24 fiber MPOptimate Configuration and Ordering Guide

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2 -Fiber System Overview -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 0 to 0 to 00 Gigabit Ethernet (GbE) 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 -fiber trunks and cassette-based optical connectivity, this roadmap provides the following advantages: A single trunking format that can be replicated and upgraded simply and flexibly Unified solutions for 0, 0 and 00 GbE applications Pre-engineered paths and polarity Higher fiber utilization versus 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 Fiber MPOptimate Connector Trunk cables remain permanent 0GbE ENABLING MIGRATION TO 0GbE ENABLING MIGRATION TO LC Duplex Patch 0Gb/s Cassette Fiber Trunk 0Gb/s Cassette LC Duplex Patch ENABLING MIGRATION TO 00GbE ENABLING MIGRATION TO 00GbE x Fiber Patch Cable 0Gb/s Cassette Fiber Trunk 0Gb/s Cassette x Fiber Patch Cable 00GbE 00GbE x Fiber Patch Cable 00Gb/s Cassette Fiber Trunk 00Gb/s Cassette x Fiber Patch Cable Key Products of the Fiber MPOptimate Solution 0/ 807EU

3 Application Selection Matrix INTRODUCTION This configuration guide has been designed to provide data center managers and designers with a guide to the various fiber MPOptimate channel/link configurations that are available - based upon their current and future transceiver speed/connectivity requirements. Using the grid below, select your start point transceiver connectivity type and your end point transceiver connectivity type. Then decide whether you need a cross-connect or interconnect solution. The intersection of your choices shows a number which represents the recommended product configuration for your choices. Details of the recommended configuration are shown on subsequent pages identified by that configuration number. KEY Interconnect = Cross-Connect = TRANSCEIVER START POINT 0GbE - LC MPO ( Fiber) 00GbE MPO ( Fiber) TRANSCEIVER END POINT 0GbE - LC MPO ( Fiber) 00GbE MPO ( Fiber) 7 8 GLOSSARY OF ABBREVIATIONS UCP - Universal Connectivity Platform MDA - Main Distribution Area (Data Center) NOTES For part numbers containing variables x and y, please refer to length tables on page. HEDA - Horizontal and Equipment Distribution Area QSFP - Quad Small Form-Factor Pluggable HE - Horizontal Equipment GbE - Gigabit Ethernet Gb/s - Gigabits per second F/F - Female to Female M/M - Male to Male 0/ 807EU

4 -Fiber 0 Gigabit Ethernet Interconnect INTRODUCTION The 0GbE interconnect solution employs a -fiber optical trunk with a single x fiber MPOptimate connector at each end. This trunk interfaces with the rear of a -fiber Universal Connectivity Platform (UCP) cassette that breaks out the trunk fibers into twelve duplex LC connections at the front, supporting fibers per cassette. This cassette mounts into the UCP panel, which provides cable management and protection for both rear MPOs. UCP panels support up to 8 duplex LCs (9 fibers) per rack unit. They can be populated all at once, or added to or upgraded a cassette at a time in the future. CONFIGURATION: 0GbE INTERCONNECT Switch Rack Horizontal Cable Switch Rack or Server Rack x 0GbE x 0GbE ORDERING INFORMATION Item Description Part number LC duplex patch cable AB/BA y-00-x (OM) x MPO - x LC quad cassette, straight A-A/B-B 0- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x LC quad cassette, flipped A-B/B-A -0- (OM) Supported Application examples: Application 0Gb Ethernet Max. Length OM 0m Max. Density: At near and far end, 8 (x) LC duplex ports per HE panel. 8G Fiber Channel G Fiber Channel 0Gb Ethernet BiDI* 90m m m MPOptimate performance: Max. attenuation: 0. db (MPO/ LC) per cassette. Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *This application supports transmission when used in conjunction with a QSFP bidirectional (BiDi) transceiver. Note that the connector presentation will be LC duplex. 0/ 807EU

5 -Fiber 0 Gigabit Ethernet Cross-Connect INTRODUCTION The diagram below shows a cross-connect channel configuration built with the same components as used for 0GbE interconnect application. CONFIGURATION: 0GbE CROSS-CONNECT Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable HEDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x 0GbE x 0GbE ORDERING INFORMATION Item Description Part number LC duplex patch cable AB/BA y-00-x (OM) x MPO - x LC quad cassette, straight A-A/B-B 0- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x LC quad cassette, flipped A-B/B-A -0- (OM) Supported Application examples: Application Max. Number of cassettes Max. Length OM 0Gb Ethernet 0m 8G Fiber Channel () 90(0)m G Fiber Channel () (00)m 0Gb Ethernet BiDI* m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *This application supports transmission when used in conjunction with a QSFP bidirectional (BiDi) transceiver. Note that the connector presentation will be LC duplex. Max. Density: At near and far end, 8 (x) LC duplex ports per HE panel. MPOptimate performance: Max. attenuation: 0. db (MPO/LC) per cassette 0/ 807EU

6 a -Fiber 0/0 Gigabit Ethernet Interconnect INTRODUCTION UCP 0/ fiber cassettes also utilize x-fiber MPO trunks supporting connections from switch ports that have been remotely enabled as four 0GbE independent paths. MPO based QSFP ports at the switch interface with a MPO/MPO cassette at one end of the trunk, and MPO/LC break-out cassette divides these signals into duplex LC pairs at the other end. The 0Gb/s MPO cassettes have one or two -fiber MPO connectors at the rear and three or six 8-fiber MPOs at the front. Each cassette supports distribution of three or six paths, each containing four duplex 0GbE links. These cassettes are connected via standard -fiber MPO trunks to LC duplex cassettes at the other end of the trunk. The MPO/LC cassettes maintain fiber paths and polarity and provide proper fiber mapping from transmit at one end to receive at the other over a total of twelve 0GbE paths. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x xx 0GbE CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x xx 0GbE 0/ 807EU

7 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-0-x (OM) x MPO - x8 MPO cassette 09- (OM) x MPO - x8 MPO cassette 09- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x LC 0G cassette 00- (OM) LC duplex patch cable AB/BA y-00-x (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/LC) per cassette Max. attenuation: 0. db (MPO/MPO) per cassette Max. density port MPO: Max. density port MPO: At near end (x) MPO and 8 (x) LC duplex ports at far end side per HE panel. At near end (x) MPO and 8 (x) LC duplex ports at far end side per HE panel. Fully equipped one panel at near connects 9 ports over HE panels at far end. 7 0/ 807EU

8 b -Fiber 0/0 Gigabit Ethernet Interconnect INTRODUCTION UCP 0Gb/s fiber cassettes utilize x-fiber MPO trunk supporting connections from switch ports to 0GbE switch ports via a fan-out cable at the other end of the channel. MPO based QSFP ports at the switch interface are connected to a MPO/MPO cassette at one end, MPO/LC fan-out cables divides these signals into duplex LC 0GbE at the other end. UCP 0Gb/s fiber cassettes provide connection from one or two standard -fiber MPO trunks with -fiber dual row connectors to three or six, single row 8-fiber MPO connectors. The fiber MPO type A patch cable to the QSFP transceiver at one side and the MPO/LC fan-out cables at the other side of the link maintains fiber paths and polarity and provide proper fiber mapping from transmit at one end to receive at the other over a total of four 0GbE paths per QSFP port. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x xx 0GbE CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x xx 0GbE 8 0/ 807EU

9 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-0-x (OM) x MPO - x8 MPO cassette 09- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) 8 fiber MPO - x LC duplex Uniboot 0Gb/s Fan-Out y-00-x (OM) x MPO - x8 MPO cassette 09- (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/LC) per cassette Max. attenuation: 0. db (MPO/MPO) per cassette Max. density port MPO: Max. density port MPO: At near end (x) MPO and 8 (xx) LC duplex ports at far end side per HE panel. At near end (x) MPO and 9 (xx) LC duplex ports at far end side per HE panel. 9 0/ 807EU

10 c -Fiber 0/0 Gigabit Ethernet Interconnect INTRODUCTION UCP 0Gb/s fiber cassettes utilize -fiber MPO trunks supporting connections from 0GbE switch ports to 0GbE switch port. To support connection from switch ports that have been remotely enabled as four 0GbE independent paths a MPO to LC duplex fan-out cable at the switch side will connect to the 0GbE path. All cassettes are compatible with UCP panels, drawers and hardware, and feature a simple, yet highly effective, cable management system. Cassettes snap easily into existing or newly installed UCP panels, and can be replaced by 0 and 00GbE cassettes in the future. CONFIGURATION: -FIBER 0/ INTERCONNECT Switch Rack Horizontal Cable Switch Rack or Server Rack x xx 0GbE ORDERING INFORMATION Item Description Part number 8 fiber MPO - x LC duplex Uniboot 0Gb/s Fan-Out y-00-x (OM) x MPO - x LC quad cassette, straight A-A/B-B 0- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x LC quad cassette, flipped A-B/B-A -0- (OM) LC duplex patch cable AB/BA y-00-x (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/LC) per cassette. Max. density: At near end direct connect to QSFP switch ports and x MPO/LC cassettes at far end supports x0gbe switch ports (x per cassette) per HE panel 0 0/ 807EU

11 d -Fiber 0/0 Gigabit Ethernet Interconnect INTRODUCTION To support connection from switch ports that have been remotely enabled as four 0GbE independent paths, a MPO to LC duplex fan-out cable at the switch side will connect to the 0GbE path. This option would typically replace a direct attach QSFP fan-out cable. A fan-out cable does not always give enough flexibility as often there are different lengths for LC duplex patch cables are required. In the below configuration, the fan-out cable is replaced by a MPO patch cable that is connected to the switch port at the near end and connected to a port MPO/LC duplex 0GbE fiber cassette at the far end. LC duplex patch cables with variable lengths can be connected from the MPO/LC cassette to the 0GbE switch ports at the far end. All cassettes are compatible with UCP panels, drawers and hardware, and feature a simple, yet highly effective, cable management system. Cassettes snap easily into existing or newly installed UCP chassis, and can be replaced by 0 and 00GbE cassettes in the future. CONFIGURATION: -FIBER 0/ INTERCONNECT Switch Rack Horizontal Cable Switch Rack or Server Rack x 0GbE x ORDERING INFORMATION Item Description Part number (opt A) fiber MPO F/F trunk, type A y-0707-x (OM) (opt B) fiber MPO F/F patch cable, type A y-0-x (OM) x MPO - x LC quad cassette, 0/0GbE wire map 07- (OM) LC duplex patch cable AB/BA y-00-x (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. density: Max. attenuation: 0. db (MPO/LC) per cassette. At near end direct connect to QSFP switch ports and x MPO/LC cassettes at far end supports x0gbe switch ports (x per cassette) per HE panel 0/ 807EU

12 a -Fiber 0/0 Gigabit Ethernet Cross-Connect INTRODUCTION UCP 0/0Gb/s fiber cassettes also utilize x-fiber MPO trunks supporting connections from switch ports that have been remotely enabled as four 0GbE independent paths. MPO based QSFP ports at the switch interface with a MPO/MPO cassette at one end of the trunk, and MPO/LC break-out cassette divides these signals into duplex LC pairs at the other end. The 0Gb/s MPO cassettes have one or two -fiber MPO connectors at the rear and three or six 8-fiber MPOs at the front. Each cassette supports distribution of three or six paths, each containing four duplex 0GbE links. These cassettes are connected via standard -fiber MPO trunks to LC duplex cassettes at the other end of the trunk. The MPO/LC cassettes maintain fiber paths and polarity and provide proper fiber mapping from transmit at one end to receive at the other over a total of twelve 0GbE paths. To maintain the polarity, type B cable (item 7) must be used in the 0Gb/s Cross-Connect area. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x 7 xx 0GbE CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x 7 xx 0GbE 0/ 807EU

13 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-0-x (OM) x MPO - x8 MPO cassette 09- (OM) x MPO - x8 MPO cassette 09- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x LC 0Gb/s cassette 00- (OM) LC duplex patch cable AB/BA y-00-x (OM) 7 fiber MPO patch cable, type B y-09-x (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/LC) per cassette Max. attenuation: 0. db (MPO/MPO) per cassette Max. density port MPO: At near end (x) MPO and 8 (x) LC duplex ports at far end side per HE panel. Max. density port MPO: At near end (x) MPO and 8 (x) LC duplex ports at far end side per HE panel. Fully equipped one panel at near end connects 9 ports over HE panels at far end. 0/ 807EU

14 b -Fiber 0/0 Gigabit Ethernet Cross-Connect INTRODUCTION UCP 0Gb/s fiber cassettes utilize x-fiber MPO trunks supporting connections from switch ports to 0GbE switch port via a fan-out cable at the other end of the channel. MPO based QSFP ports at the switch interface are connected to a MPO/MPO cassette at one end, MPO/ LC fan-out cables divides these signals into duplex LC 0GbE at the other end. UCP 0Gb/s fiber cassettes provide connection from one or two standard -fiber MPO trunks with -fiber dual row connectors to three or six, single row 8-fiber MPO connectors. The fiber MPO type A patch cable to the QSFP transceiver at one side and the MPO/LC fan-out cables at the other side of the link maintain fiber paths and polarity and provides proper fiber mapping from transmit at one end to receive at the other over a total of four 0GbE paths per QSFP port. To maintain the channel polarity a type B cable (item ) must be used in the Cross-Connect area. CONFIGURATION: LOWER DENSITY VARIANT: WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x x CONFIGURATION: HIGHER DENSITY VARIANT: WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x x 0/ 807EU

15 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-0-x (OM) x MPO - x8 MPO cassette 09- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) 8 fiber MPO - x LC duplex Uniboot 0Gb/s Fan-Out y-00-x (OM) x MPO - x8 MPO cassette 09- (OM) fiber MPO patch cable type B y-09-x (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/MPO) cassette. Max. density port MPO: At near end (x) MPO and 8 (xx) LC duplex ports at far end side per HE panel. Max. density port MPO: At near end (x) MPO and 9 (xx) LC duplex ports at far end side per HE panel. 0/ 807EU

16 c -Fiber 0/0 Gigabit Ethernet Cross-Connect INTRODUCTION UCP 0Gb/s fiber cassettes utilize -fiber MPO trunks supporting connections from 0GbE switch ports to 0GbE switch ports. To support connection from switch ports, that have been remotely enabled as four 0GbE independent paths, an MPO to LC duplex fan-out cable at the switch side will connect to the 0GbE path. Optionally, x fiber trunks can be used from the MDA to the switch/server location for when lower density ports are required in that area. All cassettes are compatible with UCP panels, drawers and hardware, and feature a simple, yet highly effective, cable management system. Cassettes snap easily into existing or newly installed UCP chassis, and can be replaced by 0 and 00Gb/s cassettes in the future. CONFIGURATION: -FIBER 0/ CROSS-CONNECT Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x xx 0GbE CONFIGURATION: FIBER- FIBER 0/ CROSS-CONNECT Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack 8 x x 0GbE 7 0/ 807EU

17 ORDERING INFORMATION Item Description Part number 8 fiber MPO - x LC duplex Uniboot 0Gb/s Fan-Out y-00-x (OM) x MPO - x LC quad cassette, straight A-A/B-B 0- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x LC quad cassette, flipped A-B/B-A -0- (OM) LC duplex patch cable AB/BA y-00-x (OM) (opt A) x Fiber MPO F/F trunk, type A y-07-x (OM) (opt B) x Fiber MPO F/F patch cable, type A y-0-x (OM) 7 x MPO - x LC duplex cassette, straight A-A/B-B 7- (OM) 8 x MPO - x LC duplex cassette, flipped A-B/B-A -7- (OM) Supported Application examples: Application 0Gb SR to 0Gb Ethernet 0Gb ESR to 0Gb Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/LC) per cassette. Max. density: At near end x MPO/LC cassettes supports x ( x per cassette) and at far end x MPO/LC cassettes support 8 x 0GbE ( x per cassette) per HE panel 7 0/ 807EU

18 -Fiber 0 Gigabit Ethernet Interconnect INTRODUCTION UCP 0Gb/s fiber cassettes utilize one or two x-fiber MPO trunks supporting connections from switch ports to switch ports. For 0 GbE applications, UCP 0Gb/s fiber cassettes provide connection from one or two standard -fiber MPO trunks with -fiber dual row connectors to three or six, single row 8-fiber MPO connectors. Each fiber trunk supports three 8-fiber links, utilizing all fibers of the trunk without abandoning any fibers. Each cassette supports distribution of three or six 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. The fiber MPO patch cables on each side of the channel can be A or B wired, but cannot be mixed. A six port cassette can be connected to two different port 0Gb/s cassettes to achieve maximum design flexibility. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x x CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x x 8 0/ 807EU

19 CONFIGURATION: VARIANT WITH PORT 0Gb/s CASSETTES SPLITTING UP TO X PORT 0GB/S CASSETTES AT THE FAR END Switch Rack Horizontal Cable Switch Rack or Server Rack x x ORDERING INFORMATION Item Description Part number (opt A) fiber MPO F/F patch cable, type A y-0-x (OM) (opt B) fiber MPO patch cable, type B y-09-x (OM) x MPO - x8 MPO cassette 09- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x MPO - x8 MPO cassette 09- (OM) Do not mix type A and B patch cables in the same channel configuration. Supported Application examples: Application 0Gb SR Ethernet 0Gb ESR Ethernet* Max. Length OM 0m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. attenuation: 0. db (MPO/LC) per cassette. Max. density: With port 0Gb/s cassettes up to and with port 0Gb/s cassettes up to x per HE panel. 9 0/ 807EU

20 -Fiber 0 Gigabit Ethernet Cross-Connect INTRODUCTION UCP 0Gb/s fiber cassettes utilize one or two x-fiber MPO trunks supporting connections from switch ports to switch ports. For 0 GbE applications, UCP 0Gb/s fiber cassettes provide connection from one or two standard -fiber MPO trunks with -fiber dual row connectors to three or six, single row 8-fiber MPO connectors. Each fiber trunk supports three 8-fiber links, utilizing all fibers of the trunk without abandoning any fibers. Each cassette supports distribution of three or six 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. The fiber MPO patch cables (item ) on each end of the channel that connect to the QSFP transceivers must be type A. To maintain the channel polarity a type B cable (item ) must be used in the Cross-Connect area. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x x CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 0Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x x 0 0/ 807EU

21 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-0-x (OM) x MPO - x8 MPO cassette 09- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) fiber MPO patch cable, type B y-09-x (OM) x MPO - x8 MPO cassette 09- (OM) Supported Application examples: Application 0Gb SR Ethernet 0Gb ESR Ethernet* Max. Length OM 00m 00m Note: information based on IEC and IEEE standards. Always check application distance/budget information of the applicable transceivers. *Information from vendors that supply extended range QSFP transceivers. MPOptimate Performance: Max. density: Max. attenuation: 0. db (MPO/MPO) cassette. With port 0Gb/s cassettes up to and with port 0Gb/s cassettes up to x per HE panel. 0/ 807EU

22 7 -Fiber 00 Gigabit Ethernet Interconnect INTRODUCTION UCP 00Gb/s fiber cassettes utilize one or two x-fiber MPO trunks supporting connections from 00GbE switch ports to 00GbE switch ports. When used in pairs with -fiber MPO patch cord they provide proper fiber mapping from transmit at one end to receive at the other end of the link. Cassettes are compatible with UCP panels, drawers and hardware, and feature a simple, yet highly effective, cable management system. Modules simply snap into existing or newly installed UCP chassis. Each unit is fully assembled at the factory and can reside in a chassis with 0, 0, and 00Gb/s cassettes. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 00Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x 00GbE x 00GbE CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 00Gb/s CASSETTES Switch Rack Horizontal Cable Switch Rack or Server Rack x 00GbE x 00GbE 0/ 807EU

23 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-00-x (OM) x fiber MPO - x MPO cassette polarity A 00- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x fiber MPO - x MPO cassette polarity B -00- (OM) x fiber MPO - x MPO cassette polarity A 0- (OM) x fiber MPO - x MPO cassette polarity B -0- (OM) Support application: 00GbE / max. length 0m. MPOptimate Performance: Max. attenuation 0. db (MPO/MPO) per cassette. Max. Density: With port 00Gb/s cassettes up to 8 and with port cassettes up to x 00GbE per HE panel. 0/ 807EU

24 8 -Fiber 00 Gigabit Ethernet Cross-Connect INTRODUCTION UCP 00Gb/s fiber cassettes utilize one or two x-fiber MPO trunks supporting connections from 00GbE switch ports to 00GbE switch ports. When used in pairs with -fiber MPO patch cord they provide proper fiber mapping from transmit at one end to receive at the other end of the link. To maintain the channel polarity a male/male type A cable (item ) must be used in the 00GbE Cross-Connect area. Cassettes are compatible with UCP panels, drawers and hardware, and feature a simple, yet highly effective, cable management system. Modules simply snap into existing or newly installed UCP chassis. Each unit is fully assembled at the factory and can reside in a chassis with 0, 0, and 00GbE cassettes. CONFIGURATION: LOWER DENSITY VARIANT WITH PORT 00Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack x 00GbE x 00GbE CONFIGURATION: HIGHER DENSITY VARIANT WITH PORT 00Gb/s CASSETTES Switch Rack Horizontal Cable MDA Cross-Connect Horizontal Cable Switch Rack or Server Rack 8 x 00GbE x 00GbE 7 0/ 807EU

25 ORDERING INFORMATION Item Description Part number fiber MPO F/F patch cable, type A y-00-x (OM) x fiber MPO - x MPO cassette polarity A 00- (OM) (opt A) fiber MPO F/F trunk, type A y-008-x (OM) (opt B) fiber MPO F/F patch cable, type A y-00-x (OM) x fiber MPO - x MPO cassette polarity B -00- (OM) fiber MPO M/M patch cable, type A y-078-x (OM) port MPO coupler module x fiber MPO - x MPO cassette polarity A 0- (OM) 8 x fiber MPO - x MPO cassette polarity B -0- (OM) Support application: 00GbE / max. length 0m. MPOptimate Performance: Max. attenuation 0. db (MPO/MPO) per cassette. Max. attenuation 0. db (MPO/MPO) per MPO coupler. Max. Density: With port 00Gb/s cassettes up to 8 and with port cassettes up to x 00GbE per HE panel. 0/ 807EU

26 LENGTH TABLE - TRUNK CABLES: 0- - m - - m - - m - - m - - m m m m m 0- - m - - m - - m - - m m m m m m 0- - m - - m - - m m m m m m m 0 - m - - m m m m m m 8-8 m m 0- - m m m m m - - m m m m m m m m - - m - - m m m m m m m - - m - - m - - m m m m m m - - m - - m - - m - - m m m m m - - m - - m - - m - - m - - m m m m - - m - - m - - m - - m - - m - - m m m m - - m - - m - - m - - m - - m m m m LENGTH TABLE - PATCH CABLES: , 0- -,0 9- -, 0- -,0 9- -, 0- -,0 9- -, 0- -,0 9- -, 0- -,0 9- -, 0- -,0 9- -, , , , , , , / 807EU

27 7 0/ 807EU

28 TE ENTERPRISE NETWORKS REGIONAL SALES HEADQUARTERS: North America Greensboro, NC, USA Ph: Fx: Latin America Buenos Aires, Argentina Ph: Fx: EMEA Kessel-Lo, Belgium Ph: +--- Fx: SAARC Bangalore, India Ph: Fx: Asia Hong Kong, China Ph: Fx: Pacific Sydney, Australia Ph: Fx: TE ENTERPRISE NETWORKS IN EUROPE, MIDDLE EAST AND NORTH AFRICA: Austria Vienna Ph: Fx: Belarus Minsk Ph: Fx: Belgium Kessel-Lo Ph: +--- Fx: +--- Bulgaria Sofia Ph: Fx: Czech Rep. & Slovakia Brno Ph: Fx: Denmark Glostrup Ph: Fx: Egypt Cairo Ph: Fx: Finland Helsinki Ph: Fx: France Cergy-Pontoise Ph: Fx: Germany Darmstadt Ph: Fx: Hungary Budapest Ph: Fx: Italy Collegno (Torino) Ph: Fx: Kazakhstan Almaty Ph: Fx: Lithuania Vilnius Ph: Fx: Netherlands Den Bosch Ph: Fx: Norway Nesbru Ph: Fx: Poland Warsaw Ph: Fx: Portugal Evora Ph: Fx: Romania Bucharest Ph: Russia Moscow Ph: Fx: Spain Montcada (Barcelona) Ph: Fx: Sweden Upplands Väsby Ph: Fx: Switzerland Steinach Ph: Fx: Turkey Istanbul Ph: Fx: U.A.E. Dubai Ph: Fx: UK Tewkesbury, Glos Ph: Fx: Ukraine Kiev Ph: Fx: CONFIGURATION AND ORDERING GUIDE Contact us: Please contact us at one of the regional offices shown above. TE Enterprise Networks: TE Connectivity: TE Connectivity, TE connectivity (logo), Tyco Electronics, and TE (logo) are trademarks of the TE Connectivity Ltd. family of companies and its licensors. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity's obligations shall only be as set forth in TE Connectivity's Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application. 0 TE Connectivity family of companies. All rights reserved. 807EU 0/ Original