Alcatel-Lucent 1850 TSS-320 Switch User Manual


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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.1731/802.1agOAM: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
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