24-Fiber MPO System 10/40/100 GbE Migration Solution HIGH DENSITY EQUIPMENT PANEL (HDEP) ORDERING GUIDE

Size: px

Start display at page:

Download "24-Fiber MPO System 10/40/100 GbE Migration Solution HIGH DENSITY EQUIPMENT PANEL (HDEP) ORDERING GUIDE"

Ashlee Jenkins
6 years ago
Views:

1 4-Fiber System 10/40/100 GbE Migration Solution HIGH DENSITY EQUIPMENT PANEL (HDEP) ORDERING GUIDE

2 Table of Contents HDEP System Overview 3 HDEP 4-Fiber Interconnect System 10 Gigabit Interconnect Introduction Fiber LC- A-B Patch Cord x4 Fiber to 1 x duplex LC Module, Straight A-A/B-B... 4 Trunk, Polarity A x4 Fiber to 1 x duplex LC Module, Flipped A B/B-A and 4 RU Chassis (not shown in system diagram)... 4 Ordering Information... 5 Specifications... 5 HD 10 Gigabit Interconnect 8-Fiber HD Array... 6 x6 Module... 6 Trunk, Polarity A G Patch Cord, Polarity A and 4 RU Chassis (not shown in system diagram)... 6 Ordering Information... 7 Specifications Gigabit Interconnect 1x3 Array... 8 Module... 8 Trunk, Polarity A and 4 RU Chassis (not shown in system diagram)... 8 Ordering Information... 9 Specifications Gigabit Interconnect Introduction Patch Cord, Polarity A Module Patch Cord, Polarity B and 4 RU Chassis (not shown in system diagram) Ordering Information Specifications... 11

3 HDEP Cross-Connect System 10 Gigabit Cross-Connect Introduction Fiber LC A-B-Patch Cord x4 Fiber to 1 x duplex LC Module, Straight A-A/B-B... 1 Trunk, Polarity A x4 Fiber to 1 x duplex LC Module, Flipped A-B/B-A and 4 RU Chassis (not shown in system diagram)... 1 Ordering Information Specifications HD 10/40 Gigabit Cross-Connect Introduction Fiber HD Array x6 Module Trunk, Polarity A G Patch Cord, Polarity B G Patch Cord, Polarity A and 4 RU Chassis (not shown in system diagram) Ordering Information Specifications Gigabit Cross-Connect Introduction G Patch Cord, Polarity A x6 Module Trunk, Polarity A G Patch Cord, Polarity B and 4 RU Chassis (not shown in system diagram) Ordering Information Specifications Gigabit Cross-Connect Introduction Patch Cord, Polarity A Module Trunk, Polarity A Patch Cord, Polarity B and 4 RU Chassis (not shown in system diagram) Ordering Information Specifications... 19

System Overview 4-Fiber Trunking Solutions Bandwidth and storage demand is expanding at a breathtaking rate. The environment is rapidly evolving.

Networks will migrate from 10 to 40 to 100 Gigabit/second Ethernet speeds dynamically, and data center managers and designers need to be able to manage this

This dynamic migration demands a simple yet robust migration pathway, and successful migration starts with a simple yet robust plan.

of rack or hybrid network architectures.

upgraded simply and flexibly Unified solutions for 10, 40 and 100 GbE applications Pre-engineered paths and polarity Higher fiber utilization versus 1-fiber

4 System Overview 4-Fiber Trunking Solutions Bandwidth and storage demand is expanding at a breathtaking rate. The environment is rapidly evolving. The impact on data center design and management is profound. Networks will migrate from 10 to 40 to 100 Gigabit/second Ethernet speeds dynamically, and data center managers and designers need to be able to manage this migration to maximize efficiency and responsiveness while minimizing cost. This dynamic migration demands a simple yet robust migration pathway, and successful migration starts with a simple yet robust plan. This guide presents just such a concise and manageable plan to allow migration of infrastructure, whether it be core switching, aggregation, end of row, top of rack or hybrid network architectures. Centered around 4-fiber trunks and optical connectivity, this roadmap provides the following advantages: A single trunking format that can be replicated and upgraded simply and flexibly Unified solutions for 10, 40 and 100 GbE applications Pre-engineered paths and polarity Higher fiber utilization versus 1-fiber systems Fewer trunks Fewer connections Fewer components Standardized practices for design, installation, documentation and troubleshooting Component and trunk re-use Minimized waste of space, time and money The following pages provide this plan--designs and products for each step of your network s evolution to 100 GbE, allowing your data center strategy to become a dynamic business advantage. 10G 10G 40Gor 100G* 40Gor 100G* 100G 100G *100G implemented as 4x5G 100G implemented as 10x10G 3

10 Gigabit Interconnect Introduction The 10 Gigabit Interconnect solution, like all of the planned migration designs, begins with a 4-fiber optical trunk with a single, two-row -type connector at

These 4-fiber modules break out the trunk fibers into 1 duplex LC connections at the front of each module, supporting 144-fibers per RU.

5 10 Gigabit Interconnect Introduction The 10 Gigabit Interconnect solution, like all of the planned migration designs, begins with a 4-fiber optical trunk with a single, two-row -type connector at each end. Trunks interface with the rear of a 1 or 4 rack unit (RU) high HDEP chassis, which contains up to six 4-fiber to LC modules per RU. These 4-fiber modules break out the trunk fibers into 1 duplex LC connections at the front of each module, supporting 144-fibers per RU. Modules reside in a multi-featured HDEP chassis which provides superior cable management for both the s at the rear and LC cords at the front. HDEP chassis are stackable and available in 1 and 4 RU versions in both unmanaged and managed formats. They can be populated all at once, or added to or upgraded a module at a time in the future. The HDEP chassis also supports high density 10 Gigabit modules, as well as 40 and 100 GbE versions, allowing an upgrade path by changing the module at the front and employing existing and additional 4-fiber trunks at the rear. 3 4-Fiber Trunk A-Polarity (Type A) 4-Fiber -LC Modules 4 4-Fiber -LC Modules LC-Duplex 1 LC-Duplex 1 LC-Duplex A-B Patch Cord LC-Duplex A-B Patch Cord Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 4

6 10 Gigabit Interconnect 10 Gigabit LC- Solution Ordering Information Number Component Part Number 1 -Fiber LC A-B Patch Cord FPCTB-MDLC-D-xM Unmanaged Module, LC- Aqua, 4 fibers (1x4F rear port), straight fiber path, Optimate performance N5MP-4DLMR4AP (Right) N5MP-4DLML4AP (Left) 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 Unmanaged Module, LC- Aqua, 4 fibers (1x4F rear port), flipped fiber path, Optimate performance N5MP-4DLMR4BP (Right) N5MP-4DLML4AP (Left) N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = feet or M = meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Traceable: Standard Fiber Path: 4-Fiber Trunk: Pinned Module: Module used in Pairs: Flexible: Factory assembled and tested, 0.35 db maximum insertion loss per module Each module is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A Fiber path supports 4-fiber deployment alignment pins are maintained inside the module, reducing risk of damage during installation and use Provides proper fiber map, polarity and location of alignment pins Chassis enables superior cable management and can be stacked in standard 19-inch racks or cabinets 5

7 High Density 10 Gigabit Interconnect Introduction HDEP High Density 10 Gigabit Fiber modules also utilize 4-fiber trunks and support interconnection from 40 Gigabit switch ports that have been remotely enabled as four 10 Gigabit independent paths. QSFP ports on the switch interface via a 1x3 array to a 4 fiber trunk. This trunk connects to a 4 fiber (1 duplex LC) array at the other end, physically dividing the 10 gigabit paths to individual ports which provide LC connectivity. This component set maintains fiber paths and polarity, and provide proper fiber mapping from transmit at one end to receive at the other over a total of twelve 10 Gigabit paths. All modules are compatible with HDEP chassis, frames and hardware, and feature a highly engineered, and highly effective, cable management system. Chassis are stackable and available in managed and unmanaged versions, supporting 144 fibers per RU in a usable cabling system. 3 4-Fiber Trunk A-Polarity (Type A) 8-Way 8-Way 40G array 3 single row to one dual row 4 fiber Fiber High Density Array 1x3 Array Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 6

8 High Density 10 Gigabit Interconnect HD 10 Gigabit - Module Ordering Information Number Component Part Number 1 1x3 array MPG-1CNC40xxxF-NC HDEP Unmanaged Adapter Pack, - Aqua, (8x4F ports) N5AP-19MMS 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 Array; one 4 fiber to 1 duplex LC, OM4 MPL-1CLC40xxxF-NC N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = Feet and M = Meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Traceable: Standard Fiber Path: 4-Fiber Trunk: Pinned Module: Module used in Pairs: Flexible: Factory measured maximum 0.35 db insertion loss per module (LC-) or 0.5 db (-) Each module is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A trunks for 40 GbE Fiber path supports dual-fiber 10 Gigabit deployment via 40 Gigabit equipment connections (4x10Gbit paths per QSFP port) alignment pins are maintained inside the module, reducing risk of damage Provides proper fiber map, polarity and location of alignment pins Chassis enables superior cable management regardless of module type 7

9 40 Gigabit Interconnect Introduction For 40 GbE applications, HDEP 40 Gigabit modules provide connection from standard 4-fiber trunks with 4-fiber dual row connectors to three single row 8-fiber connectors via breakout array assemblies. Each trunk supports three 8-Fiber 40 Gigabit links, utilizing all 4 fibers of the trunk without abandoning any fibers in the trunk. Each module supports distribution of twenty-four 40 Gigabit Ethernet links. When used with pairs of arrays they provide proper fiber mapping and polarity from transmit at one end of the link to receive at the other. Modules are compatible with HDEP chassis, frames and hardware, which feature a simple, yet highly engineered cable management system. Chassis support six modules per rack unit (1 RU) or 48 total 40 Gigabit connections per RU. 3 4-Fiber Trunk A-Polarity (Type A) 8-Way 8-Way 1 1 1x3 Array 1x3 Array 1x3 Array Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 8

10 40 Gigabit Interconnect 40 Gigabit - Module Ordering Information Number Component Part Number 1 1x3 Array MPG-1CNC40xxxF-NC Unmanaged Adapter Pack, - Aqua, 19 fibers (8, 4F ports) N5AP-19MMS 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = Feet and M = Meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Standard Fiber Path: 4-Fiber Trunk: Module used in Pairs: Flexible: Management capable: Compatible with ptimate trunks and patch cords. Maximum connection insertion loss 0.5dB for 4 fiber Compatible with TIA 568-C.0- draft standard for polarity method A" trunks Fiber path supports 4-fiber deployment and 40 gigabit equipment connections. Each 4-fiber trunk supports three 8-fiber pathways without abandoning any trunk fibers Provides proper fiber map, polarity and location of alignment pins System supports use of arrays or module and patch cords at either end of the trunk Managed modules and assemblies are available. Please contact CommScope for details Note: Some proposed 100G transmission formats that employ 4X5G lanes employ this configuration 9

11 100 Gigabit Interconnect Introduction HDEP 100 Gigabit fiber modules provide connection from eight trunks with 4-fiber dual-row connectors to eight 4-fiber equipment or patch cords. Each module supports distribution of eight 100 gigabit Ethernet links when configured in a 10X10G transmission format. When used in pairs with 4-fiber patch cord pairs they provide proper fiber mapping from transmit at one end to receive at the other of the link. Modules are compatible with HDEP chassis, frames and hardware, and feature a simple, yet highly engineered, cable management system. Modules snap easily into existing or newly installed HDEP chassis support six modules per rack unit (1RU) or a total of 48 connections per RU. Each module is fully assembled at the factory and can reside in a chassis with 10, High Density 10, 40, and 100 GbE modules. Chassis are available in 1 and 4 rack unit (RU) versions. 3 4-Fiber Trunk A-Polarity (Type A) 8-Way 8-Way 4-fiber Patch Cord A-Polarity (Type A) fiber Patch Cord B-Polarity (Type B) Fiber Module 4 Fiber Trunk 1 RU Chassis 4 RU Chassis 10

12 100 Gigabit Interconnect 100 Gigabit to Modules Ordering Information Number Component Part Number 1 4-fiber Patch Cord, Polarity A (Type A) MPT-1CC40xxxF-NN Unmanaged Adapter Pack, - Aqua, 19 fibers (8, 4F ports) N5AP-19MMS 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 4-Fiber Patch Cord, Polarity B (Type B) MPF-1CC40xxxF-NN N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = Feet and M = Meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Standard Fiber Path: 4-Fiber Trunk: Patch Cords used in Pairs: Compatible with ptimate trunks and arrays Compatible with TIA 568-C.0- draft standard for polarity method A" trunks Up to eight 4-fiber trunks per module Provides proper fiber map, polarity and location of alignment pins 11

13 10 Gigabit Cross-Connect Introduction The 10 Gigabit Cross-Connect Solution, like all of the planned migration designs, begins with a 4-fiber optical trunk with a single -type connector at each end. A trunk interface with the rear of an HDEP module that breaks out the trunk fibers into twelve duplex LC connections (4 fibers) at the front. This module resides in a highly efficient HDEP chassis which provides superior cable management for both the s at the rear and LC patch cords at the front. HDEP chassis are stackable and available in 1 and 4 RU versions. Either chassis supports 7 duplex LCs (144 fibers) per rack unit (1RU). Chassis can be populated all at once, or added to or upgraded a module at a time in the future. The HDEP chassis also supports High Density 10 Gigabit modules, as well as 40 and 100 GbE versions, allowing an upgrade path by changing only the components at the front and using existing and additional 4-fiber trunks at the rear. Chassis can be cascaded to form a half or full cross-connect layout. Cross-Connection can be implemented via LCs to maintain single channel flexibility. (Note: Some cross-connect architectures are treated as engineered links, and available power budget must be verified.) 3 4-Fiber Trunk A-Polarity (Type A) 3 4-Fiber Trunk A-Polarity (Type A) 4-Fiber -LC Modules 4-Fiber Fiber -LC Modules -LC Modules 4-Fiber -LC Modules LC Duplex LC Duplex LC Duplex A-B Patch Cord LC Duplex A-B Patch Cord LC Duplex A-B Patch Cord NEED IMAGE Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 1

14 10 Gigabit Cross-Connect 10 Gigabit LC- Solution Ordering Information Number Component Part Number 1 -Fiber LC A-B Patch Cord FPCTB-MDLC-D-xM Unmanaged Module, LC- Aqua, 4 fibers (1x4F rear port), straight fiber path, Optimate performance N5MP-4DLMR4AP (Right) N5MP-4DLML4AP (Left) 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 Unmanaged Module, LC- Aqua, 4 fibers (1x4F rear port), flipped fiber path, Optimate performance N5MP-4DLMR4BP (Right) N5MP-4DLML4AP (Left) N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = feet or M = meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Traceable: Standard Fiber Path: 4-Fiber Trunk: Pinned Module: Module used in Pairs: Flexible: Management capable: Factory measured maximum measured 0.35 db insertion loss per module Each module is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A Fiber path supports 4-fiber deployment alignment pins are maintained inside the module, reducing risk of damage Provides proper fiber map, polarity and location of alignment pins Chassis enables superior cable management and can be stacked in standard 19-inch racks or cabinets Managed modules and assemblies are available. Please contact CommScope for details 13

HD 10/40 Gigabit Cross-Connect Introduction HDEP High Density 10 Gigabit Fiber Modules also utilize 4-fiber trunks and support connection from 40 Gigabit switch ports that have been remotely enabled

15 HD 10/40 Gigabit Cross-Connect Introduction HDEP High Density 10 Gigabit Fiber Modules also utilize 4-fiber trunks and support connection from 40 Gigabit switch ports that have been remotely enabled as four 10 Gigabit independent paths. -based QSFP ports at the switch interface with an array at one end of the trunk, and a break-out array divides these signals into duplex LC pairs at the other end. Chassis and modules can be cascaded to form half or full Cross-Connect architectures. Cross-Connection can be implemented via LCs to maintain single channel flexibility. (Note: Some Cross-Connect architectures are treated as engineered links, and available power budget must be verified.) modules have eight ports that support trunks and patchcords with ptimate performance levels. Each module supports distribution of eight 40 Gigabit Ethernet paths, each containing four duplex 10 Gigabit links. When deployed according to recommendations in this design guide, the system maintains fiber paths and polarity and provides proper fiber mapping from transmit at one end to receive at the other - over a total of twentyfour 10 Gigabit paths per module. All modules are compatible with HDEP chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. Modules are 1/3 RU high, can snap easily into existing or newly installed HDEP chassis, and can be replaced by 40 and 100 GbE module in the future. 4-Fiber Trunk 3 A-Polarity (Type A) 3 4-Fiber Trunk A-Polarity (Type A) 8-Way 8-Way 8-Way 8-Way 1 40G array 3 single row to one dual row 4 fiber. 4 4-Fiber Patch Cord B-Polarity (Type B) 4-Fiber High Density Array 5 1x3 Array Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 14

16 HD 10/40 Gigabit Cross-Connect HD 10/40 Gigabit LC- Cross-Connect Module Ordering Information Number Component Part Number 1 1x3 Array MPG-1CNC40xxxF-NC HDEP Unmanaged Adapter Pack, - Aqua, (8x4F ports) N5AP-19MMS 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 4-Fiber Patch Cord, Polarity B (Type B) MPF-1C1C40xxxF-NN 5 Array one 4 fiber to 1 duplex LC, OM4 MPL-1CLC40xxxF-NC N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = Feet and M = Meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Standard Fiber Path: 4-Fiber Trunk: Flexible: Modules Used in Pairs: Management capable: 4 fiber ptimate connectors are specified at 0.5dB insertion loss Compatible with TIA 568-C.0- draft standard for polarity method "A" (for 40 Gigabit Ethernet) Fiber path supports dual-fiber 10 Gigabit deployment via 40 Gigabit equipment connections (4x10Gbit paths per QSFP port) Chassis enables superior cable management and can be stacked in a standard 19-inch rack or cabinet Provides proper fiber map, polarity and location of alignment pins Managed modules and assemblies are available. Please contact CommScope for details 15

17 40 Gigabit Cross-Connect Introduction For 40 GbE applications HDEP 40 Gigabit modules provide connection from standard 4-fiber trunks with 4-fiber dual row connectors to three single row 8-fiber connectors via breakout array assemblies. Each trunk supports three 8-Fiber 40 Gigabit links, utilizing all 4 fibers of the trunk without abandoning any fibers in the trunk. Each module supports distribution of twenty-four 40 Gigabit Ethernet links, for up to 144 links per RU. When used with pairs of arrays they provide proper fiber mapping and polarity from transmit at one end of the link to receive at the other. (Note: Some Cross-Connect architectures are treated as engineered link and available power budget must be verified.) Modules are compatible with HDEP chassis, frames and hardware, which feature a simple, yet highly engineered cable management system. Chassis support six modules per rack unit (1 RU) or 48 total 40 Gigabit connections per RU. 4-Fiber Trunk 3 A-Polarity (Type A) 3 4-Fiber Trunk A-Polarity (Type A) 8-Way 8-Way 8-Way 8-Way 1 40G array 3 single 4 40G array 3 single 1 row to one dual 4-Fiber Patch Cord row to one dual row 4 fiber. B-Polarity (Type A) row 4 fiber. Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 16

18 40 Gigabit Cross-Connect 40 Gigabit to Cross-Connect Modules Ordering Information Number Component Part Number 1 1x3 Array MPG-1CNC40xxxF-NC Unmanaged Adapter Pack, - Aqua, 19 fibers (8, 4F ports) N5AP-19MMS 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 4-Fiber Patch Cord, Polarity B (Type B) MPF-1C1C40xxxF-NN N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = Feet and M = Meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Standard Fiber Path: 4-Fiber Trunk: Module used in Pairs: Flexible: Management capable: Compatible with ptimate trunks and patch cords. Maximum connection insertion loss 0.5dB for 4 fiber Compatible with TIA 568-C.0- draft standard for polarity method A" trunks Fiber path supports 4-fiber deployment and 40 gigabit equipment connections. Each 4-fiber trunk supports three 8-fiber pathways without abandoning any trunk fibers Provides proper fiber map, polarity and location of alignment pins System supports use of modules or module and patch cords at either end of the trunk Managed modules and assemblies are available. Please contact CommScope for details Note: Some proposed 100G transmission formats that employ 4X5G lanes employ this configuration 17

19 100 Gigabit Cross-Connect Introduction HDEP 100 Gigabit fiber modules provide connection from eight trunks with 4-fiber, dual-row connectors to eight 4-fiber equipment or patch cords. Each module supports the distribution of eight 100 Gigabit Ethernet links when configured in a 10X10G transmission format. When used in pairs with 4-fiber patch cord pairs they provide proper fiber mapping from transmit at one end to receive at the other of the link. Modules can be cascaded to provide half or full cross-connect architectures. (Note: Some Cross-Connect architectures are treated as engineered links, and available power budget must be verified.) Modules are compatible with HDEP chassis, frames and hardware, and feature a simple, yet highly engineered, cable management system. Chassis are available 1 and 4 rack unit (1RU and 4 RU) versions and support up to 48 x 100 Gigabit connections per RU. Each unit is fully assembled at the factory and can reside in a chassis with 10, High Density 10, 40 and 100 GbE modules to allow convenient, incremental upgrades. 3 4-Fiber Trunk A-Polarity (Type A) 3 4-Fiber Trunk A-Polarity (Type A) 8-Way 8-Way 8-Way 8-Way Fiber Patch Cord A-Polarity (Type A) 4-Fiber Patch Cord B-Polarity (Type B) 4-Fiber Patch Cord A-Polarity (Type A) Fiber Module 4-Fiber Trunk 1 RU Chassis 4 RU Chassis 18

20 100 Gigabit Cross-Connect 100 Gigabit to Modules Ordering Information Number Component Part Number 1 4-fiber Patch Cord, Polarity A (Type A) MPT-1CC40xxxF-NN Unmanaged Adapter Pack, - Aqua, 19 fibers (8, 4F ports) N5AP-19MMS 3 4-Fiber Trunk, Polarity A OM4 MPT-CCM40xxxF-FF 4 4-Fiber Patch Cord, Polarity B (Type B) MPF-1C1C40xxxF-NN N/S Chassis 1 RU N5CHU-1RU N/S Chassis 4 RU N5CHU-4RU Note: x or xxx denotes length F = Feet and M = Meters and may be changed accordingly based on ordering preference Specifications ptimate Performance: Standard Fiber Path: 4-Fiber Trunk: Patch Cords and Modules used in Pairs: Management capable: 4 fiber ptimate connections are specified at 0.5dB insertion loss Compatible with TIA 568-C.0- draft standard for polarity method "A" trunks Up to eight 4-fiber trunks per module Provide proper fiber map, polarity and location of alignment pins Managed modules and assemblies are available. Please contact CommScope for details Visit our website or contact your local CommScope representative for more information. 015 CommScope, Inc. All rights reserved. ptimate and all trademarks identified by or are registered trademarks or trademarks, respectively, of CommScope, Inc. This document is for planning purposes only and is not intended to modify or supplement any specifications or warranties relating to CommScope products or services. PS AE (1/15)

24-Fiber MPO System. 10/40/100 GbE Migration Solution High Density Equipment Panel (HDEP) Ordering Guide

24-Fiber MPO System. 10/40/100 GbE Migration Solution High Density Equipment Panel (HDEP) Ordering Guide 4-Fiber System 10/40/100 GbE Migration Solution High Density Equipment Panel (HDEP) Ordering Guide Table of Contents HDEP System Overview... 3 HDEP 4-Fiber Interconnect System 10 Gigabit Interconnect Introduction...4