Cisco PRISMA II XD User manual

One Sheet

High-density optical platform improves performance, lowers costs and

increases reliability.

The Prisma II™XD High Density optical platform provides network operators with unique

features that enable the deployment of a carrier-class network. Advanced features, such as

the highest module density in the industry, rugged construction and a unique design

optimized for easy module insertion, setup, and administration, make the Prisma II XD High

Density platform the key to increased network reliability, scalability and more cost-effective

deployments. The Prisma II XD has been designed to exclusively house and manage the

high density modules in a low profile 3RU chassis– without the need for an additional host

module.

Large-scale forward-path or reverse-path deployments need the versatility and

performance of Cisco’s Prisma II XD platform. It can house 16 modular optical transmitters

or receivers in a 3RU chassis for considerable density advantages.

Cisco’s solution results in:

•Superior Headend/Hub rack space efficiency

•Increased network reliability

•Lower maintenance costs

•Higher RF output levels

•Elimination of most reverse headend driver amplifiers

•Improved performance, low costs, and increased reliability

Prisma II XD High-Density Optical Platform

One Sheet

G1672B

©2007-2008 Cisco Systems, Inc. All rights reserved. Product features subject to change without notice. Cisco, Cisco Systems, the Cisco logo, the Cisco Systems logo, Scientific Atlanta, and Prisma II are

registered trademarks or trademarks of Cisco Systems, Inc. and/or its affiliates in the U.S. and certain other countries. All other trademarks mentioned in this document are the property of their respective

owners.

Scientific Atlanta, Inc.

5030 Sugarloaf Parkway

Lawrenceville, GA 30042-5447 USA

Tel: 770.236.5092

Contact: [email protected]

www.scientificatlanta.com

Prisma II XD Chassis features:

Chassis height is only 3RU; houses up to 16 high density modules

•Highest density optical transport chassis in the industry

•5.3 transport modules per 1RU of rack space

•Compatibility with the Prisma II HD modules

AC or DC powered

•Two slots on the rear of the chassis for AC modules – modules

are field replaceable, redundant and load sharing

•DC power can be wired directly to the chassis without the need

for a power supply module – reduces deployment costs;

redundant power connections provide power sharing from

chassis-to-chassis

All RF connections are made in the rear of the chassis

•RF connections for each module are made by a high-reliability

blind-mate connection on the inside backplane – no need to

physically connect the RF cables to each module; very easy to

plug-and-play

All optical connections are made in the front of the chassis

•Laser modules are designed with optical bulkheads at a 45

degree angle for eye protection as well as for improved fiber

management

•A fiber trough has been designed into the front of the chassis

for improved fiber management

•A dedicated access conduit has been designed into the

chassis to help route fiber from the front and rear of the chassis;

integrated fiber puller

A local craft port is provided on the front of the chassis for

convenient installation setup.

The communication connections are located at the rear of the

chassis; IN/OUT connections include the Element Management,

the ICIM, and the alarm contact closure block.

Three field replaceable fans on the rear of the chassis; the system

can run on two fans in the event of a single fan failure.

Excellent thermal design yields superior power efficiency,

operating at approximately 54 watts per rack unit

•Each high density modules dissipates approximately 7.5 Watts.

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