Plug & Play Universal Systems

Transcription

1 100G Ready performance Maximum skew of 0.75 ns Product is assured to work in parallel optic applications for Ethernet, Fibre Channel and InfiniBand MTP /LC Duplex Module TRAINING SPLICE EQUIPMENT High-density cable is used for 12- and 24-fiber trunks to provide high density in low-fiber-count applications and easier routing in patch panels. For 36- to 144-fiber applications, high-density cable provides space savings and convenient fiber deployment. TEST EQUIPMENT Ensures product will meet the requirements of 100G Ethernet applications Offers enhanced bend performance, allowing tighter cable routing without negatively impacting system performance Factory-terminated solutions provide improved system performance, ensure component compatibility and yield consistent quality. This value-added system significantly reduces installation time and cost by streamlining the process of deploying an optical networking infrastructure in the premises environment, particularly in data center applications. SPLICE CLOSURES Corning ClearCurve 50 µm Optical Fiber Provide a means of meeting increasingly stringent network performance requirements Standard and low-loss components Enable moves, adds and changes without polarity concerns; provide a simple migration path between 2-fiber and parallel optics applications Pretium Connector Housing CABLE ASSEMBLIES Universal wired modular system components Corning Cable Systems Plug & Play Universal Systems are preterminated optical fiber cabling systems designed to dramatically improve performance for the increasing demand for high speeds in data center LAN/SAN, enterprise building backbone and fiber-to-the-desk applications. features and benefits HARDWARE Plug & Play Universal Systems Rack CONNECTORS Switch MTP Adapters Panel Trunk Extender Trunk SPECIFICATION SHEET LAN-664-EN PAGE 1 ZA-2845 Plug & Play Universal Systems Components Drawing ZA-2845 PRETERMINATED SYSTEMS MTP/LC Duplex Module CABLES MTP/LC Harness

2 Trunk with Low-Loss Modules/Harnesses and Low-Loss Jumpers on Each End Electronics Low-Loss Jumper Low-Loss Module or Harness Trunk Maximum Channel Loss = Fiber Loss: Low-Loss = db Standard = db Low-Loss Module or Harness Low-Loss Jumper Electronics Maximum Loss: Low-Loss = 0.5 db Standard = 0.75 db Maximum Loss: Low-Loss = 0.5 db Standard = 0.75 db When harnesses are used, scenario assumes discrete connectors on harnesses are installed into patch panels and low-loss jumpers are used to mate into electronics. Trunk and Extender Trunk with Low-Loss Modules/Harnesses and Low-Loss Jumpers on Each End Electronics Low-Loss Jumper Low-Loss Module or Harness Trunk Extender Trunk Low-Loss Module or Harness Low-Loss Jumper Electronics Maximum Loss = 0.35 db Maximum Loss: Low-Loss = 0.5 db Standard = 0.75 db Maximum Channel Loss = Fiber Loss: Low-Loss = db Standard = db Maximum Loss: Low-Loss = 0.5 db Standard = 0.75 db When harnesses are used, scenario assumes discrete connectors on harnesses are installed into patch panels and low-loss jumpers are used to mate into electronics. Electronics Low-Loss Jumper End 1 Trunk with Low-Loss Module/Harness and Low-Loss Jumpers on End 1; Low-Loss Harness on End 2 Installed Directly into Electronics Low-Loss Module or Harness Maximum Loss: Low-Loss = 0.5 db Standard = 0.75 db. Trunk Maximum Channel Loss = Fiber Loss: Low-Loss = db Standard = db Maximum Loss = 0.35 db When harnesses are used, scenario assumes discrete connectors on harnesses are installed into patch panels and low-loss jumpers are used to mate into electronics on End 1; discrete connectors at End 2 are installed directly into electronics. End 2 Low-Loss Harness Electronics Plug & Play Universal Systems Configurations Drawing ZA-3082 specifications Insertion Loss (db) Single-Mode 62.5 µm LANscape Pretium 300 Solutions LANscape Pretium 550 Solutions Standard Standard Standard Low-Loss Standard Low-Loss Performance Performance Performance Performance Performance Performance Connected Mated Pairs LC SC MTP Connector Modules/Harnesses LC SC ITM LC SC Skew (ns) Maximum MTP to MTP MIC 250 Cable and Ribbon Trunks 0.75 ns at 300 m SPECIFICATION SHEET LAN-664-EN PAGE 2

3 Plug & Play Universal Systems Trunks Plug & Play Universal Systems trunks are available in fiber counts of 12 to 144 fibers. Trunks are terminated with the MTP Connector for high-density applications to provide space savings and rapid deployment with minimal error. The 12-fiber push-pull optical connector has a footprint similar to the SC simplex connector and provides a space savings of up to 45 percent and three times the fiber-tray capacity over traditional bulkier cabling solutions when used in conjunction with high-density cables. This serves to minimize weight in the cable tray and reduce impediments to air flow for cooling. MTP to MTP Trunk Photo LAN1343 SPECIFICATION SHEET LAN-664-EN PAGE 3 Corning Cable Systems pulling grip and furcation plug make deployment and installation quick and easy. The pulling grip provides unsurpassed connector protection and intuitive access to the preterminated assembly for rapid network deployment. The pulling grip is designed to withstand 100 lb of force for duct applications. The small-form-factor furcation plug mechanically joins the trunk cable and furcation legs, providing strain-relief and a design that allows easy integration into Corning Cable Systems hardware. Optional brackets are available for mounting the furcation plug into patch panels, racks or cabinets. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

4 ordering information Plug & Play Universal Systems MTP Connector Trunks U Select grip application. A=Grip on first end only B=Grip on both ends N = No grip 2 Select MTP Connector (end one or outside of reel). Single-Mode 90 = Non-pinned Multimode 69 = 62.5 µm performance, non-pinned 75 = Pretium -Performance, non-pinned 3 4 Select standard fiber count. 12 = 12 fibers 24 = 24 fibers 36 = 36 fibers 48 = 48 fibers 72 = 72 fibers 96 = 96 fibers E4 = 144 fibers 5 Select fiber type. K = 62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber R= Single-mode Select MTP Connector (end two or inside of reel). Use options from item Select cable type. 12 and 24 Fibers D8 = Non-armored plenum AD = Armored plenum 36, 48, 72, 96 and 144 Fibers C8 = Non-armored plenum CA = Armored plenum See Note 1. 7 Select leg length on end one or outside of reel. A=24 in (-0/+5 in), standard construction B=36 in (-0/+5 in) See Note 2. 8 Select leg length on end two or inside of reel. Use options from item 7. 9 Defines trunk type. U= Universal MTP to MTP trunk Select cable length (measured from furcation plug to furcation plug) Select unit of measure. M= Meters F=Feet Notes: 1) Please contact Customer Service for non-standard indoor and outdoor cable offerings. 2) Furcation legs are color-coded by fiber type: K = Orange T and Q = Aqua R = Yellow 3) In order to guarantee a low-loss system, use Pretium- Performance trunk, low-loss module, harness and jumpers. 4) Plug & Play Universal Systems CCH modules contain fibers configured in the Universal Wiring Scheme and must be mated to Plug & Play Universal Systems MTP Connector trunks. SPECIFICATION SHEET LAN-664-EN PAGE 4

5 Plug & Play Universal Systems Extender Trunks Plug & Play Universal Systems extender trunks are used to distribute portions, or all, of the fibers in a Plug & Play Universal Systems trunk to other areas in the infrastructure. For example, a high-fiber-count trunk can be deployed from a main distribution area (MDA) to a zone distribution area (ZDA). Lower-fiber-count extender trunks can then be utilized to distribute fiber from the ZDAs into cabinets. Plug & Play Universal Systems MTP Extender Trunks Photo LAN798 SPECIFICATION SHEET LAN-664-EN PAGE 5 Extender trunks are manufactured with pinned MTP Connectors on one end of the cable trunk and nonpinned MTP Connectors on the other end. The pinned MTP Connectors on the extender trunk mate with the non-pinned connectors of the Plug & Play Universal Systems trunk. The non-pinned MTP Connectors on the extender trunk are plugged into the low-loss module or mated to a low-loss harness via an MTP adapter panel. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

6 ordering information Plug & Play Universal Systems MTP Extender Trunks X Select grip application. A=Grip on first end only B=Grip on both ends N = No grip 2 Select MTP Connector (end one or outside of reel). Single-Mode 89 = Pinned Multimode 70 = 62.5 µm performance, pinned 93 = Pretium -Performance, pinned 3 Select MTP Connector (end two or inside of reel). Single-Mode 90 = Non-pinned Multimode 69 = 62.5 µm performance, non-pinned 75 = Pretium-Performance, non-pinned See Note 1. Select standard fiber count. 12 = 12 fibers 24 = 24 fibers 36 = 36 fibers 48 = 48 fibers 72 = 72 fibers 96 = 96 fibers E4 = 144 fibers 5 Select fiber type. K = 62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber R= Single-mode 6 Select cable type. 12 and 24 Fibers D8 = Non-armored plenum AD = Armored plenum 36, 48, 72, 96 and 144 Fibers C8 = Non-armored plenum CA = Armored plenum See Note 2. Select leg length on end one or outside of reel. A=24 in (-0/+5 in), standard construction B=36 in (-0/+5 in) See Note 3. 8 Select leg length on end two or inside of reel. Use options from item 7. 9 Defines trunk type. X=Universal MTP to MTP extender trunk 10 Select cable length (measured from furcation plug to furcation plug) Select unit of measure. M= Meters F=Feet Notes: 1) Extender trunks have pinned MTP Connectors on one end and non-pinned MTP Connectors on the other end. Alignment of the MTP Connector is achieved when mating a pinned MTP Connector to a non-pinned MTP Connector. Attempting to mate two pinned MTP Connectors or two nonpinned MTP Connectors will not produce the desired optical performance. 2) Please contact Customer Service for non-standard indoor and outdoor cable offerings. 3) Furcation legs are color-coded by fiber type: K = Orange T and Q = Aqua R = Yellow 4) In order to guarantee a low-loss system, use Pretium- Performance trunk, low-loss module, harness and jumpers. SPECIFICATION SHEET LAN-664-EN PAGE 6

7 Plug & Play Universal Systems Hybrid Connector Trunks and Hybrid Extender Trunks Plug & Play Universal Systems hybrid connector trunks are terminated with MTP Connectors on one end of the trunk and LC or SC connectors on the other end for applications requiring one end of the trunk to connect directly into system equipment or patch panels. Both Plug & Play Universal Systems trunks and extender trunks are available in hybrid connector options. Plug & Play Universal Systems Hybrid Connector Trunk Photo LAN801 SPECIFICATION SHEET LAN-664-EN PAGE 7 PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

8 ordering information Plug & Play Universal Systems Hybrid Trunks W Select grip application. A=Grip on first end only B=Grip on both ends N = No grip 2 Select MTP Connector (end one or outside of reel). Single-Mode 90 = Non-pinned Multimode 69 = 62.5 µm performance, non-pinned 75 = Pretium -Performance, non-pinned 3 Select the connector (end two or inside of reel). LC Duplex 05 = Multimode 04 = Single-mode, UPC LC Simplex 10 = Single-mode, APC SC Duplex 57 = Multimode 72 = Single-mode, UPC SC Simplex 65 = Single-mode, APC See Note 1. Select standard fiber count. 12 = 12 fibers 24 = 24 fibers 36 = 36 fibers 48 = 48 fibers 72 = 72 fibers 96 = 96 fibers E4 = 144 fibers 5 Select fiber type. K = 62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber R= Single-mode 6 Select cable type. 12 and 24 Fibers D8 = Non-armored plenum AD = Armored plenum 36, 48, 72, 96 and 144 Fibers C8 = Non-armored plenum CA = Armored plenum See Note 2. Select leg length on end one or outside of reel. A=24 in (-0/+5 in), standard construction B=36 in (-0/+5 in) See Note 3. 8 Select leg length on end two or inside of reel. 900 µm O.D. Legs F = 24 in (-0/+3 in) G = 36 in (-0/+3 in), standard construction H = 48 in (-0/+3 in) S = 60 in (-0/+3 in) T = 72 in (-0/+3 in) V = 79 in (-0/+3 in) Y = 98 in (-0/+3 in) 2.0 mm O.D. Legs K = 24 in (-0/+3 in) L = 36 in (-0/+3 in), standard construction M = 48 in (-0/+3 in) N = 60 in (-0/+3 in) P = 72 in (-0/+3 in) Q = 79 in (-0/+3 in) R = 98 in (-0/+3 in) See Note 4. 9 Defines trunk type. W= Universal hybrid trunk Select cable length (measured from furcation plug to furcation plug) Tolerance: -0/+2 ft (-0/+0.7 m) 11 Select unit of measure. M= Meters F=Feet Notes: 1) Low-loss available with SC duplex, LC duplex and MTP Connectors on multimode Pretium 300 and 550 Solutions only. 2) Please contact Customer Service for non-standard indoor and outdoor cable offerings. 3) Furcation legs are color-coded by fiber type: K = Orange T and Q = Aqua R = Yellow 4) In order to guarantee a low-loss system, use Pretium- Performance trunk, low-loss module, harness and jumpers. SPECIFICATION SHEET LAN-664-EN PAGE 8

9 ordering information Plug & Play Universal Systems Hybrid Extender Trunks 1 SPECIFICATION SHEET LAN-664-EN PAGE 9 Z Select grip application. A=Grip on first end only B=Grip on both ends N = No grip 2 Select MTP Connector (end one or outside of reel). Single-Mode 89 = Pinned Multimode 70 = 62.5 µm performance, pinned 93 = Pretium -Performance, pinned See Note Select the connector (end two or inside of reel). LC Duplex 05 = Multimode 04 = Single-mode, UPC LC Simplex 10 = Single-mode, APC SC Duplex 57 = Multimode 72 = Single-mode, UPC SC Simplex 65 = Single-mode, APC See Note 2. 4 Select standard fiber count. 12 = 12 fibers 24 = 24 fibers 36 = 36 fibers 48 = 48 fibers 72 = 72 fibers 96 = 96 fibers E4 = 144 fibers 5 Select fiber type. K=62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber R= Single-mode 6 Select cable type. 12 and 24 Fibers D8 = Non-armored plenum AD = Armored plenum 36, 48, 72, 96 and 144 Fibers C8 = Non-armored plenum CA = Armored plenum See Note 3. 7 Select leg length on end one or outside of reel. A=24 in (-0/+5 in), standard construction B=36 in (-0/+5 in) See Note 4. 8 Select leg length on end two or inside of reel. 900 µm O.D. Legs F = 24 in (-0/+3 in) G = 36 in (-0/+3 in), standard construction H = 48 in (-0/+3 in) S = 60 in (-0/+3 in) T = 72 in (-0/+3 in) V = 79 in (-0/+3 in) Y = 98 in (-0/+3 in) 2.0 mm O.D. Legs K = 24 in (-0/+3 in) L = 36 in (-0/+3 in), standard construction M = 48 in (-0/+3 in) N = 60 in (-0/+3 in) P = 72 in (-0/+3 in) Q = 79 in (-0/+3 in) R = 98 in (-0/+3 in) See Note 4. 9 Defines trunk type. Z=Universal hybrid extender trunk 10 Select cable length (measured from furcation plug to furcation plug) Select unit of measure. M= Meters F=Feet Notes: 1) Hybrid universal extender trunks have pinned MTP Connectors on one end and single-fiber connectors on the other end. Alignment is achieved when mating a pinned MTP Connector to a non-pinned MTP Connector. Attempting to mate two pinned MTP Connectors or two non-pinned MTP Connectors will not produce the desired optical performance. 2) Low-loss available with SC duplex, LC duplex and MTP Connectors on multimode Pretium 300 and 550 Solutions only. 3) Please contact Customer Service for non-standard indoor and outdoor cable offerings. 4) Furcation legs are color-coded by fiber type: K = Orange T and Q = Aqua R = Yellow 5) In order to guarantee a low-loss system, use Pretium- Performance trunk, low-loss module, harness and jumpers. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

10 Plug & Play Universal Systems Modules Corning Cable Systems Plug & Play Universal Systems modules are used to break out the 12-fiber MTP Connectors terminated on trunk cables into shuttered LC duplex or SC duplex connectors to facilitate patching into system equipment ports, patch panels or work area outlets. The module features shuttered LC duplex or SC duplex port adapters across the front and one or two MTP Connector adapters across the back. A factoryterminated and -tested optical fiber assembly inside the module connects the front adapters to the back MTP Connector adapter(s). The modules are designed to fit into Corning Cable Systems LANscape Pretium Solutions hardware and are available with 12-fiber configurations for SC duplex connectors and 12 or 24-fiber configurations for shuttered LC duplex connectors. The modules contain a silk screen with port and fiber labeling to aid in system administration. The modules reduced-depth footprint provides added room for routing cables into the back of hardware, while providing a solution for shallow, raised-floor boxes. This provides adaptability for the changing data center environment. Modules with shuttered LC duplex adapters have additional benefits when compared to traditional LC duplex adapters. Corning Cable Systems shuttered LC adapters feature an integral shutter system that opens internal to the adapter and allows single-handed connector insertion and removal. While the primary purpose of the shutter is to provide dust protection without having to remove and store dust caps, the shutter mechanism also provides VFL compatibility. When a VFL is used at the end of the link, the corresponding fiber port on the opposite end is illuminated through the shutter. The use of Plug & Play Universal Systems modules in the data center offers the advantage of greater manageability and flexibility with a modular infrastructure. As future connectivity requirements change, modules can be easily exchanged to meet those needs, while leaving the existing trunk cable infrastructure in place. Plug & Play Universal Systems Shuttered LC Duplex Module Photo LAN1755 SPECIFICATION SHEET LAN-664-EN PAGE 10

11 ordering information Plug & Play Universal Systems Modules 1 CCH - UM - - Select fiber count. 12 = 12 fibers 24 = 24 fibers 2 Select adapters on module front. Shuttered LC Duplex 05 = Multimode 04 = Single-mode 18 = Single-mode, APC SC Duplex (12-fiber max) 57 = Multimode 72 = Single-mode, UPC 66 = Single-mode, APC SPECIFICATION SHEET LAN-664-EN PAGE Select MTP Connector adapter on module back. 70 = Standard performance, multimode, pinned 93 = Pretium Low-Loss Performance, multimode, pinned 89 = Single-mode, pinned See Notes 1 and 2. 4 Select fiber type. K=62.5 µm multimode fiber T=50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q= 50/125 µm multimode (OM4), Pretium 550 Solutions fiber G = Single-mode ultra-bendable fiber (OS2) Notes: 1) In order to guarantee a low-loss system, use Pretium- Performance trunk, low-loss module, harness and jumpers. 2) Low-loss available with SC duplex, LC duplex and MTP Connectors on multimode Pretium 300 and 550 Solutions only. 3) CCH modules are not compatible with HDH hardware. 4) Plug & Play Universal Systems CCH modules contain fibers configured in the Universal Wiring Scheme and must be mated to Plug & Play Universal Systems MTP Connector trunks. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

12 Plug & Play Universal Systems Harness Plug & Play Universal Systems harnesses are used to break out the 12-fiber MTP Connectors terminated on trunk cables into duplex-style connectors. With a pinned MTP Connector on one end that connects to a Plug & Play Universal Systems trunk, the other end is equipped with simplex or duplex-style connectors designed to accommodate many ranges of leg-length requirements to ease fiber routing. The assembly uses a round plenum-rated interconnect cable with a small outside diameter which allows for easy routing without preferential bend concerns. The LC and SC duplex connectors are terminated on 2.0 mm legs, available in a range of lengths, providing a rugged solution in applications where up-jacketed legs are needed for direct installation into system electronics. Use of harnesses provide a solution that occupies less space than traditional jumpers, as the cable end of the harness is much smaller than the equivalent six 2-fiber patch cords. Plug & Play Universal Systems Harness Photo LAN802 SPECIFICATION SHEET LAN-664-EN PAGE 12

13 ordering information Plug & Play Universal Systems Harness 1 H 12 E8 - Z Select MTP Connector. 70 = Standard performance, multimode, pinned 93 = Pretium Low-Loss Performance, multimode, pinned 89 = Single-mode, pinned Select the break-out connector type. LC Duplex 05 = Multimode 04 = Single-mode 18 = Single-mode, APC SC Duplex (12-fiber max) 57 = Multimode, 568SC 72 = Single-mode, 568SC, UPC 66 = Single-mode, APC 3 SPECIFICATION SHEET LAN-664-EN PAGE 13 Select fiber type. K = 62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber R= Single-mode 4 Defines cable type. E8 = Plenum interconnect 5 Select leg length in inches (leg OD is 2.0 mm). J = 12 in (-0/+3 in) K = 24 in (-0/+3 in) L = 36 in (-0/+3 in), standard construction M = 48 in (-0/+3 in) N = 60 in (-0/+3 in) P = 72 in (-0/+3 in) Q = 79 in (-0/+3 in) R = 98 in (-0/+3 in) See Note 1. 6 Defines harness type. Z = Universal wired harness 7 Select overall harness length (overall length includes the break-out connector leg lengths) Select unit of measure. M= Meters F=Feet Notes: 1) Furcation legs are color-coded by fiber type: K = Orange T and Q = Aqua R = Yellow 2) In order to guarantee a low-loss system, use Pretium- Performance trunk, low-loss module, harness and jumpers. 3) Low-loss available with SC duplex, LC duplex and MTP Connectors on multimode Pretium 300 and 550 Solutions only. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

14 Jumpers and Reference Jumpers Corning Cable Systems offers the most complete line of connectors and factory-terminated cables, including low-loss jumpers to meet or exceed all industry standards for reflectance and insertion loss. Corning Cable Systems advanced, state-of-the-art manufacturing process ensures unsurpassed connector performance. Fibers and ferrules are thoroughly screened at the beginning of every process, assembled and polished in a carefully monitored and controlled process, and tested to ensure the same outstanding quality in every connector. Low-Loss Jumpers Photo LAN663 SPECIFICATION SHEET LAN-664-EN PAGE 14

15 ordering information Plug & Play Universal Systems Standard Jumpers Select performance. E=Pretium Low-Loss C = Pretium Standard Loss = Leave blank for 62.5 µm multimode Select connector type for end one. 05 = LC duplex 57 = SC duplex 3 SPECIFICATION SHEET LAN-664-EN PAGE 15 Select connector type for end two. Use options from item 2. 4 Defines fiber count. 02 = 2 fibers Plug & Play Universal Systems Reference Jumpers 1 5 Select fiber type. K = 62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber G= Single-mode ultra-bendable fiber (OS2) Select performance. E = Pretium Low-Loss C = Pretium Standard Loss = Leave blank for 62.5 µm multimode 2 Select connector type for end one. 03 = LC duplex 39 = SC duplex 3 Select connector type for end two. Use options from item 2. 4 Defines fiber count. 01 = 1 fiber 5 8 Select fiber type. K = 62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber G= Single-mode ultra-bendable fiber (OS2) 6 Defines cable type = Zipcord, 2.0 mm legs 7 Select cable length Select unit of measure. M= Meters F=Feet 6 Defines cable type = Single-fiber cable, 2.0 mm 7 Select cable length Select unit of measure. M= Meters F=Feet PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

16 ordering information MTP Connector Jumpers Select MTP Connector. 00 = No connectors (use when ordering a pigtail) Multimode 70 = 62.5 µm performance, pinned 69 = 62.5 µm performance, non-pinned 93 = Pretium -Performance, pinned 75 = Pretium-Performance, non-pinned Single-mode 89 = Pinned 90 = Non-pinned See Note 1. 3 Defines fiber count. 12 = 12 fibers 4 Select cable code based on construction and fiber type (see Table A). 5 Select cable assembly length. 001 to 999 See Note 2. 6 Select unit of measure. M= Meters F=Feet Notes: 1) Base connector code based on type of adapter used at the patch panel and the electronic interface connector. Always use the lowest code first when constructing the part number. 2) For lengths greater than 999, contact a Corning Cable Systems Customer Service Representative. Table A LANscape Fiber Type Pretium 300 Cable Type 62.5 µm 50 µm Solutions Single-Mode Cable Listing: Riser OFNR Ribbon Interconnect Cable KJ140 BJ131 TJ131 RJ131 Cable Listing: Plenum OFNP Ribbon Interconnect Cable KJ840 BJ831 TJ831 RJ831 Note: Please contact Customer Service for Pretium 550 Solutions cable assembly part numbers. SPECIFICATION SHEET LAN-664-EN PAGE 16

17 Plug & Play Universal Systems Integrated Trunk Modules The Plug & Play Universal Systems Integrated Trunk Module (ITM) is a value-adding complement to the preterminated fiber optic cabling system pioneered by Corning Cable Systems. The Integrated Trunk Module is a preterminated 12-fiber MTP Connector trunk assembly integrated into a Plug & Play Universal Systems module. The trunk cable stored within the module is easily deployed to an exact length, so precise pre-planning of cable length is not required. The ITM provides a quick and convenient method for deploying and/or redeploying optical connectivity. It is ideal for deployment in zone distribution architectures, from the zone distribution area to equipment cabinet(s). Additionally, the ITM can be easily deployed between the data center main distribution area and individual cabinet locations. The ITM features a sliding tray that rotates to one side making it easier to access and deploy the trunk cable. Once the trunk cable has been deployed, the remaining excess cable can be stored within the sliding tray to eliminate slack. Integration of a trunk and module eliminates an MTP Connector pair, yielding a decrease in channel insertion loss. The ITM is designed with shuttered LC duplex or SC duplex adapters and features port and fiber labeling to aid in system administration. Modules with shuttered LC duplex adapters have additional benefits when compared to traditional LC duplex adapters: Corning Cable Systems shuttered LC duplex adapters feature an integral shutter system that opens internal to the adapter and allows single-handed connector insertion and removal. While the primary purpose of the shutter is to provide dust protection without having to remove and store dust caps, the shutter mechanism also provides VFL compatibility. When a VFL is used at SPECIFICATION SHEET LAN-664-EN PAGE 17 Plug & Play Universal Systems Integrated Trunk Modules, 40 ft (open view) Photo LAN768 Plug & Play Universal Systems Integrated Trunk Modules, 40 ft Photo LAN764 the end of the link, the corresponding fiber port on the opposite end is illuminated through the shutter. An internal strain-relief bracket and boot are provided for strain-relief and bend-radius protection. The integrated trunk modules fit into specifically designed rack-mountable hardware. There are three housings to choose from: Two 1U options (PCH-M3-ITM and CPP-ITM-PNL) One 4U housing (PCH-04U) These ITM-compatible housings are quick to install, include port and fiber labeling to aid in system administration and include everything required for installation. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

18 specifications Integrated Trunk Module Cable Trunk Length* Module Width Module Insertion Loss Performance** Hardware Compatibility 40, 80, 120, 160, 200 ft 1 panel space 1.3 db max (single-mode) 0.75 db max (multimode) PCH-M3-ITM (holds up to 3) CPP-ITM-PNL (holds up to 2) PCH-04U (holds up to 12) *All ITMs have 40 ft of trunk cable stored inside the ITM and the remaining cable is stored outside of the ITM. **Maximum loss of each fiber, single-mode or multimode, measured at 1300 nm. ordering information Plug & Play Universal Systems Integrated Trunk Modules ITMU F Select adapters on module front. Shuttered LC Duplex 05 = Multimode 04 = Single-mode SC Duplex 57 = Multimode 72 = Single-mode 2 Select MTP Connector. 89 = Single-mode, pinned 90 = Single-mode, non-pinned 70 = Multimode, pinned 69 = Multimode, non-pinned 3 Select fiber type. K=62.5 µm multimode fiber T = 50/125 µm multimode (OM3), LANscape Pretium 300 Solutions fiber Q = 50/125 µm multimode (OM4), Pretium 550 Solutions fiber R= Single-mode 4 Select length. 40 = 40 ft of cable; 1-panel space wide 80 = 80 ft of cable; 1-panel space wide 120 = 120 ft of cable; 1-panel space wide 160 = 160 ft of cable; 1-panel space wide 200 = 200 ft of cable; 1-panel space wide Notes: 1) All ITMs have 40 ft of trunk cable stored inside the ITM and the remaining cable is stored outside of the ITM. 2) Plug & Play Universal Systems are constructed with a value-added fiber polarity wiring solution that is not backwards compatible with systems utilizing a fiber pair-wise flip polarity solution, which is part of the Plug & Play Classic Systems solutions. SPECIFICATION SHEET LAN-664-EN PAGE 18

19 notes SPECIFICATION SHEET LAN-664-EN PAGE 19 PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE SPLICE CLOSURES TEST EQUIPMENT SPLICE EQUIPMENT TRAINING

20 notes Corning Cable Systems LLC PO Box 489 Hickory, NC USA FAX: International: Corning Cable Systems reserves the right to improve, enhance and modify the features and specifications of Corning Cable Systems products without prior notification. LANscape, MIC and Pretium are registered trademarks of Corning Cable Systems Brands, Inc. Plug & Play is a trademark of Corning Cable Systems Brands, Inc, ClearCurve and Corning are registered trademarks of Corning Incorporated. MTP is a registered trademark of USConec, Ltd. ST is a registered trademark of Lucent Technologies. All other trademarks are the properties of their respective owners. Corning Cable Systems is ISO 9001 certified. 2005, 2009 Corning Cable Systems. All rights reserved. Published in the USA. LAN-664-EN / November 2009 SPECIFICATION SHEET LAN-664-EN PAGE 20