard:adata/TDM
concentrator:SFP
¬ 1 x optical transport unit
(OTU)-2:10Gb/sbidirectional
transponder, tunable optics
• VLH/ULHcards
¬10Gb/sbooster+10dBm
¬10Gb/spre-amp+10dBm
• CWDMcards
¬CWDM:multiplexer/
demultiplexer(MUX/DEMUX)
¬CWDMopticaladd/drop
multiplexer (OADM)
¬ CWDM transponder
• FixedOADM(FOADM)DWDM
cards (packs)
¬8channelsMUX/DEMUX,
L1 band
¬8channelsMUX/DEMUX,
L2 band
¬Opticalamplifier22/917dB
¬10Gtransponder,clientand
linepluggable:XFP
• ROADMDWDMcards(packs)
¬ Optical protection switch
¬ DWDM ROADM Wavelength
Router
¬DWDMtransponder:
tunable line optics, XFP client
¬DWDMMUX/DEMUX
¬ DWDM amplifier
Service level agreement
(SLA) management
• Trafficprofiles
¬Bandwidthguaranteed
¬Regulated:minimumbandwidth
guaranteed plus burst
¬Besteffort
•Hitlesstraffic-profilemodification
• Metering
¬SingleRateTokenBucket:
RFC2697
¬DualRateTokenBucket:
RFC 2698
¬ IETF and Metro Ethernet Forum
(MEF) Metering, Policing and
Marking
¬ Color-blind and color-aware,
based on Ethernet priority bits
Ethernet functionality
• Ethernetprotocol:802.3
• EthernetMediaAccessControl
(MAC) autolearning and aging
• Ethernet-MACstaticconfiguration
• AccessControlList(ACL)
• VirtualLAN(VLAN)push,pop,
swap:servicedelimiting
• Ethernetvirtualbridging:802.1Q
• Ethernetproviderbridging:802.1ad
• QinQ
• RapidSpanningTreeProtocol
(RSTP) and Multiple Spanning Tree
Protocol (MSTP)
• Linkaggregation
• Jumbo-framemanagement
• Y.1731/802.1agOAM:continuitycheck
(CC),linktrace(LT),loopback(LB)
• 802.3ahOAM:Ethernetinthefirst
mile (EFM)
• EightQualityofService(QoS)classes
• TwolevelsQoS(perclass,per
transport service)
• Ethernetflow,Red/Green/Yellow
(RGY)counters
• L2controlprotocolfiltering/tunneling
• MEF9and14certified:EPL,EVPL
and E-LAN
Ethernet traffic classification
• Port
• EthernetVLAN
• Ethernetprioritybits
• IPv4differentiatedservicescode
points (DSCP)
•EtherType
• MPLSExpbits
Ethernet forwarding criteria
• Port
• PortplusMAC
• PortplusVLAN
• PortplusMACplusVLAN
• PortplusMACplusVLANplusPriobits
• Unicasttraffic
• Multicasttraffic
• Broadcasttraffic
IGMP functionality
• InternetGroupManagement
Protocol(IGMP)snooping
• IGMPproxy
• IGMPfastleave
ATM functionality
• Pseudo-wireemulationedgeto
edge(PWE3):ATM-PWE3gateway
• OC3/STM-1ATMunchannalized
•ATMvirtualpathidentifier/
virtualchannelidentifier(VPI/VCI)
N:1mappingwithPWE3static
configuration
• ATMQoS,OAMF4,F5:PWEOAM
T-MPLS functionality
• Dataplane:T-MPLS,MPLS
• T-MPLSOAM:CV,automatic
protection switching (APS),
Forward Defect Indication (FDI)
• TunnelLinearProtection1:1
• Ethernetline(E-line),EthernetLAN
(E-LAN) and Ethernet Tree (E-Tree)
SONET/SDH functionality
• Cross-connection
• Termination
• EthernetmappingoverSONET/SDH
¬Genericframingprocedure
(GFP,G.7041)
• Virtualconcatenation
• Linkcapacityadjustmentscheme
(LCAS)
•Performancemonitoring
• HOandLOcapabilities
DWDM functionality
• Nodeconfigurations
¬ Terminal
¬ In-line amplifier (ILA)
¬ Optical add-drop multiplexer
(OADM)
¬ ROADM
•Networkconfigurations
¬ Point-to-point
¬ Linear
¬ Ring
¬ Mesh with multidegree
capability:2,4or8
Alcatel-Lucent 1850 TSS-320 | Release 3 | Data Sheet 3
Protection
• Ethernetnetworkprotection
¬RSTP:802.1w
¬MSTP:802.1s
¬ Link aggregation
• T-MPLSnetworkprotection
¬TunnelLinearProtection1:1
•SONET/SDHnetworkprotection
¬Single-anddual-endedAPS1+1
¬ Subnetwork Connection Protocol
(SNCP), unidirectional path-
switchedring(UPSR)
¬ Multiplex Section-Protection Ring
(MSPRING)2Fbidirectionalline
switchingring(BLSR)
•Equipmentprotection
¬ Power protection
¬ Controller protection
¬Universalswitchprotection
GMPLS control plane
• T-MPLStunnelsetup
• TDMHOpathsetup
Management
• Alcatel-Lucent1350Optical
Management System (OMS)
• TL1
• Zero-installation
craft(ZIC)terminal
• SimpleNetworkManagement
Protocol (SNMP)
• Commandlineinterface(CLI)
• SecureShell(SSH)v2/SecureSocket
Layer (SSL) for secure connection
Physical specifications
ANSI
Dimensions: 1850 TSS-320 subrack
• Subrackdimensions
¬Height:624mm(24.6in.)
¬Width:532mm(20.9in.)
¬Depth:304.8mm(12.0in.)/
355.6 mm (14.0 in.)
• Designedtobeinstalledin
a standard ANSI rack
¬Height:2.13m(7ft)
¬Width:660.4mm(26.0in.)
¬Depth:304.8mm(12.0in.)/
355.6 mm (14.0 in.)
Power and cooling
• Powersupply:DCfeed(-48VDC
nominal)
• Powersupply:-58V
• Powerconsumption:upto3500W
• Cooling:forcedair
Environmental
• Operatingtemperature:
-5°Cto+45°C(23°Fto113°F)
• Relativehumidity:
0% to 90%, non-condensed
Regulatory compliance
• CEandULcertification
• NEBSlevel3
• FCCpart15classA
ETSI
Dimensions: 1850 TSS-320 subrack
• Subrackdimensions
¬Height:624mm(24.6in.)
¬Width:532mm(20.9in.)
¬Depth:288mm(11.3in.)
• Designedtobeinstalledin
a standard ETSI rack
¬Height:2.20m(86.6in.)
¬Width:600mm(23.6in.)
¬Depth:300mm(11.8in.)
Power and cooling
• Powersupply:DCfeed
(-48 V DC nominal)
• Powersupply:-65V
• Powerconsumption:upto3500W
• Cooling:forcedair
Environment
• Operatingtemperature:
-5°Cto+45°C(23°Fto113°F)
• Relativehumidity:0%to90%,
non-condensed
Regulatory compliance
•CEcertification
• Operatingconditions:
ETS 300 019, Class 3.2
•Storageconditions:
ETS 300 019, Class 1.2
•Transportationconditions:
ETS 300 019, Class 2.2
• Electrostaticdischarge(ESD)/
electromagnetic compatibility
(EMC):ETS300386“Telecommuni-
cations Center”
www.alcatel-lucent.com Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo
are trademarks of Alcatel-Lucent. All other trademarks are the property of their respective owners.
The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility
for inaccuracies contained herein. Copyright © 2008 Alcatel-Lucent. All rights reserved.
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Alcatel-Lucent 1850 TSS-320 User manual

Alcatel-Lucent
Brand
Alcatel-Lucent
Model
1850 TSS-320
Category
Network switches
Type
User manual

Alcatel-Lucent 1850 TSS-320 is a next-generation, Packet-Optical Transport platform that supports any mix of traffic, from all-circuit to all-packet.

Key Features

  • Switches packets or circuits in their native format
  • Accommodates any traffic mix, from all-circuit to all-packet
  • Offers TDM and packet line cards for technology-specific processing
  • Delivers multidegree ROADM functionality
  • Supports a broad range of applications, such as triple play services, business Ethernet and mobility backhaul

Benefits

  • Simplifies network planning using ROADM and WDM
  • Switches any combination of packets and circuits in their native formats using a single platform
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