Filter
Top Products
MPLS Features
> LER and LSR
> Generic label (“shim header”) and
label control ATM (VPI/VCI)
> LSP signaling, RSVP-TE, LDP DoD,
LDP-DU and CR-LDP
¬ explicit route reservation
(and alter
nate explicit route)
¬ resource reservation
> Non-stop MPLS signaling, LDP graceful
restart
> Dynamic LSP and provisioned/static LSP
> CSPF for RSVP-TE
> LSP tunnels (BGP and IGP shortcuts)
> End-to-end LSP protection (FRR)
> Multiple parallel LSPs
>
Hitless “make before break”
LSP modification
> Directed ping and traceroute over MPLS
> LSP ping and traceroute
> ATM/MPLS mediation
> IPv6 tunneling over MPLS (6PE)
> Source-based forwarding to MPLS LSPs
> Network layer OA&M: MPLS ping
and traceroute
> Service layer OA&M: PW VCCV
ATM Features and Performance
> CBR, 2 x rt-VBR, 3 x nrt-VBR,
ABR and UBR with MDCR (UBR+)
> As per Telcordia GR-1110-CORE,
GR-1248-CORE, ATM Forum TM4.0
and ITU-T I.371; VS/VD and full ABR
as per ATM Forum TM4.0, including
ER marking
> PNNI, AINI, B-ICI v.2.0, ILMI 4.0,
UNI 3.1, UNI 4.0, Q.2931 and
Q.2961 signaling
>
UNI ser
vices from DS-1 through
OC-48/STM-16
> 3,000 SVC calls per second (sustained)
– equivalent to 10 million BHCAs
> 768,000 connections
>
Signaling congestion control
> ATM Forum policy-based routing
> PNNI QoS routing
> PNNI-H (hierarchy)
> NCCI
>
SVCs and SVPs
>
S-PVCs and S-PVPs
> S-PVC operator-directed routing
> Point-to-point and point-to-multipoint
PVCs, SVCs and S-PVCs
>
Logical multicast
>
S-PVC hitless connection moves
> Test access connections
> ILMI address registration
> ATM Forum PNNI path and
connection trace
>
Closed user groups
>
Address screening and address
translation
> Efficient support of real-time traffic
(CBR and rt-VBR)
> Explicit rate and virtual source/
virtual destination support for ABR
> Virtual path aggregation
> OA&M performance monitoring
> OA&M round trip delay
System Reliability
and Redundancy
> Hitless software upgrades
> Hardware redundancy: common control,
data plane fabric, control plane fabric
(separate from data), line and I/O
cards, power, cooling, synchronization
and management
> Control redundancy: 1+1 redundant
call processing, billing, routing, network
data collection and node control
> Non-stop routing for BGP, OSPF and IS-IS
> Non-stop RSVP-TE signaling
> Hot standby for PNNI routing and
signaling
> Non-stop IMA
> APS
> IEEE 802.3ad link aggregation
on GigE line card with LACP
>
F1- to F5-level OA&M functions
>
Circuit, equipment and line loopbacks
> Background and directed diagnostics
for fault isolation
> Performance monitoring with threshold
crossing alerts
>
EAC
> Alarm logs and remote alarm signaling
> Operational and diagnostic LED displays
> Network inventory support from
Alcatel 5620 NM
Network Management
> Management of VPs, VCs, LSPs and
IP service interfaces through Alcatel
5620 NM, or local management
interface (i.e., CLI)
>
Point-and-click provisioning
>
Centralized alarm management with
audible and visual alarm notification
> Centralized software management
administration
>
Router configuration templates
>
Dynamic routing protocol configuration
> IP diagnostics (ping and traceroute)
> Automatic discovery of equipment
additions, deletions and changes
> Sophisticated link and path management
> Extensive performance data for SLAs
and billing capabilities based on
AMA records
> Multiple graphical displays of
performance data
> Open interfaces at network and service
levels for maximum business automation
> SNMP support
¬ MIB II as per RFC 1213
¬ interface table MIB as per RFC 1573
¬ SONET MIB as per RFC 1595
¬ DS-3/E3 MIB as per RFC 1407
¬ ATM interface MIB as per RFC 1695
¬ ILMI MIB as per ATM Forum UNI v3.1
¬ enterprise MIB for PVC and S-PVC
setup
¬ frame relay services MIB
¬ call routing statistics MIB
¬ IPv6 MIB
Scalable Architecture
In-service system expansion
> Switching fabric scales from 50 Gb/s
to 450 Gb/s (full duplex, redundant,
APS enabled)
>
Single nodal entity (i.e., one logical
management interface)
> Parallel, redundant optics used to
interconnect shelves, integrated
on common control
Peripheral shelf (PS)
>
Single PS can be deployed as a stand
-
alone 50 Gb/s Alcatel 7670 RSP system
> 14 universal, multiprotocol IP/MPLS/
ATM slots, each supporting 2.4 Gb/s
user I/O, per PS
> Mid-plane design enables combinations
of different optical I/O per line card
> Optimized per-PS configuration enables
APS in all slots with zero fabric con
-
sumption for redundant cards
Switching shelf (SS)
> Fabric scales to 450 Gb/s
(full duplex) providing 320 Gb/s
user I/O (full duplex)
>
Enables 14 additional PSs to be
added (15 in total)
Edge services extender shelf (ESE)
>
Extends Alcatel 7670 RSP multiprotocol
capabilities to low-speed, multiservice
interfaces
> Subtended from PS via standard ATM
NNI STM-4/OC-12c or STM-1/OC-3c
interface
> Also deployable as a standalone
3.2 Gb/s multiservice switch
> 12 universal, multiservice slots,
each supporting channelized and
unchannelized interfaces up to
STM-1/OC-3
> two high-speed slots for STM-4/OC-12c
or multiport STM-1/OC-3c
Interfaces
Any service, any port
> Concurrent POS and ATM channels within
OC-48/STM-16 and OC-12/STM-4
interfaces (channelized to STS-1/DS-3)
> IP forwarding, MPLS and ATM switch-
ing supported in ATM channels
> IP forwarding, MPLS and ATM
mediation supported in POS
channels
> Bridged and Routed Encapsulation
(RFC 2684)
> Shor
t-, inter
mediate- and long-reach
optics
Gigabit Ethernet
> Per VLAN configuration for access
to Layer 3 service or as an endpoint
to Layer 2 service
>
Layer 2 network inter
working with
Ethernet over ATM, Ethernet over MPLS
> Layer 2 service interworking: Ethernet
VLAN to frame relay/A
TM VC
> Short-, intermediate- and long-reach
optics
Low speed, multiservice
>
A
TM IMA v1.1 and v1.0
> Frame relay and MLFR
>
Circuit emulation: private line,
TDM over packet
> Voice over packet (AAL2)
> 10/100 Ethernet
Alcatel 7670 RSP | Release 6.2
ALCA
TEL
> 3