24-Fiber MPO System. 10/40/100 GbE Migration Solution RMG Series Ordering Guide. First Edition

Transcription

1 4-iber PO System 10/40/100 GbE igration Solution RG Series Ordering Guide irst Edition

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3 Table of Contents 4-iber Trunking Soluction Overview... 3 RG 4-iber Interconnect System 10 Gigabit Interconnect Introduction...4 -iber LC A-B Patch Cord...4 1x1 LC-PO, Straight A-A/B-B...4 PO Trunk, Polarity A...4 1x1 LC-PO, lipped A-B/B-A...4 1,, and 4 RU Chassis (not shown in system diagram)...4 Ordering Information... 5 Specifications... 5 HD 10 Gigabit Interconnect Introduction iber PO Patch Cord, Polarity A...6 x6 PO...6 PO Trunk, Polarity A...6 1,, and 4 RU Chassis (not shown in system diagram)...6 Ordering Information... 7 Specifications iber HD Array... 8 x6 PO... 8 PO Trunk, Polarity A iber PO Patch Cord, Polarity A ,, and 4 RU Chassis (not shown in system diagram)... 8 Ordering Information...9 Specifications Gigabit Interconnect Introduction iber PO Patch Cord, Polarity A ` x6 PO PO Trunk, Polarity A ,, and 4 RU Chassis (not shown in system diagram) Ordering Information...11 Specifications x3 PO Array...1 PO Adapter odule...1 PO Trunk, Polarity A...1 1,, and 4 RU Chassis (not shown in system diagram)...1 Ordering Information...13 Specifications ax: AE 1/13

4 100 Gigabit Interconnect Introduction...14 PO Patch Cord, Polarity A...14 PO Adapter odule...14 PO Patch Cord, Polarity B ,, and 4 RU Chassis (not shown in system diagram)...14 Ordering Information Specifications RG Cross-Connect System 10 Gigabit Cross-Connect Introduction iber LC A-B-Patch Cord x1 LC-PO, Straight A-A/B-B PO Trunk, Polarity A x1 LC-PO, lipped A-B/B-A ,, and 4 RU Chassis (not shown in system diagram) Ordering Information Specifications HD 10/40 Gigabit Cross-Connect Introduction iber HD Array x6 PO PO Trunk, Polarity A iber PO Patch Cord, Polarity B iber PO Patch Cord, Polarity A ,, and 4 RU Chassis (not shown in system diagram) Ordering Information Specifications Gigabit Cross-Connect Introduction iber PO Patch Cord, Polarity A...0 x6 PO...0 PO Trunk, Polarity A iber PO Patch Cord, Polarity B...0 1,, and 4 RU Chassis (not shown in system diagram)...0 Ordering Information... 1 Specifications Gigabit Cross-Connect Introduction... PO Patch Cord, Polarity A... PO Adapter odule... PO Trunk, Polarity A... PO Patch Cord, Polarity B... 1,, and 4 RU Chassis (not shown in system diagram)... Ordering Information... 3 Specifications ax: AE 1/13

5 RG 4-iber System Overview 4-iber Trunking Solutions Introduction 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 ewer trunks ewer connections ewer components Standardized practices for design, installation, documentation and troubleshooting Component and trunk re-use inimized 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 LC Duplex Patch 4 iber Trunk 1 x iber LC Duplex Patch 40G 3 x 1 iber Patch Cable 4 iber Trunk 3 x 1 iber Patch Cable 100G 1 x 4 iber Patch Cable 4 iber Trunk 1 x 4 iber Patch Cable Page ax: AE 1/13

6 RG 4-iber 10 Gigabit Interconnect Introduction 10 GbE Interconnect The 10 Gigabit Interconnect Solution, like all of the planned migration designs, employs a 4-fiber optical trunk with a single PO-type connector at each end. A trunk interfaces with the rear of a 4-fiber RG cassette that breaks out the trunk fibers into twelve duplex LC connections at the front, supporting 4 fibers per cassette. This cassette resides in a time-proven RG chassis which provides cable management and protection for both the POs at the rear and LC cords at the front. RG enclosures are stackable and available in 1,, and 4 RU versions and support up to 36 duplex LCs (7 fibers) per rack unit. They can be populated all at once, or added to or upgraded a cassette at a time in the future. The RG enclosure also supports high density 10 Gigabit cassettes, as well as 40 and 100 GbE versions, allowing an upgrade path by changing the cassette at the front and using existing and additional 4-fiber trunks at the rear. 3 4-iber PO Trunk A-Polarity (Type 4-iber 4 4-iber L L L L L L L L L L L L 1 LC-Duplex A-B Patch 1 LC-Duplex A-B Patch LC-PO 4-iber Trunk RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

7 RG 4-iber 10 Gigabit Interconnect ORDERING INORATION 10 Gigabit LC-PO Number Component Part Number 1 -iber LC A-B Patch Cord PAT-LCLC-R40Cxxx 1x1 LC-PO, Straight A-A/B-B RG-4POTD3 3 4-iber Trunk, Polarity A PT-CC40xxx-NN 4 1x1 LC-PO, lipped A-B/B-A RG-4POTD4 N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters 10 GbE Interconnect Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s used in Pairs: lexible: s are factory assembled and tested, 0.35 db maximum loss Each cassette is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A iber path supports 4-fiber deployment PO alignment pins are maintained inside the cassette, reducing risk of damage during installation and use Assures proper fiber map, polarity and location of PO alignment pins Chassis enables superior cable management and can be stacked in a standard 19-inch rack or cabinet Page ax: AE 1/13

8 RG 4-iber HD 10 Gigabit Interconnect Introduction RG High Density 10 Gigabit iber s also utilize 4-fiber PO trunks and support connection from 40 Gigabit switch ports that have been remotely enabled as four 10 Gigabit independent paths. PO based QSP ports at the switch interface with a cassette at one end of the trunk, and a break-out cassette divides these signals into duplex LC pairs at the other end. HD 10 GbE Interconnect PO cassettes have two 4-fiber PO connectors at the rear and six 8-fiber POs at the front. Each cassette supports distribution of six 40 Gigabit Ethernet paths, each containing four duplex 10 Gigabit links. These cassettes are connected via standard 4-fiber PO trunks to a pair of two x1 LC duplex cassettes at the other end of the trunk. This pair of cassettes maintains fiber paths and polarity and provides proper fiber mapping from transmit at one end to receive at the other over a total of twenty-four 10 Gigabit paths. All cassettes are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. s are 1/ RU high and snap easily into existing or newly installed RG chassis, and can be replaced by 40 and 100 GbE cassettes in the future. 3 4-iber 4-iber PO Trunk A-Polarity (Type A) 4 4-iber L L L L L L iber PO Patch Cord A-Polarity (Type A) -iber LC A-B Patch Cord LC-PO PO 4-iber Trunk RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

9 RG 4-iber HD 10 Gigabit Interconnect ORDERING INORATION High Density LC to PO 10 Gigabit s Number Component Part Number 1 1-iber PO Patch Cord, Polarity A (Type A) PT-NCNCJ40xxx-NN x6 PO RG-48POT 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 1x1 LC-PO, 10G HD RG-4POTD5 5 -iber LC A-B Patch Cord PAT-LCLC-R40Cxxx N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s Used in Pairs: lexible: Cassetttes are factory measured maximum 0.35 db loss Each cassette 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 iber path supports dual-fiber 10 Gigabit deployment via 40 Gigabit equipment connections (4x10 Gbe paths per QSP port) PO alignment pins are maintained inside the cassette, reducing risk of damage Assures proper fiber map, polarity and location of PO alignment pins RG enables superior cable management regardless of cassette type HD 10 GbE Interconnect Page ax: AE 1/13

10 RG 4-iber HD 10 Gigabit Interconnect Introduction RG High Density 10 Gigabit iber s also utilize 4-fiber PO trunks and support connection from 40 Gigabit switch ports that have been remotely enabled as four 10 Gigabit independent paths. PO based QSP ports at the switch port interfaces with a cassette at one end of the trunk and as an option, can employ a break-out array divides these signals into duplex LC pairs at the other end. HD 10 GbE Interconnect PO cassettes have two 4-fiber PO connectors at the rear and six 8-fiber POs at the front. Each cassette supports distribution of six 40 Gigabit Ethernet paths, each containing four duplex 10 Gigabit links. These cassettes are connected via standard 4-fiber PO trunks to a pair of x1 LC duplex cassettes at the other end of the trunk. This pair of cassettes maintains fiber paths and polarity and provides proper fiber mapping from transmit at one end to receive at the other over a total of twenty-four 10 Gigabit paths. All cassettes are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. s can snap easily into existing or newly installed RG chassis and can be replaced by 40 and 100 GbE cassettes in the future. 3 4-iber 4-iber PO Trunk A-Polarity (Type A) 4-iber 1 8-iber High Density Array 4 1-iber PO Patch Cord A-Polarity (Type A) 8-iber HD Array PO 4-iber Trunk, RG 1 RU Chassis RG RU Chassis RG 4 RUChassis Page ax: AE 1/13

11 RG 4-iber HD 10 Gigabit Interconnect ORDERING INORATION HD 10 Gigabit PO-PO s Number Component Part Number Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s used in Pairs: 1 8-iber High Density Array PH-NCLCJ40xxx-NS x6 PO RG-48POT 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 1-iber PO Patch Cord, Polarity A (Type A) PT-NCNCJ40xxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters actory measured maximum 0.35 db loss per cassette Each cassette 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 iber path supports dual-fiber 10 Gigabit deployment via 40 Gigabit equipment connections (4x10 GbE paths per QSP port) PO alignment pins are maintained inside the cassette, reducing risk of damage Assures proper fiber map, polarity and location of PO alignment pins HD 10 GbE Interconnect lexible: Chassis enables superior cable management regardless of cassette type Page ax: AE 1/13

12 RG 4-iber 40 Gigabit Interconnect Introduction or 40 GbE applications RG 40 Gigabit iber s provide connection from two standard 4-fiber PO trunks with 4-fiber dual row connectors to six, single row 8-fiber PO connectors. Each trunk supports three 8-fiber 40 Gigabit links, utilizing all 4 fibers of the trunk without abandoning any fibers. Each cassette supports distribution of six 40 Gigabit Ethernet links. When used in pairs they provide proper fiber mapping and polarity from transmit at one end of the link to receive at the other. 40 GbE Interconnect s are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. s snap easily into existing or newly installed RG chassis. All 10, 40 and 100 GbE cassettes can reside within the same RG chassis and frame and be changed/upgraded individually as needed. 4-iber 3 4-iber PO Trunk A-Polarity (Type A) 4-iber 4-iber 1 1-iber PO Patch Cord A-Polarity (Type A) 1-iber PO Patch Cord A-Polarity (Type A) 1 PO 4-iber Trunk, RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

13 RG 4-iber 40 Gigabit Interconnect ORDERING INORATION 40 Gigabit PO-PO s Number Component Part Number Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s used in Pairs: lexible: 1 1-iber PO Patch Cord, Polarity A (Type A) PT-NCNCJ40xxx-NN x6 PO RG-48POT 3 4-iber Trunk, Polarity A (Type A) PT-CC4Oxxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters actory assembled and tested, 0.35 db maximum per cassette Each cassette is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A" trunks iber path supports 4-fiber deployment and 40 Gigabit equipment connections. Each 4-fiber trunk supports three 8-fiber pathways without abandoning any trunk fibers PO alignment pins are maintained inside the cassette, reducing risk of damage Assures proper fiber map, polarity and location of PO alignment pins System supports use of arrays or cassettes and patchcords at either end of the trunk 40 GbE Interconnect Page ax: AE 1/13

14 RG 4-iber 40 Gigabit Interconnect Introduction In an optional configuration for 40 Gigabit applications, the RG 40 Gigabit iber Adapter odule provides connection from six standard 4-fiber PO trunks with 4-fiber, dual row connectors to PO arrays. Each array breaks out from the 4-fiber connection to three 8-fiber single row 40 GbE channels. Each trunk supports three 8-fiber 40 Gigabit links, utilizing all 4 fibers of the trunk without abandoning any fibers. 40 GbE Interconnect Adapter modules are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. Adapter modules slide easily into existing or newly installed RG chassis. Adaptor modules and 10, 40 and 100 GbE cassettes can reside within the same RG chassis and frame and be changed/upgraded individually as needed. 4-iber Adapter odule 3 4-iber PO Trunk A-Polarity (Type A) 4-iber Adapter odule 1 1 1x3 PO Array 1x3 PO Array 1x3 PO Array PO Adapter odule 4-iber Trunk RG 1 RU Chassis RG RU Chassis RG 4 RI Chassis Page ax: AE 1/13

15 RG 4-iber 40 Gigabit Interconnect ORDERING INORATION 40 Gigabit PO-PO s Number Component Part Number Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Arrays or s used in Pairs: lexible: 1 1x3 PO Array PG-1CNC40xxx-NS PO Adapter odule RG-7ADPP 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Compatible with POptimate components Each array is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A" trunks iber path supports 4-fiber deployment and 40 Gigabit equipment connections. Each 4-fiber trunk supports three 8-iber pathways without abandoning any trunk fibers Assures proper fiber map, polarity and location of PO alignment pins System supports use of arrays or cassettes and patch cords at either end of the trunk 40 GbE Interconnect Page ax: AE 1/13

16 RG 4-iber 100 Gigabit Interconnect Introduction RG 100 Gigabit iber Adapter odules provide connection from six PO trunks with 4-fiber, dual row connectors to six 4-fiber PO equipment or patch cords. Each adapter module supports distribution of six 100 Gigabit Ethernet links. When used in pairs with 4-fiber PO patch cord pairs they provide proper fiber mapping from transmit at one end to receive at the other of the link. Adapter modules are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. odules simply snap into existing or newly installed RG chassis. Each unit is fully assembled at the factory and can reside in a chassis with 10, High Density 10, 40, and 100 GbE cassettes. Chassis are available in 1,, and 4 rack unit (RU) versions. 100 GbE Interconnect 4-iber Adapter odule 4-iber PO Patch Cord A-Polarity (Type A) 3 4-iber PO Trunk A-Polarity (Type A) iber Adapter odule 4-iber PO Patch Cord B-Polarity (Type B) PO Adapter odule 4-iber Trunk RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

17 RG 4-iber 100 Gigabit Interconnect ORDERING INORATION 100 Gigabit PO to PO Adapter odule Number Component Part Number 1 4-iber PO Patch Cord, Polarity A (Type A) PT-1CC40xxx-NN PO Adapter odule RG-7ADPP 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 4-iber PO Patch Cord, Polarity B (Type B) P-1CC40xxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Specifications POptimate Performance: Standard iber Path: 4-iber Trunk: Patch Cords used in Pairs: Compatible with POptimate trunks and arrays Compatible with TIA 568-C.0- draft standard for polarity method A" trunks Up to six 4-fiber PO trunks per module Assures proper fiber map, polarity and location of PO alignment pins 100 GbE Interconnect Page ax: AE 1/13

18 RG 4-iber 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 PO-type connector at each end. One trunk interfaces with the rear of an RG cassette that breaks out the trunk fibers into twelve duplex LC connections at the front, supporting 4 fibers per cassette. This cassette resides in a highly efficient RG encolsure which provides superior cable management for both the POs at the rear and LC cords at the front. RG enclosures are stackable and available in 1, and 4 RU versions. Each support up to 36 duplex LCs (7) fibers per rack unit. They can be populated all at once, or added to or upgraded a cassette at a time in the future. The RG chassis also supports high density 10 Gigabit cassettes, as well as 40 and 100 GbE versions, allowing an upgrade path by changing the cassette at the front and using existing and additional 4-fiber trunks at the rear. 10 GbE Cross-Connect 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-iber Type A Trunk 4-iber Type A Trunk A-Polarity (Type A) A-Polarity (Type A) 4-iber L LL LC L L L L L L 4-iber LC L L L L L L 3 4-iber 4 4 LC L L L L L L 4-iber LC L L L L L L 1 LC Duplex A-B Patch Cord 1 1 LC Duplex A-B Patch Cord LC Duplex A-B Patch Cord LC-PO 4-iber Trunk RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

19 RG 4-iber 10 Gigabit Cross-Connect ORDERING INORATION 10 Gigabit LC to LC Cross-Connect s Number Component Part Number 1 -iber LC A-B Patch Cord PAT-LCLC-R40Cxxx 1x1 LC-PO, Straight A-A/B-B RG-4POTD3 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 1x1 LC-PO, lipped A-B/B-A RG-4POTD4 N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s used in Pairs: lexible: actory measured maximum measured 0.35 db loss per cassette Each cassette is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method A iber path supports 4-fiber deployment PO alignment pins are maintained inside the cassette, reducing risk of damage Assures proper fiber map, polarity and location of PO alignment pins Chassis enables superior cable management and can be stacked in a standard 19-inch rack or cabinet Page ax: AE 1/13

20 RG 4-iber HD 10/40 Gigabit Cross-Connect Introduction RG High Density 10 Gigabit iber s also utilize 4-fiber PO trunks and support connection from 40 GbEswitch ports that have been remotely enabled as four 10 GbE independent paths. PO based QSP ports at the switch connection interface with a cassette at one end of the trunk, and a break-out cassette divides these signals into duplex LC pairs at the other end. Alternately, a fiber array can accumulate/break out the fiber paths immediately at the switch. Chassis and cassettes can be cascaded to for half or full cross-connect architectures. Cross connection can be implemented via LCs to maintain single channel flexibility (Note: Some crossconnect architectures are treated as engineered links, and available power budget must be verified.) HD 10/40 GbE Cross-Connect PO cassettes have two 4-fiber PO connectors at the rear and six 8-fiber POs at the front. Each cassette supports the distribution of six 40 Gigabit Ethernet paths, each containing four duplex 10 Gigabit links. These cassettes are connected via standard 4-fiber PO trunks to x1 LC duplex cassettes at the other end of the trunk and in the cross-connect frame. This pair of cassettes maintains fiber paths and polarity and provides proper fiber mapping from transmit at one end to receive at the other. All cassettes are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. s simply snap into existing or newly installed RG chassis, and can be replaced by 40 and 100 GbE cassettes in the future. 3 4-iber PO Trunk A-Polarity (Type A) 4-iber 1 8-iber High Density Array Duplex LC x 4 4-iber 4-iber PO Trunk A-Polarity (Type A) 4-iber 4-iber iber PO Patch 1-iber PO Cord A-Polarity Patch Cord (Type A) 3 8 iber HD Array PO 4-iberTrunk RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

21 RG 4-iber HD 10/40 Gigabit Cross-Connect ORDERING INORATION HD 10/40 Gigabit LC-PO Cross-Connect s Number Component Part Number 1 8-iber High Density Array PH-NCLCJ40xxx-NS x6 PO RG-48POT 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 1-iber PO Patch Cord, Polarity B (Type B) P-NCNCJ40xxx-NN 5 1-iber PO Patch Cord, Polarity A (Type A) PT-NCNCJ40xxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s used in Pairs: lexible: actory measured maximum measured 0.35 db loss per cassette Each cassette is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method "A" (for 40 Gigabit Ethernet) iber path supports dual-fiber 10 Gigabit deployment via 40 Gigabit equipment connections (4x10 GbE paths per QSP port) PO alignment pins are maintained inside the cassette, reducing risk of damage Assures proper fiber map, polarity and location of PO alignment pins Chassis enables superior cable management and can be stacked in a standard 19-inch rack or cabinet HD 10/40 GbE Cross-Connect Page ax: AE 1/13

22 RG 4-iber 40 Gigabit Cross-Connect Introduction or 40 GbE applications RG 40 Gigabit iber s provide connection from two standard 4-fiber PO trunks with 4-fiber dual row connectors to six single row 8-fiber PO connectors. Each trunk supports three 8-fiber 40 Gigabit links, utilizing all 4 fibers of the trunk without abandoning any fibers. Each cassette supports distribution of six 40 Gigabit Ethernet links. (Note: 1x3 cassettes are also available.) When used in pairs 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 links, and available power budget must be verified.) s are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective cable management system. s simply snap into existing or newly installed RG chassis. 10, 40 and 100 GbE cassettes can reside within the same RG chassis and can be changed/upgraded as needed. 40 GbE Cross-Connect 4-iber iber PO Trunk 1-iber PO Patch Cord B-Polarity (Type B) 4-iber 4-iber PO Trunk A-Polarity (Type A) A-Polarity (Type A) 1-iber PO Patch Cord A-Polarity (Type A) 4-iber iber 1-iber PO Patch Cord A-Polarity (Type A) 1 PO 4-iberTrunk RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

23 RG 4-iber 40 Gigabit Cross-Connect ORDERING INORATION 40 Gigabit PO to PO Cross-Connect s Number Component Part Number 1 1-iber PO Patch Cord, Polarity A (Type A) PT-NCNCJ40xxx-NN x6 PO RG-48POT 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 1-iber PO Patch Cord, Polarity B (Type B) P-NCNCJ40xxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Specifications POptimate Performance: Traceable: Standard iber Path: 4-iber Trunk: Pinned s: s used in Pairs: lexible: actory assembled and tested, 0.35 db maximum per cassette Each cassette is uniquely identified and linked to factory measurement data Compatible with TIA 568-C.0- draft standard for polarity method "A" trunks iber path supports 4-fiber deployment and 40 GbE equipment connections. Each 4-fiber trunk supports three 8-iber pathways without abandoning any trunk fibers. PO alignment pins are maintained inside the cassette reducing risk of damage Assures proper fiber map, polarity and location of PO alignment pins System supports use of arrays or cassettes and patchcords at either end of the trunk. Arrays can be used as an alternate to cassettes where preferred. 40 GbE Cross-Connect Page ax: AE 1/13

24 RG 4-iber 100 Gigabit Cross-Connect Introduction RG 100 Gigabit iber Adapter odules provide connection from six PO trunks with 4-fiber, dual row connectors to six 4-fiber PO equipment or patch cords. Each module supports the distribution of six 100 Gigabit Ethernet links. When used in pairs with 4-fiber PO patch cord pairs they provide proper fiber mapping from transmit at one end to receive at the other end of the link. Adapter modules an 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.) Adapter modules are compatible with RG chassis, frames and hardware, and feature a simple, yet highly effective, cable management system. odules or cassettes simply snap into existing or newly installed RG chassis. Each unit is fully assembled at the factory and can reside in a chassis with along with 10, High Density 10, 40 and 100 GbE cassettes. Chassis are available in 1, and 4 rack unit (RU) versions. 3 4-iber PO Trunk 3 4-iber PO Trunk A-Polarity (Type A) A-Polarity (Type A) 4-iber Adapter odule 4-iber Adapter odule 4-iber Adapter odule 4-iber Adapter odule 100 GbE Cross-Connect iber PO Patch Cord A-Polarity (Type A) 4-iber PO Patch Cord 4-iber PO Patch Cord A-Polarity (Type A) PO Adapter odule 4-iber Trunk RG 4RU Chassis RG 1 RU Chassis RG RU Chassis RG 4 RU Chassis Page ax: AE 1/13

25 RG 4-iber 100 Gigabit Cross-Connect ORDERING INORATION 100 Gigabit PO to PO Cross-Connect s Number Component Part Number 1 4-ber PO Patch Cord, Polarity A (Type A) PT-1CC40xxx-NN PO Adapter odule RG-7ADPP 3 4-iber Trunk, Polarity A (Type A) PT-CC40xxx-NN 4 4-iber PO Patch Cord, Polarity B (Type B) P-1C1C40xxx-NN N/S Chassis 1 RU RG B N/S Chassis RU RG B N/S Chassis 4 RU RG B Note: x or xxx denotes length for feet or for meters Specifications POptimate Performance: Standard iber Path: 4-iber Trunk: Patch cords used in Pairs: Compatible with POptimate trunks and arrays Compatible with TIA 568-C.0- draft standard for polarity method "A" trunks Up to six 4-fiber PO trunks per module Assures proper fiber map, polarity and location of PO alignment pins 100 GbE Cross-Connect Page ax: AE 1/13

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28 Contact us: Greensboro, NC USA Tel: ax: Tyco Electronics and ADC are now TE Connectivity POptimate, Quareo, TE Connectivity, TE connectivity (logo), Tyco Electronics, and TE (logo) are trademarks of the TE Connectivity Ltd. family of companies and its licensors. While TE Connectivity has made every reasonable effort to ensure the accuracy of the information in this document, TE Connectivity does not guarantee that it is error-free, nor does TE Connectivity make any other representation, warranty or guarantee that the information is accurate, correct, reliable or current. TE Connectivity reserves the right to make any adjustments to the information contained herein at any time without notice. TE Connectivity expressly disclaims all implied warranties regarding the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. The dimensions in this document are for reference purposes only and are subject to change without notice. Specifications are subject to change without notice. Consult TE Connectivity for the latest dimensions and design specifications. Tyco Electronics Corporation, a TE Connectivity Ltd. Company. All Rights Reserved AE 1/13