Alcatel-Lucent 1850 TSS-320 - Manual (Page 2)

Alcatel-Lucent 1850 TSS-320 | Release 3 | Data Sheet 2
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
• Efficiently aggregates and grooms
metro and long- haul transport
• Simplifies 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