Lucent Technologies CBX 3500 User Manual

CBX 3500™ Multiservice

Edge Switch

Meet the demanding service requirements for the multiservice edge. The CBX 3500™
Multiservice Edge Switch maximizes the profitability of ATM, Frame Relay, and private line
services while adding new services and converging multiple services over an MPLS core. This
scalable, flexible switching system delivers high-performance Layer 2 and Layer 3 services with
unmatched field-proven, carrier-class reliability and availability. The CBX 3500™ switch
optimizes your network with increased port densities, standards-based interworking, universal
input/output modules, and module sharing with the CBX 500®Multiservice Switch. The CBX
3500™ platform also reduces operating costs by seamlessly integrating into Lucent multiservice
networks using existing MXOS™ operating software and Navis®network management.

Applications

• Scale profitable ATM, Frame
Relay (FR), and private line
services at lower prices

• Add new revenue-generating
IP/MPLS and Ethernet services
through cost-effective
multiservice capabilities

• Converge and interwork
multiservice traffic over an
MPLS core

Features

• Industry-leading port densities
and low price per port

• Multiservice (ATM, IP/MPLS,
Ethernet) interfaces ranging
from Channelized DS0 to
OC-48c/STM-16c

• Universal Input/Output Modules

• Fully redundant hardware, control,
and power components; 1+1 APS
or N:1 redundancy protection

• Non-service impacting software
upgrades

• Module sharing with CBX 500

®

switch

• Hot swappable components

Benefits

• Cost-effectively grows existing services and adds new services

• Converges and interworks multiple services across an IP/MPLS core while
preserving QoS and SLAs

• Delivers all services with unprecedented field-proven, carrier-class
reliability and availability while dramatically reducing costs

• Simplifies network management and reduces operating costs with Navis

®

network management software

• Integrates seamlessly into existing Lucent multiservice networks

Technical Specifications

Description Specifications

1.Protocol Features Supported

ATM

UNI 3.0, 3.1, 4.0, 4.1, and TM 4.1, IISP, PNNI v1.1, H-PNNI, B-ICI, ATM Forum
IMA v1.0 and 1.1, Resilient UNI, Fast APS, APS trunk backup, PVC redirect

Frame Relay

FRF.5 and FRF.8-ATM network and service interworking, FRF.16.1 Multilink Frame
Relay (MFR), Subrate DS3, RFC1490 Translation FRAD, UNI (DTE and DCE), NNI,
Priority Frame, SVCs, RLMI, FRF.12, FRF.13, FRF.18, FRF.19

Ethernet/IP/MPLS

BGP-4, OSPF, RIP, Static, MOSPF, DVMRP, IGMP, PPP (RFC 2917), Packet over SONET
(POS), MP-iBGP, OSPF-TE, RSVP-TE, LDP, PWE3 encapsulation, 10/100 Mbps, GigE,
VLAN (2 levels), service interworking of Ethernet with FR or ATM over MPLS or ATM
core, Ethernet to ATM interworking (RFC24a), Ethernet to FR Interworking Bridged
mode (RFC 2684), 802.3 Ethernet-like MIB (RFC 2684)

Specifications are subject to change
without notice. Contact your Lucent
representative for information on
availability and upgrades. Lucent
reserves the right to change, modify,
transfer or otherwise revise this
publication without notice.

To learn more about our comprehensive
portfolio, please contact your Lucent
Technologies Sales Representative,
Lucent Business Partner or visit
our web site at
http://www.lucent.com/solutions/
core_switching.html.

CBX 500, Navis and VitalSuite are
registered trademarks of Lucent
Technologies Inc.

CBX 3500 and MXOS are trademarks of
Lucent Technologies Inc.

NEBS is a trademark of Telcordia
Technologies

UL is a registered trademark of
Underwriters Laboratories

This document is for planning purposes
only and is not intended to modify or
supplement any specifications or
warranties relating to Lucent
Technologies products or services.

Copyright © 2004
Lucent Technologies Inc.
All rights reserved.

MSS v1.0604

2.Interface Cards

Universal Input/Output Modules (ATM, POS, GigE)

• 24-port DS3 ATM IOA • 1-port OC-48c/STM-16 ATM/POS IOA

• 16-port OC-3c/STM-1 ATM IOA • 2-port GigE (R10)

• 4-port OC-12c/STM-4 ATM/POS IOA

ATM Input/Output Modules

• 4-port OC3/STM1 ATM* • 3-port Ch DS3/1 ATM w/ IMA*

• 8-port DS3 ATM* • 60-port Ch T1/E1 Circuit Emulation*

• 1-port Ch STM-1/E1 ATM w/ IMA*

FR/IP/Ethernet Input/Output Modules

• 6-port Ch DS3/1/0 Frame Relay with MFR* • 8-port DS3 Subrate Frame Relay*

• 32-port E1 Frame Relay with MFR* • 4-port 10/100 Ethernet*

*Module shared with CBX 500®switch

3.System Architecture

4.Network Synchronization
External/Internal Stratum 3 timing, line timing, loop timing, holdover, and free-running

5.Operations, Administration and Maintenance
Internal, external, and line loopback, Alarm and trap monitoring, path trace,

F4 & F5 OAM cells (loopback)

6.MXOS™ Multiservice Switch Operating Software
Carrier-class, hardened software provides superior switch reliability and network

scalability; IP/MPLS Feature Pack available for IP service delivery

7.Navis

®

Network Management

• End-to-end layer 2 provisioning via Navis®Provisioning Manager

• Fault correlation via Navis®Fault Manager

• Performance data and reports via VitalSuite®software

• Billing and SLA management through the the Navis

®

suite of products

8.Physical Dimensions

Size: 31.5” x 19” x 19” (80.01 x 48.26 x 48.26 cm)
Weight: Less than 200 lbs (90.7 kg) fully configured
Rack Mount Options: EIA 19”or 23” midmount, CO style

9.Power Requirements
Redundant chassis power distribution system

AC Power: 120 to 240 volts AC, requires external converter
DC Power: –48 volts DC with dual power feeds; 60 Amps max
Current: 20 amps @ 120 volts AC; 60 amps max @ -48 volts DC
Thermal Dissipation: Maximum: 2880 watts

10.Environmental Conditions
Temperature: 32° F -122°F (0° C-50°C)

11.Regulatory Compliance

Environmental/NEBS™: GR-63-CORE, GR-1089-CORE
Safety: UL®1950, CAS 9590
EMC: FCC Part 15 Class A, EN55022 Class A

Technical Specifications (continued)

Description Specifications

CBX 3500™ Multiservice

Edge Switch

• 70 Gbps switching capacity, 16 slots

• Switch Processor 90 card

• Distributed routing and signaling

• Redundant processors, modules, fans,
timing and power

• Priority-based circuit routing

• Multimode LED-based interfaces