Enhanced Management Frame (EMF)

features and benefits Individual 12-fiber modules Integrated splice capability Modules extend/retract independently Top and rear strain-relief Reduced fiber routing density Improved density Maximize scalability and modularity Enables on-frame splicing without sacrificing density when using standard EMF modules Minimizes connector disturbance Ensures bend-radius control Reduce fiber trough build by 91% when using EMF- MTP Housings Increased density with EMF-Pretium EDGE Housings and modules with LC Connectors - 2,304 fiber terminations Enhanced Management Frame Photo FOH003 The Enhanced Management Frame (EMF) is designed for FTTx, cross-connect and interconnect applications. The integrated modular design allows growth and expansion of a fiber management system one frame, one module and one fiber termination at a time. User-friendly features such as single jumper length, in-bay jumper storage, transparent modules and multiple inter-bay routing options make this frame an ideal solution for both FTTx deployments and traditional cross-connect and interconnect applications. The EMF utilizes a single 12-fiber module that may be configured with splitters/couplers and wavelength division multiplexers (WDMs) that support today s FTTx passive optical networks. Other module options include pigtailed, stubbed, empty and with adapters only. Each module extends and retracts independently from the frame for minimal adjacent connector disturbance and a quiet-front appearance. Splicing facilities within the module maintain the maximum 1728-fiber terminations with SC and LC connectors. By splicing off the frame and specifying EMF-Pretium EDGE housings/modules and LC connectors, frame density increases to 2,304 fiber terminations. Integrated fiber management within modules will store 3 m of buffer tube or ribbon slack and 1 m of 900 µm pigtail slack. Factory-stubbed termination modules and housings are available for both the left and right side of the frame. By specifying the EMF-MTP housings on the left and right side of the EMF frame, the quantity of individual fiber jumpers can be reduced from 1,728 to 144 with 12-fiber MTP module stubs. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 1

Inter-bay jumper slack storage enables the use of a single jumper length, minimizing the variation of jumper length. Staggered side-mounted routing guides on the module housings allow clean fiber management and control pathways for front-to-rear jumper routing. There is full bend-radius control throughout the frame with top and rear strain-relief. Open Top for Easy Interconnection Routing Full Radius Control for Minimum-Bend- Radius Protection Throughout Frame Top Cable Strain-Relief Integrated IBU for Single- Jumper-Length Slack Storage Optional Full-Length Rear Troughing System Wide Fiber Routing Area with Separate Routing Zones Protective Lower Fiber Cover Enhanced Management Frame Photo FOH004 SPECIFICATION SHEET EVO-278-EN PAGE 2

Transparent Module for Easy Internal Inspection EMF Module Photo FOH032 Staggered Side-Routing Guides Prevent Jumper Stack-Up EMF Housing Photo FOH035 Individual 12-Fiber Access from Sliding Module Front-Loading Housing; Six 12-Fiber Modules in each Housing Terminate 72 Fibers Module Handle Folds Down for Enhanced Connector Access Full Radius Control EMF Housing with Pretium EDGE Module Photo LAN2325 PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 3

EMF - Pretium EDGE Housing EMF- Pretium EDGE Left-Hand Module EMF- Pretium EDGE Right-Hand Module 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 *Note: For adapter part numbers, see page 6. Left Module (Top View) Drawing ZA-926 EMF-Pretium EDGE Housing Drawing ZA-3873 6 Left Modules and 6 Right Modules per Housing 72 Left Modules and 72 Right Modules per Frame Left Module (Bottom View) Drawing ZA-931 Modules per Housing and Frame Drawing ZA-921 SPECIFICATION SHEET EVO-278-EN PAGE 4

Housings and Modules Housings and modules for the EMF are available in four configurations: Empty Loaded with adapter modules Pigtailed Stubbed Housings and modules for the EMF-Pretium EDGE are available in two configurations: Empty Loaded with modules specifications Adapter Capacity EMF Module, 12-Fiber Photo FOH011 Adapter Terminations Terminations Terminations Type per Module per Housing per Frame SC 12 72 1,728 LC 12 72 1,728 FC 12 72 1,728 LC 12 96 2,304 ordering information Housings Empty CCF-CML-072 CCF-CMR-072 CCF-CML-07289 CCF-CMR-07289 CCF-CML-96EDGE CCF-CMR-96EDGE Empty Left EMF Housing; holds 6 EMF modules Empty Right EMF Housing; holds 6 EMF modules Empty Left-Hand Housing with MTP option, holds 6 EMF modules Empty Right-Hand Housing with MTP option, holds 6 EMF modules Dimensions (H x W x D) cm (in) 13.97 x 21.92 x 29.84 (5.5 x 8.6 x 11.75) 13.97 x 21.92 x 29.84 (5.5 x 8.6 x 11.75) Empty Left EMF-Pretium EDGE Housing, holds 8 Pretium EDGE modules Empty Right EMF-Pretium EDGE Housing, holds 8 Pretium EDGE modules PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 5

ordering information (continued) Housings Loaded with Modules and Adapters Dimensions (H x W x D) cm (in) CCF - CML - 1 2 Left EMF Housing with adapters and modules installed 13.97 x 21.84 x 29.84 (5.5 x 8.6 x 11.75) CCF - CMR - 1 2 Right EMF Housing with adapters and modules installed 13.97 x 21.84 x 29.84 (5.5 x 8.6 x 11.75) 1 Select number of fibers requiring adapters. 00 = Empty module 01-12 = 1-12 adapters 2 Select adapter code. Single-Mode 3C = SC ultra 6C = SC angled A9 = LC duplex ultra B3 = LC duplex angled Multimode 39 = SC A7 = LC duplex Notes: 1) Maximum SC adapter capacity is 12 per module. 2) Maximum LC adapter capacity is 6 duplex per module. Example CCF-CML-726C Left EMF Housing loaded with modules, 72 SC APC adapters installed Single Adapter Only s ADP-SC00-CCGDF-CLS ADP-SC00-CCNDF-CLS ADP-DLC0-CCGRC-CLS ADP-DLC0-CCNRC-CLS ADP-FC00-MMXTH-NLS Adapter, SC APC simplex with mounting clip Adapter, SC UPC simplex with mounting clip Adapter, LC APC duplex, reduced flange, integral clip Adapter, LC UPC duplex, reduced flange, integral clip Adapter, FC UPC, threaded flange SPECIFICATION SHEET EVO-278-EN PAGE 6

ordering information (continued) 1 Modules Loaded with Adapters CCML - 1 EMF - MTP Modules CCML1203 CCMR1203 1 1 2 CCMR - 1 2 Select number of fibers requiring adapters. 00 = Empty module 01-12 = 1-12 adapters Example CCML12-6C CCMR06-B3 CCMR00-A7 2 Select adapter code. Single-Mode 3C = SC ultra 6C = SC angled A9 = LC duplex ultra B3 = LC duplex angled - MT00C - MT00B Note: Stubbed or pigtailed housings are available separately in a wide array of configurations. Each complete housing can accommodate up to six modules. Stubbed or pigtailed modules are also available separately in the same array of configurations. Individual modules can be easily loaded into unused positions within a previously installed housing. Contact your Corning Cable Systems Customer Service Representative for module and housing ordering information at 800-743-2675 or internationally at +1-828-901-5000. Left Module with adapters installed; specify adapter provision type from charts below Right Module with adapters installed; specify adapter provision type from charts below Multimode 39 = SC A7 = LC duplex Left-Hand EMF 12-Port Module with MTP Cable Assembly Right-Hand EMF 12-Port Module with MTP Cable Assembly EMF module Photo FOH356 Left EMF Module with 12 SC APC adapters installed Right EMF Module with 6 LC APC adapters installed Dimensions (H x W x D) cm (in) 2.24 x 21.92 x 29.84 (0.9 x 8.6 x 11.75) 2.24 x 21.92 x 29.84 (0.9 x 8.6 x 11.75) Right EMF Module - Empty (no adapters) - LC type mountings installed for future adapters. 1 Notes: 1) Maximum SC adapter capacity is 12 per module. 2) Maximum LC adapter capacity is 6 duplex per module. Select adapter code. Single-Mode Multimode 3C = SC ultra 39 = SC 6C = SC angled A7 = LC duplex A9 = LC duplex ultra B3 = LC duplex angled EMF frame Photo FOH364 PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 7

ordering information (continued) Housing and Modules with Pigtails M - - 1 0 1 2 3 4 5 6 7 8 1 4 6 8 Select hardware type. CC = Pigtailed housing CM = Pigtailed module 2 Select hardware mounting side. R = Right L = Left 3 Select total fiber count. 01-72 = Enter number Example: 6 fibers = 06 12 fibers = 12 72 fibers = 72 See Note 1. Select fiber count of each module. 01-12 Example: 6 fibers = 06 12 fibers = 12 5 Select connector type. Single-Mode 3C = SC ultra 6C = SC angled A9 = LC duplex ultra B3 = LC duplex angled Multimode 39 = SC 17 = FC A7 = LC duplex Select mode of operation. R = Single-mode K = Multimode 62.5/125 µm T = Multimode 50/125 µm 7 Select pigtail type. J = Ribbon H = MIC 900 µm buffered fiber Select jumper tracing option. - = No jumper tracing S = SearchLite Tracing System (SC UPC only) Notes: 1) Housings are shipped individually with a maximum fiber count of 72. 2) Pigtailed modules ship with both Q-Pak and heat-shrink holders. Example CCL72M12-3C-1RJ-0 CMR12M12-6C-1RH-0 Pigtailed Left-Hand EMF Housing, total fiber count is 72 fibers using 12-fibers per module, connectors are SC UPC, pigtail type is a 1 m single-mode ribbon Pigtailed Right-Hand EMF Module, 12-fibers, connectors are SC APC, pigtail type is 1 m MIC 900 µm buffered fiber SPECIFICATION SHEET EVO-278-EN PAGE 8

ordering information (continued) Pretium EDGE Modules 1 ECM - M12 - - Select polarity type. U = Universal S = Straight-through See Note 1. 2 Select LC Duplex adapters on front of modules. 04 = Single-mode OS2 05 = Multimode OM3/OM4 1 2 3 4 3 Select Pinned MTP on rear of module. 93 = Multimode OM3/OM4 89 = Single-mode OS2 4 Select fiber type. R = OS2 T = OM3 Q = OM4 Note: 1) Universal polarity accounts for 1 send and 1 receive fiber per pair so fiber 1 (send) will come out on fiber 2 (receive) on other end. Straight-through polarity is most often used with SM fiber using two different wavelengths for send and receive. Pretium EDGE Module with VFL-Compatible Photo LAN1545 PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 9

ordering information (continued) Housing and Modules with Stubbed Cable - - 1 1 2 3 4 5 6 7 8 9 1 4 7 8 Select hardware type. CCF = 72-fiber EMF housing CCM = 12-fiber EMF module 2-9 Select hardware mounting side. R/B = Right-side housing with cable entry at top right L/C = Left-side housing with cable entry at top left 3 Select total fiber count. 01-72 = Enter number E4 = 144 fibers Example: 12 fibers = 12 144 fibers = E4 See Note 1. Select cable length in meters. 1-99 = Enter number 99+ = Enter alphanumeric code from Table A 5 Select connector type. Single-Mode 3C = SC ultra 6C = SC angled A9 = LC duplex ultra B3 = LC duplex angled Multimode 39 = SC A7 = LC duplex 6 Select fiber type. - = Single-mode K = Multimode 62.5/125 µm T = Multimode 50 CC Select cable type. 900 µm Coated Fiber Cables 81 = MIC Riser Indoor Cable with TBII Buffered Fiber 88 = MIC Plenum Cable with Flexible TBII Buffered Fiber 250 µm Coated Fiber Loose Tube Cables (2-144 fibers) W4 = ALTOS All-Dielectric Outside Plant Cable W5 = ALTOS Single-Armored Outside Plant Cable W6 = ALTOS Double-Armored Outside Plant Cable W7 = ALTOS Riser Cable WZ = ALTOS LSZH Cable WF = FREEDM Indoor/ Outdoor Cable Ribbon Fiber Cables (12-144 fibers) C4 = SST-Ribbon All-Dielectric Outside Plant Cable C5 = SST-Ribbon Single- Armored Outside Plant Cable C6 = SST-Ribbon Double- Armored Outside Plant Cable C7 = Ribbon riser cable CF = FREEDM Ribbon Riser Indoor/Outdoor Cable Select special options. 00 = Standard configuration SL = SearchLite Tracing System (SC UPC only) 9 See selection block 2. Note: 1) One housing shipped for 1-72 fibers. Two housings shipped for 144 fibers. 2) Not all part number configurations are available. Please confirm availability with a Corning Cable Systems Customer Service Representative. Example CCFL7231-3C-C7SL1C Left-Hand 72-Fiber Stubbed EMF Housing with 31 m of single-mode ribbon riser cable attached and terminated with SC UPC connectors featuring SearchLite Tracing System adapters; cable enters from the top SPECIFICATION SHEET EVO-278-EN PAGE 10

ordering information (continued) 1 EMF-MTP Housings CCML7203 - CCMR7203 - Select adapter code. Single-Mode 3C = SC ultra 6C = SC angled A9 = LC duplex ultra B3 = LC duplex angled 1 1 - MT89C - MT89B Note: 1) Maximum number of SC adapters per module is 12, per housing is 72 (72 fibers). Maximum number of LC adapters per module is 6 duplex, per housing is 36 (72 fibers) Table A: Codes for Fiber Counts and Cable Stub Lengths Over 99 A _ = 10_ M_ = 21_ B _ = 11_ N _ = 22_ C _ = 12_ P _ = 23_ D _ = 13_ Q _ = 24_ E _ = 14_ R _ = 25_ F _ = 15_ S _ = 26_ G _ = 16_ T _ = 27_ H _ = 17_ U _ = 28_ J _ = 18_ V _ = 29_ K _ = 19_ W_ = 30_ L _ = 20_ Examples: E4 = 144 fiber A5 = 105 m Left-Hand EMF 72-Port Housing with MTP Cable Assembly Right-Hand EMF 72-Port Housing with MTP Cable Assembly Notes: 1) I and O are not used. 2) Lengths from 100 to 339, use single letter plus number (1 to 9). 3) Lengths over 339 m can be ordered only in 10 m increments. Table B: Standard Cable Types for Stubbed Hardware X _ = 31_ AH = 410 Y _ = 32_ AJ = 420 Z _ = 33_ AK = 430 AA = 340 AL = 440 AB = 350 AM = 450 AC = 360 AN = 460 AD = 370 AP = 470 AE = 380 AQ = 480 AF = 390 AR = 490 AG = 400 AS = 500 Cable Type Code Fiber Count Fiber Type C4 SST-Ribbon Dielectric Outdoor Cable 12-144 Single-mode C7 Ribbon riser indoor cable 12-144 Single-mode W4 ALTOS All-Dielectric Outside Plant Cable 12-144 Single-mode CF FREEDM Ribbon Riser Indoor/Outdoor Cable 12-144 Single-mode WF FREEDM Indoor/Outdoor Cable 12-144 Single-mode W7 ALTOS Riser Cable 12-144 Single-mode Note: Max cable size for EMF housings is 144 fibers. PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 11

Network Bay Frame 4.5 ft EMF Extension Kit (CCF-FRAME-EXT-7-11) Drawing ZA-3598 ZA-3 EMF Frame (CCF-FRAME-7) Drawing ZA-3599 ZA-35 ordering information Empty Frame CCF-FRAME-7 CCF-FRAME-EXT-7-8 CCF-FRAME-EXT-7-9 CCF-FRAME-EXT-7-11 CCF-BAY-7 CCF-JT-REAR QFMABK1A CCF-PAD-KIT 7-ft EMF Frame Mounts 12 LH and 12 RH housings 1-ft EMF Frame Extension Kit used to tie a 7-ft frame to overhead rack 8 ft high 2-ft EMF Frame Extension Kit used to tie a 7-ft frame to overhead rack 9 ft high 4.5-ft EMF Frame Extension Kit used to tie a 7-ft frame to overhead rack 11.5 ft high 7-ft EMF Frame with 12 rear troughs attached Individual Rear Trough for EMF Zone 4 Mounting Bolt Kit Isolation Pad Kit for EMF frame (includes mounting hardware) Dimensions (H x W x D) cm (in) 213.4 x 86.4 x 43.12 (84 x 34 x 17) 30.5 x 86.4 x 43.2 (12 x 34 x 17) 61 x 86.4 x 43.2 (24 x 34 x 17) 137.2 x 86.4 x 43.2 (54 x 34 x 17) 213.4 x 86.4 x 43.2 (84 x 34 x 17) 5.08 x 86.4 x 14.2 (2 x 34 x 5.6) N/A 86.4 x 43.12 (34 x 17) SPECIFICATION SHEET EVO-278-EN PAGE 12

ordering information (continued) Strain-Relief Components for Front Strain-Relief A0388952 A0388954 A0388955 A0388956 A0388957 A0388958 CCF-LRG-CAB-BKT A0375902 A0388959 Cable Strain-Relief Grip Cable Strain-Relief Grip Cable Strain-Relief Grip Cable Strain-Relief Grip Cable Strain-Relief Grip Cable Strain-Relief Grip Large Cable Strain-Relief Bracket, for cable dimensions above 0.81-in. Includes 1 bracket and all supporting hardware Cable Clamp Assemblies, hold up to 3 cables; order strain-relief grips separately Cable Bonding Kit; includes four 14-in ground wire assemblies, one 4-position ground bar and hardware to bond cables to frame ground Notes: 1) Strain-relief components not required when using housings. 2) Each EMF Frame ships with 12 cable clamp assemblies. Strain-relief grips are sold separately. n Relief Bracket Cable Strain-Relief Grip (see note 2) Clamps EMF Cable Clamp Assemblies Drawing ZA-3291 Dimensions of Cable Opening (Diameter) cm (in) 8 (0.32) 1.05 (0.40) 1.3 (0.50) 1.6 (0.63) 1.75 (0.70) 2.05 (0.80) 2.06 (0.81) N/A N/A Large Cable Strain-Relief Bracket (CCF-LRG-CAB-BKT) Drawing ZA-3600 ZA PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 13

Front-Mounting Workshelf EMF front-mounting workshelf provides a convenient workspace for craft persons. The shelf is capable of supporting up to 50 lbs. EMF Workshelf Photo FOH026 ordering information CCF-SHELF P0707979 Front-Mounting EMF Workshelf EMF Service Module Bracket Dimensions (H x W x D) cm (in) 36.2 x 85 x 38 (14.25 x 33.5 x 15) 3.0 x 6.0 x 12.0 (7.6 x 15.2 x 30.5) SPECIFICATION SHEET EVO-278-EN PAGE 14

EMF Optical Components The EMF FTTx splitter module allows for deployment of passive optical network (PON) architecture with the optical splitter in a central office frame. It is available in dual 1x16 or 1x32. Available only in LC APC and LC UPC. The EMF course wavelength division multiplexing (CWDM) modules are available in SC APC and SC UPC. EMF splitter modules occupy two positions inside the EMF housings; CWDM modules occupy one position. The modules are designed to meet applicable sections of Telcordia GR-1209-Core and GR-1221-Core. ordering information MLS1AAB30B301132 MRS1AAB30B301132 MLS1AAB30B302116 MRS1AAB30B302116 MRC1AA3C03C01ZZZ MRC1AA6C06C01ZZZ MRC1AA3C03C01XXX MRC1AA6C06C01XXX EMF 1x32 Splitter Module Drawing ZA-3329 EMF Left-Hand 1x32 Splitter Module with LC APC single-mode input/output adapters EMF Right-Hand 1x32 Splitter Module with LC APC single-mode input/output adapters EMF Left-Hand Dual 1x16 Splitter Module with LC APC single-mode input/output adapters EMF Right-Hand Dual 1x16 Splitter Module with LC APC single-mode input/output adapters EMF CWDM Demultiplexing Right-Hand Module; 9 IN, 1 OUT; SC UPC EMF CWDM Demultiplexing Right-Hand Module; 9 IN, 1 OUT; SC APC EMF CWDM Multiplexing Right-Hand Module; 1 IN, 9 OUT; SC UPC EMF CWDM Multiplexing Right-Hand Module; 1 IN, 9 OUT; SC APC Jumpers 2.0 mm jumpers recommended length within frame is 5.5 m. See EVO-29-EN for ordering information. See SRP 003-599 for additional jumper recommendations. Example 444401R2131005M SC-SC single-fiber, 2.0 mm jacketed cable assembly PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 15

Inter-Bay Distribution (IBD) EMF inter-bay distributors are designed to be placed between two EMFs and are used to store and manage jumper slack. They each require a 5-in gap between frames for mounting. End Cap and Door Cover EMF end caps protect the end of a bay line-up while providing a clean, finished appearance. A dual door front cover provides individual access to the left or right column of termination housings. EMF Inter-Bay Dual Storage Unit (IBD) Drawing ZA-3246 EMF End Cap Drawing ZA-3250 EMF Dual-Door Front Cover Drawing ZA-3251 ordering information CCF-IBD-T3 CCF-IBD-EC-7 CCF-COVER-7 CCF-COVER-2-7 CCF-EC-7 CCF-IBD-PAD-KIT IBD designed exclusively for use with the EMF; features left-to-right fiber routing, internal slack storage and front-to-rear feed through Contains the CCF-EC-7 end cap to create a single kit for ending a bay line-up with slack storage and end protection Simple One-Piece Decorative Lift-Off Front Panel Cover for the front of the EMF Dual-Door Lift-Off Front Cover Panels for the EMF, provides individual access to the left or right column of termination housings Decorative End Cap for protecting the end of a bay line-up Isolation Pad for EMF IBD (mounting hardware not required) Dimensions (H x W x D) cm (in) 213.4 x 12.7 x 30 (84 x 5 x 12) 213.4 x 12.7 x 30 (84 x 5 x 12) 206 x 86.4 x 2.54 (81 x 34 x 1) 206 x 86.4 x 2.54 (81 x 34 x 1) 213.4 x 38.1 x 2.54 (84 x 15 x 1) 40.3 x 19.8 (15.9 x 7.9) SPECIFICATION SHEET EVO-278-EN PAGE 16

A Corning Transitional Inter-Bay Managers TRAINING Enhanced Management Frame (EMF) COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT There is a series of transitional inter-bay managers designed to route fiber from the existing FiberManager System (FMS) line-ups into new enhanced management frame (EMF) line-ups when the two frame systems are placed side by side. Each transition bay option is distinguished by its relation to the EMF frame and the relative positions of the EMF and FMS frames to each other. Illustrations, application descriptions and part numbers are shown below. Transitional Interbay Managers (IBU) HARDWARE Transitional Interbay Managers (IBU) CCF-IBU-FMS-C and CCF-IBU-FMS-C-JT CCF-IBU-FMS-7-R CCF-IBU-FMS-7-LF CCF-IBU-FMS-C CCF-IBU-FMS-7-RF CCF-IBU-FMS-7-L and CCF-IBU-FMS-7-R CCF-IBU-FMS-7-L Drawing ZA-2629 CCF-IBU-FMS-7-R CCF-IBU-FMS-7-L CCF-IBU-FMS-7-LF and CCF-IBU-FMS-7-RF CCF-IBU-FMS-7-LF Drawing ZA-2629 CCF-IBU-FMS-7-R CCF-IBU-FMS-7-RF CCF-IBU-FMS-7-LF CCF-IBU-FMS-7-RF PRETERMINATED SYSTEMS CABLES CONNECTORS - CABLE ASSEMBLIES Drawing ZA-2629 CCF-IBU-FMS- S-7-L Transitional Interbay Managers (IBU) SPECIFICATION SHEET EVO-278-EN PAGE 17

ordering information CCF-IBU-FMS-7-L CCF-IBU-FMS-7-R CCF-IBU-FMS-7-LF CCF-IBU-FMS-7-RF CCF-IBU-FMS-C CCF-IBU-FMS-C-JT IBU that feeds fiber from an FMS to an EMF positioned on the left; hardware order looking from the front and left to right is EMF-IBU-FMS; suitable only for EMF and FMS frames positioned with flush rear-most surfaces IBU feeds fiber from an FMS to an EMF positioned on the right; hardware order looking from the front and left to right is FMS-IBU-EMF; suitable only for EMF and FMS frames positioned with flush rear-most surfaces. IBU that feeds fiber from an FMS to an EMF positioned on the left; hardware order looking from the front and left to right is EMF-IBU-FMS; suitable only for EMF and FMS frames positioned with flush front-most surfaces IBU feeds fiber from an FMS to an EMF positioned on the right; hardware order looking from the front and left to right is FMS-IBU-EMF; suitable only for EMF and FMS frames positioned with flush front-most surfaces Center IBU for use with an FMS positioned directly between two EMF frames; two IBUs shipped per kit Rear Troughs for use with the CCF-IBU-FMS; troughs span the rear of the FMS frame Dimensions (H x W x D) cm (in) 84 x 12 x 5 (213.4 x 30 x 12.7) 84 x 12 x 5 (213.4 x 30 x 12.7) 84 x 12 x 5 (213.4 x 30 x 12.7) 84 x 12 x 5 (213.4 x 30 x 12.7) 84 x 12 x 5 (213.4 x 30 x 12.7) 84 x 12 x 5 (213.4 x 30 x 12.7) SPECIFICATION SHEET EVO-278-EN PAGE 18

EMF to UDF Transition Corning Cable Systems EMF to UDF Integration System provides a unique solution that enables the mounting of traditional optical hardware and electronics right next to the modular EMF frame. Unlike any other solution in the industry, this system provides preengineered front to rear and lateral fiber management pathways between a modular style high-density frame and traditional 19- or 23-in frames without requiring costly overhead raceways. specifications Trough to be Used on UDF Center Rear Trough Right Rear Trough Left Rear Trough ordering information Transition Equipment CCF-JT-UDF-CR CCF-JT-UDF-RR CCF-JT-UDF-LR CCF-IBD-UDF-7 Frame and IBD Unit Arrangement Standard IBD #12-24 Thread Cutting Screws Custom IBD Center Rear Trough Right Rear Trough Troughs Between Custom IBD and Standard IBD Units Drawing ZA-3601 UDF is between two custom IBD units UDF is to right of EMF when viewed from front and UDF has no IBD or has a standard IBD on its right side UDF is to left of EMF when viewed from front and UDF has no IBD or has a standard IBD on its left side Individual Jumper Trough, EMF-UDF, center, rear trough, platinum Individual Jumper Trough, EMF-UDF, right, rear trough, platinum Individual Jumper Trough, EMF-UDF, left, rear trough, platinum IBU, transition, EMF-UDF, platinum PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 19

Frame Components Equipment Racks The backbone of each distribution bay is its equipment rack. Standard 58.4 cm (23 in) equipment racks are available in 2.1 m (7-ft) heights. 2.7 m (9-ft) and 3.5 m (11.5-ft) heights are achieved using 2-ft and 4.5-ft extensions. Rack styles feature industry-standard EIA hole spacing. 2-ft extension 4.5-ft extension 7-ft UDF frame ZA-1628 UDF Equipment Rack and Extensions Drawing ZA-1628 ordering information Dimensions (H x W x D) cm (in) Shipping Weight kg (lb) Equipment Racks UDF-ERO-23E-07-000 UDF-ERO-19E-07-000 7-ft Unequal Flange Equipment Rack, 23-in, platinum 7-ft Unequal Flange Equipment Rack, 19-in, platinum 213.4 x 65.8 x 25.7 (84.0 x 25.9 x 10.1) 213.4 x 55.6 x 25.7 (84.0 x 21.9 x 10.1) 22.6 (50) 22.6 (50) Extensions UDF-EXT-23E-02-000 2-ft Rack Extension for use with UDF rack (23-in), platinum 60.9 x 65.8 x 25.7 (24 x 25.9 x 10.1) 9.1 (20) UDF-EXT-19E-02-000 2-ft Rack Extension for use with UDF rack (19-in), platinum 60.9 x 55.6 x 24.4 (24 x 21.9 x 9.6) 8.2 (18.1) UDF-EXT-23E-04-000 4.5-ft Rack Extension for use with UDF rack (23-in), platinum 137 x 65.8 x 25.7 (54 x 25.9 x 10.1) 15 (33.1) UDF-EXT-19E-04-000 4.5-ft Rack Extension for use with UDF rack (19-in), platinum 137 x 55.6 x 24.2 (54 x 21.9 x 9.6) 14 (31) SPECIFICATION SHEET EVO-278-EN PAGE 20

Frame Components End Caps End caps provide protection for the end of each row of bays. End caps are not required between the racks in a given row (must be ordered separately). Foot Caps Foot caps are a protective covering at the base of the rack that allow mounting of A/C outlets that are required in the frame system. Inter-Bay Storage Units Inter-bay storage units (IBUs) route and manage jumpers on the front of the UDF. The IBUs have nine routing hubs, a top jumper trough bridge and a bottom jumper trough. ordering information End Caps UDF-ECO-07-000 UDF-EC-EXT-7/9 UDF-EC-EXT-7/11 Inter-Bay Storage Units UDF-IBU-7-1 End Cap for 7-ft unequal flange rack (UDF) 2-ft End Cap Extension for unequal flange rack (UDF) 4.5-ft End Cap Extension for unequal flange rack (UDF) Inter-Bay Storage Unit with jumper trough, UDF, single sided End Cap (UDF-ECO-07-000) Drawing ZA-1266 Dimensions (H x W x D) cm (in) 212.4 x 7.6 x 30.5 (83.6 x 3.0 x 12.0) 60.9 x 7.6 x 30.5 (24.0 x 3.0 x 12.0) 137.0 x 7.6 x 30.5 (54.0 x 3.0 x 12.0) 213.1 x 12.1 x 15.2 (84.0 x 4.75 x 6.0) Inter-bay Storage Unit (UDF- IBU-7-1) Drawing ZA-1653 Shipping Weight kg (lb) 15.9 (35.0) 4.5 (10.0) 10.2 (22.5) 9.1 (20.0) PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 21

Frame Components Jumper Troughs and Jumper Trough Bridges Jumper troughs organize and protect jumpers routed on the front of the frame and also allow jumper routing from one side of the rack to the other. Jumper troughs are also used for express routing of jumpers through the bay to adjacent bays and are available in a variety of sizes. Jumper trough bridges provide increased support between bays. UDF Standard Upper Trough Drawing ZA-1538 38 UDF Standard Trough Drawing ZA-2848 ordering information Dimensions (H x W x D) cm (in) Jumper Troughs and Jumper Trough Bridges UDF-JT-23T UDF-JT-19T UDF-JT-23B UDF-JT-19B UDF Upper Trough for 23-in, platinum UDF Upper Trough for 19-in, platinum UDF Standard Trough for 23-in, platinum UDF Standard Trough for 19-in, platinum 10 x 65.5 x 12.7 (3.97 x 25.81 x 5.00) 10 x 55.4 x 12.7 (3.97 x 21.81 x 5.00) 10 x 65.5 x 12.7 (3.47 x 25.81 x 5.00) 10 x 55.4 x 12.7 (3.47 x 21.81 x 5.00) SPECIFICATION SHEET EVO-278-EN PAGE 22

installation information For further details on how to install Corning Cable Systems Enhanced Management Frame (EMF) products, please refer to the following Corning Cable Systems recommended procedures: SRP-003-542 SRP-003-580 SRP-003-599 SRP-003-612 SRP-003-613 SRP-003-622 SRP-003-634 SRP-003-635 SRP-003-636 SRP-000-267 SRP-000-262 SRP-000-263 SRP-000-264 SRP-000-787 SRP-003-891 Enhanced Management Frame (EMF) Frame Installation EMF Housing Installation Guide, Jumper Management and Mainenance EMF Jumper Routing Procedures EMF Accessories IBU Bridging EMF and Fiber Manager Frame CCF Frame Extensions for EMF End Cap for EMF End Guard for EMF EMF Door Installation Installation for Inter-Bay Storage Unit - EMF to UDF EMF Trough Edge Guard Installation EMF WATERFALL Installation EMF Rear Trough Retainer Kit Installation EMF CWDM/MUX & DEMUX Module Installation EMF Housings with MTP Connectors PRETERMINATED SYSTEMS CABLES CONNECTORS CABLE ASSEMBLIES HARDWARE COPPER CONNECTIVITY SPLICE AND TEST EQUIPMENT TRAINING SPECIFICATION SHEET EVO-278-EN PAGE 23

notes Corning Cable Systems LLC PO Box 489 Hickory, NC 28603-0489 USA 800-743-2675 FAX: 828-325-5060 International: +1-828-901-5000 www.corning.com/cablesystems Corning Cable Systems reserves the right to improve, enhance and modify the features and specifications of Corning Cable Systems products without prior notification. ALTOS, FREEDM, MIC, Pretium EDGE, SearchLite and TBII are registered trademarks of Corning Cable System Brands, Inc. FiberManager, LSZH and SST-Ribbon are trademarks of Corning Cable Systems Brands, Inc. Corning is a registered trademark of Corning Incorporated. MTP is a registered trademark of USConec, Ltd. All other trademarks are the properties of their respective owners. Corning Cable Systems is ISO 9001 certified. 2009, 2012 Corning Cable Systems. All rights reserved. Published in the USA.. EVO-278-EN / March 2012 SPECIFICATION SHEET EVO-278-EN PAGE 24