Next Generation Frame (NGF) 600 mm Product Family Ordering Guide

Next Generation Frame (NGF) 600 mm Product Family Ordering Guide

Table of Contents Introduction...1 Frames Fiber Main Distributing Frame (FMDF)... Front Facing Fiber Main Distributing Frame (F3MDF)...3 Fiber Slim Rack... Blocks Fiber Termination Blocks (FTB) Unterminated...5 Cable Clamping Kit...6 Fiber Termination Blocks Preterminated...7-8 Fiber Combination Blocks (FCB)...9-11 Sliding Adapter Packs...1 Mini Value-Added Modules (Mini VAMs)...13-1 Accessories Fiber Optic Terminal Jumper Storage Bay... Equipment Bay...3 End Guard... Cable Clamp Kits... Rack Installation Kits... AC Outlet Kits... Ultra Physical Contact Fiber Optic Patch Cords...5-6 Index...7

Introduction Unprecedented growth in the telecommunications industry has driven wide-spread deployment of optical fiber over the past few years. As a result, many service providers are finding that their existing fiber frames and troughs are overflowing with large masses of optical fiber patch cords. In addition, the rapid deployment of SONET/SDH, fiber in the loop and video initiatives has created the demand for increased termination density at the fiber distributing frame. Service providers must build a sound network infrastructure that will provide a solid base for delivering the new and enhanced broadband services promised by the ever-advancing information superhighway. What's Next? It's clear that simply adding additional fiber frames to an existing FDF lineup is not the answer, as conventional fiber frames allow only a small number of bays in a lineup before the horizontal trough system becomes unmanageable. A more innovative fiber management plan is needed that will provide unlimited expansion as well as alleviate jumper pile-up in the horizontal troughs. With the introduction of its Next Generation Frame family of products, ADC offers the innovative solution that service providers have been waiting for. Designed specifically to provide higher density while improving fiber cable management, the Next Generation Frame product family allows for virtually unlimited growth. Frames ADC's Next Generation Frame product line has fiber frames designed to fit a variety of termination, splice, and storage applications. Each frame option is designed with an emphasis on superior cable management and ease of use, including features such as ample trough space for cable and jumpers, easy access to connectors, and storage for jumpers. The frame sections are shipped from the factory fully equipped with all cable management hardware including a built-in jumper storage panel. Fiber Termination Blocks (FTB) Fiber Termination Blocks (FTBs) are available with SC, FC, ST and E-000 adapters in block configurations of 8, 7 or 96 positions. Also, 1 position FTBs are available using LX.5 and LC adapters. FTBs utilize sliding adapter packs to gain easy access to both the front and rear connectors. There is also a block configuration available to accommodate Mini Value-Added Modules (Mini VAMs) for applications requiring splitters or WDMs. FTBs can be ordered with or without IFC or outside plant cable. Fiber Combination Blocks Blocks (FCB) Fiber Combination Blocks (FCBs) provide termination and on-frame splicing capabilities, all in one block. The block occupies two mounting positions on the frame section. They are available with SC, FC, ST and E-000 adapters in block configurations of 8, 7 or 96 positions. Also, 1 position FCBs are available using LX.5 or LC adapters. Features and Benefits Ample Trough Space Reduces jumper pile-up and congestion - Reduces maintenance time due to easy removal and tracing of jumpers - Minimizes risk of microbends or damage to fiber Built-in Jumper Storage Panel Minimizes number of required jumper lengths Maintains fiber bend radius Simplifies frame installation - Saves money by reducing the number of different jumper lengths that have to be kept in inventory - Minimizes risk of microbends or damage to fiber Sliding Adapter Packs Promotes high density Provides easy access to connectors - Saves valuable floor space - Reduces time required for operations and maintenance Intelligent Cable Routing System No fiber cross-over points Multiple vertical troughways - Reduces maintenance time due to easier removal and tracing of jumpers and minimizes fiber weaving 1

Fiber Main Distributing Frame (FMDF) The FMDF is the cornerstone of the NGF product line. This innovative frame has six rear horizontal troughs. This abundant trough space minimizes fiber pile up and congestion leading to easier jumper traceability and removal. The frame has twelve Fiber Termination Block (FTB) mounting positions equally divided between vertical columns on the left and right sides of the frame as shown in the figure below. The frame is 600 mm wide x 600 mm deep. The built-in jumper storage panel will store up to 5 meters of jumper slack. Ordering Information Description Jumper Storage Panel 600 mm FMDF Frame Section Left Vertical Right Vertical Dimensions FTB Mounting Position (1) 600 mm 600 mm. m x 600 mm x 600 mm Horizontal Trough (6) Front ISO View Front View Side View NGF-ETSIMDF6060

Front Facing Fiber Main Distributing Frame (F3MDF) 3/03 85 Next Generation Frame 600 mm Products The F3MDF is designed for single-sided access applications and may be mounted up against a wall or back-to-back to save floor space. Unlike the FMDF, the more compact F3MDF is equipped with a single 30 mm horizontal trough. The F3MDF has twelve FTB mounting positions equally divided between vertical columns on the left and right sides of the frame as shown in the figure below. The frame is 600 mm wide x 80 mm deep. The built-in jumper storage panel will store up to 5 meters of jumper slack. Jumper Storage Panel Left Vertical Right Vertical FTB Mounting Position (1). m 600 mm 80 mm Front ISO View Front View Side View Ordering Information Description 600 mm F3MDF Frame Section Dimensions. m x 600 mm x 80 mm NGF-ETSIF3MDF608 Horizontal Trough (6) 3

Fiber Slim Rack 3/03 85 Next Generation Frame 600 mm Products The Fiber Slim Rack is designed for lower density applications than the FMDF or F3MDF. It has six FTB mounting positions and is designed for single-sided access applications. The Slim Rack is intended for use in a single frame application and should not be used in a multiframe lineup. The built-in jumper storage panel will store up to 5 meters of jumper slack. When ordering FTBs for the Slim Rack, remember that only left oriented blocks are used on this frame. FTB Mounting Position Jumper Storage Panel.1 m 80 mm 80 mm Front ISO View Front View Side View Ordering Information Description NGF Fiber Slim Rack Frame Section Dimensions.1 m x 80 mm x 80 mm NGF-SLM7A100

Fiber Termination Blocks (FTB) Unterminated FTBs without fiber can be ordered fully loaded with adapters or empty (no adapters), in which case the adapter packs for the block must be ordered separately (see page 1). Before ordering, determine the block orientation and cable exit direction. Unterminated FTBs may be ordered with a left orientation (mounts on the left side of the frame) or a right orientation (mounts on the right side of the frame). The cable exit direction will be either upward (cables terminated to the rear side of the block exit up toward the top of the frame) or downward (cables terminated to the rear side of the block exit down toward the bottom of the frame). All blocks with adapters only are configured to terminate single or dual jumpers on the rear of the block. If a multi-fiber breakout style cable (i.e., OSP/IFC) is to be terminated to the rear of the block, a separate clamping kit is required (see page 6). Block Style 1 1 3 SC FC/ST E-000 LX.5 /LC Block Configuration A B C M 8 7 96 1 (LX.5 or LC only)* NGF-TB * 1 blocks using style 1,, or 3 cannot be used in 6" wide NGF frames Definition of Variables 1 3 5 Block Orientation 3 L Left R Right Cable Exit Direction U Upward D Downward Block Style General adapter type required in the FTB Adapter Type Singlemode 5 7 8 L 3 Q V N X K SC ultra polish SC ultra polish, zirconia sleeve SC 8 angled polish FC ultra polish FC ultra polish, zirconia sleeve FC 8 angled polish ST ultra polish E-000 angled polish LX.5 ultra polish (1 only) LX.5 angled polish (1 only) LC ultra polish (1 only) Block Configuration Maximum number of terminations that the FTB will accommodate when fully loaded Block Orientation Vertical column of the frame the FTB is to be mounted on Cable Exit Direction Direction the equipment jumpers or OSP cable will exit from the FTB Adapter Type Specific adapter type required in the FTB OR Adapter Type (6.5/15) Multimode 9 A 5 Y P SC FC ST LX.5 (1 only) LC (1 only) 5

Fiber Termination Blocks Cable Clamping Kit Clamping kit includes: Cable clamp, protective cover and fanout bracket. It is required when terminating a multifiber breakout style cable to the rear of the block. 7 position block loaded with jumpers Ordering Information Description 7 position block loaded with multifiber breakout cable Block style originally purchased All 8- and 7-position blocks NGF-ACCOSPKIT0 96-position blocks with rear cable management NGF-ACCOSPKIT01 as shown above (blocks ordered before June 00 96- or 1-position Left Up Blocks NGF-ACCRCMSLU 96- or 1-position Right Up Blocks NGF-ACCRCMSRU 96- or 1-position Left Down Blocks NGF-ACCRCMSLD 96- or 1-position Right Down Blocks NGF-ACCRCMSRD 7 position block with clamping kit Rear Cable Management Tray for 1 Block Conversion Kit Protective Cover Fanout Bracket 6

Fiber Termination Blocks (FTB) Preterminated Preterminated FTBs are available with either indoor or outdoor rated cable in ribbon or stranded configurations. All blocks are 100% factory tested to guarantee continuity and reliable connections. Preterminated FTBs make installation quick and easy, reducing labor costs. Before ordering, determine the block orientation and cable exit direction. Preterminated FTBs may be ordered with a left orientation (mounts on the left side of the frame) or a right orientation (mounts on the right side of the frame). The cable exit direction will be either upward (cables terminated to the rear side of the block exit up toward the top of the frame) or downward (cables terminated to the rear side of the block exit down toward the bottom of the frame). Preterminated Fiber Termination Blocks arrive from the factory with either IFC or OSP Cables Fiber cable easily uncoils during installation Ordering information follows on next page. Definition of Variables 1 Block Style General adapter type required in the FTB Fiber Termination Block ships inside the drum Block Configuration Maximum number of terminations that the FTB will accommodate when fully loaded 3 Block Orientation Vertical column of the frame the FTB is to be mounted on Cable Exit Direction Direction the equipment jumpers or OSP cable will exit from the FTB 5 Adapter/Connector #1 Specific adapter/connector type required in the FTB. Refers to the adapter/ connector type at the FTB 6 Connector # Specific connector type required at the cable end opposite the FTB 7 Cable Type Type of cable to be terminated to the FTB 8 Cable Length Required length of the cable terminated to the FTB Fiber Termination Block loaded with multifiber breakout cable 7

Preterminated FTBs Block Style 1 1 3 SC FC/ST E-000 LX.5 /LC NGF-TB Block Configuration A B C M 8 7 96 1 (LX.5 or LC only)** Block Orientation 3 L R Left Right Cable Exit Direction U D Upward Downward 0 9 A 5 Y P Adapter Type Singlemode 5 7 8 L 3 Q V N X K OR Adapter/Connector #1 Multimode (6.5/15) 9 A 5 Y P Connector # Singlemode 6 0 7 8 L 3 Q V N X K No connector/stub end SC ultra polish SC ultra polish, zirconia sleeve SC 8 angled polish FC ultra polish FC ultra polish, zirconia sleeve FC 8 angled polish ST ultra polish E-000 angled polish LX.5 ultra polish (1 only) LX.5 angled polish (1 only) LC ultra polish (1 only) Connector # Multimode (6.5/15) SC ultra polish SC ultra polish, zirconia sleeve SC 8 angled polish FC ultra polish FC ultra polish, zirconia sleeve FC 8 angled polish ST ultra polish E-000 angled polish LX.5 ultra polish (1 only) LX.5 angled polish (1 only) LC ultra polish (1 only) SC FC ST LX.5 (1 only) LC (1 only) No connector/stub end SC FC ST LX.5 (1 only) LC (1 only) OR IFC Type Singlemode 7 ZB 7 fiber stranded ZC 96 fiber stranded ZD 1 fiber stranded AA 1 fiber stranded BA fiber stranded CA 36 fiber stranded A 8 fiber stranded 7A 5 fiber stranded VA 7 fiber stranded DA 96 fiber stranded FH 1 fiber stranded GA 1 fiber ribbon HA fiber ribbon MA 36 fiber ribbon JA 8 fiber ribbon KA 7 fiber ribbon EG 96 fiber ribbon FJ 1 fiber ribbon KB 7 fiber ribbon EF 96 fiber ribbon FK 1 fiber ribbon OR OR IFC Type Multimode (6.5/15) AM BM DM M VM WM 1 fiber stranded fiber stranded 36 fiber stranded 8 fiber stranded 7 fiber stranded 96 fiber stranded Cable Length 8 XXX Length in meters OSP Cable Type Singlemode VP VT VU VW EN FL FM 7 fiber ribbon dielectric 7 fiber stranded dielectric 96 fiber ribbon dielectric 96 fiber ribbon dielectric 96 fiber stranded dielectric 1 fiber stranded dielectric 1 fiber ribbon dielectric Glass Type House Cable* House Cable* House Cable* Corning Corning Corning Corning Corning Corning Corning Corning Sumitomo Sumitomo Sumitomo Sumitomo Sumitomo Sumitomo Sumitomo Alcatel Alcatel Alcatel Glass Type Corning Corning Corning Corning Corning Corning Glass Type Alcatel Pirelli Alcatel Pirelli Pirelli Pirelli Pirelli Other cable types are available upon request. Please contact your ACD representative. * House cable will use Corning SMF8, Sumitomo, Alcatel or similar singlemode fiber based on current market availability. ** 1 blocks using style 1,, or 3 cannot be used in 6" wide NGF frames See previous page for definition of variables. 8

Fiber Combination Blocks (FCB) Fiber Combination Blocks provide a place to terminate pigtails and splice IFC/OSP cables on the frame. The blocks are available with several different adapter types in block configurations of 8, 7, or 96 positions. Also, a 1 position FCB is available using an LX.5 adapter. The termination portion of the fiber combination block utilizes sliding adapter packs to gain easy access to connectors on both the front and rear side of the block. The block is available with factory-installed pigtails for easy installation. Splice trays are shipped with the block if ordered with pigtails; otherwise trays must be ordered separately. The block is shipped with a cable clamp for OSP/IFC. The FCB occupies two mounting positions on a frame section. Before ordering, determine the block orientation. FCBs may be ordered with a left orientation (mounts on the left side of the frame) or a right orientation (mounts on the right side of the frame). Ordering information follows on next page. 9

Fiber Combination Blocks (FCB) Block Style 1 1 3 SC FC/ST E-000 LX.5 /LC Block Configuration A B C M 8 7 96 1 (LX.5 or LC only) Block Orientation 3 L R Left Right 1 NGF-CB Adapter Type Singlemode 7 8 L 3 Q V N X K SC ultra polish SC ultra polish, zirconia sleeve SC 8 angled polish FC ultra polish FC ultra polish, zirconia sleeve FC 8 angled polish ST ultra polish E-000 angled polish LX.5 ultra polish (1 only) LX.5 angled polish (1 only) LC ultra polish (1 only) Adapter/Connector Type Multimode (6.5/15) A 5 9 Y P FC ST SC LX.5 (1 only) LC (1 only) 1 1 termination block requires the use of either: Mechanical (elastomeric) splice tray when using mass fusion ribbon splicing Nortel QPAK splice tray when using single fiber heat shrink fusion splicing 1 blocks using block style 1,, or 3 cannot be used in 6" wide NGF frames Definition of Variables 1 3 5 6 7 Block Style General adapter type required in the FCB Pigtail Type 5 0 1 Block Configuration Maximum number of terminations that the FCB will accommodate when fully loaded Block Orientation Vertical column of the frame the FCB is to be mounted on Adapter/Connector Type Specific adapter/connector type required in the FCB Pigtail Type Type of pigtail required Number of Pigtail Assemblies Number of pigtails to be pre-installed in the FCB Splice Chip Type of splice chip required for splice trays 5 No pigtails 1 fiber pigtail 1 fiber stranded Maxi-Strip 8 fiber pigtail 1 fiber ribbon Number of Pigtail Assemblies 6 XX Number of assemblies Splice Chip 7 0 Empty 1 Bare fusion Heat shrink fusion 3 Mechanical (elastomeric) OR 6 Nortel QPAK 7 Swiss ANT 8 Rotary 9 FibrLok 16 position heat shrink fusion 10

Splice Trays For Fiber Combination Block FST - DRS Number of Splices 1 1 1 splices splices Note: For LX.5 FCB with 1 fiber ribbon pigtails, select mechanical splicing only. For LX.5 FCB with 1 fiber stranded pigtails select Nortel QPAK (compatible with heat shrink fusion), bare fusion or Swiss ANT only. - Splice Tray Type 00 FT HS MT NT ANT RT 3M Empty tray* Bare fusion Heat shrink fusion Mechanical (elastomeric) Nortel QPAK Swiss ANT Rotary FibrLok * Maximum size of chip allowed in empty tray:.3"h x.5"w x 3.6"L 11

Next Generation Frames Sliding Adapter Packs Sliding adapter packs house groups of fiber optic adapters and are mounted in Fiber Termination Blocks to provide easy access to connectors. Sliding Adapter Packs are available with SC, FC, ST, E-000 and LX.5 adapters. The adapters come in packs of two, four, six and eight depending on the adapter type and the desired termination density. See table below for configuration guidelines. 8-Position 7-Position 7-Position 96-Position 96-Position 96-Position 1-Position (block code'e') 1-Position (block code'm') Option A (SC shown) Adapter Type Singlemode 5 7 8 L 3 Q V N X K Block Configuration * Sliding Adapter Pack Configuration Guidelines Option B (FC shown) SC ultra polish SC ultra polish,zirconia sleeve SC 8 angled polish FC ultra polish FC ultra polish, zirconia sleeve FC 8 angled polish ST ultra polish E-000 angled polish LX.5 ultra polish (1 only) LX.5 angled polish (1 only) LC ultra polish (1 only) Adapter Type SC, FC, ST, E-000 SC, E-000 FC, ST SC, E-000 FC, ST SC, FC, ST, E-000 LX.5 SC, FC, E-000, LX.5, LC Option E (ST shown) NGF- SAP OR Adapter Pack Configuration Pack / Pack Pack / Pack 6 Pack Pack / 6 Pack 8 Pack Pack / Pack 1 Pack 6 Pack / 6 Pack Option F (E-000 shown) 0 0 0 Adapter Type Multimode 9 A 5 Y SC FC ST LX.5 (1 only) Option G (FC shown) Adapter Pack Option* A B E F G H J K Adapter Pack Option B (shown below) A (shown below) E (shown below) F (shown below) G (shown below) J (not shown below) H (not shown below) K (not shown below) Option H (LX.5 only) pack/ pack pack/ pack 6 pack pack/6 pack 8 pack 1 pack (LX.5 block code "E" only) pack / pack 6 pack / 6 pack (all block code "M" blocks) 1

Next Generation Frames Value-Added Module System ADC s Next Generation Frame (NGF) Value-Added Modules are designed to support emerging circuit requirements. This high-density fiber frame solution provides unlimited expansion while optimizing fiber cable management. The NGF system uses Mini Value-Added Modules to incorporate optical splitters for circuit monitoring and video distribution. Mini Value-Added Modules can also be configured with wavelength division multiplexing capabilities to increase transmission capacity over existing fiber lines. Various input and output interface options are available. VAM Chassis The NGF VAM chassis is designed to mount on all standard NGF frame styles and is interchangeable with termination, splice, and storage modules. Each chassis accommodates up to twelve Mini-VAM modules. Block Style 1 3 SC FC/ST E-000 NGF - TB D Features: Enclosed plug-in modules Optical components are protected from physical and environmental damage Flexible platform Modules can be created for new applications quickly and easily to meet customer requirements Monitor and/or test Enables providers to troubleshoot networks without forcing disruption of service Custom configurations Custom splitter configurations available upon request Cable Exit Direction (Rear) U D Block Orientation L R Upward Downward Left Right * NGF VAMs with LX.5 or LC adapters can be placed in any of these block styles. Please contact ADC Technical Assistance Center at 1-800-366-3891 with any questions. NGF VAM Chassis 13

Next Generation Frames Value-Added Module System Video Splitter Module Ordering Information Module Option Input Front, Output Front REAR IN OUT 1 x N FRONT OUTPUT OUTPUT INPUT INPUT Output Front REAR IN 1 x N NGF-V Input front, output front 5 Input rear, output front Split Ratio 000 1x 50/50 Input Connector/Adapter Singlemode U FC ultra polish A FC angled polish 7U SC ultra polish 7A SC angled polish U ST ultra polish 8A E-000 angled polish LU LX.5 ultra polish LA LX.5 angled polish KU LC ultra polish 00 Bare fiber or Multimode** M FC 6.5/15 N FC 50/15 9A SC 50/15 9B SC 6.5/15 5F ST 50/15 5U ST 6.5/15 LM LX.5 PM LC 00 Bare fiber 100 1x 55/5 00 1x 60/0 300 1x 65/35 350 1x 66.6/33.3 00 1x 70/30 500 1x 75/5 600 1x 80/0 700 1x 85/15 800 1x 90/10 900 1x 95/5 950 1x 99/1 030 1x 50/50 3900 1x3 33/33/33 900 1x 5/5/5/5 5300 1x5 0/0/0/0/0 6000 1x6 16.6/16.6/16.6 16/6/16.6/16.6 7000 1x7 1.3/1.3/1.3/1.3 1.3/1.3/1.3 8000 1x8 1.5/1.5/...1.5 Output Connector/Adapter Singlemode U FC ultra polish A FC angled polish 7U SC ultra polish 7A SC angled polish U ST ultra polish 8A E-000 angled polish LU LX.5 ultra polish LA LX.5 angled polish KU LC ultra polish 00 Bare fiber OUT FRONT INPUT OUTPUT OUTPUT OUTPUT OUTPUT or Multimode** M FC 6.5/15 N FC 50/15 9A SC 50/15 9B SC 6.5/15 5F ST 50/15 5U ST 6.5/15 LM LX.5 PM LC 00 Bare fiber OUT OUT Splitter Type LEAVE BLANK G J Wideband 1310 and 1550 nm 1310 nm wavelength flattened 1550 nm wavelength flattened Output Pigtail Length (in meters) Example: 00 = No pigtail 01 = 1 meter 10 = 10 meters Input Pigtail Length (in meters) Example: 00 = No pigtail 01 = 1 meter 10 = 10 meters Leave 00 for adapter option Number of Splitters A Single splitter B Dual splitter C Triple splitter Other split ratios are available. Call ADC Technical Assistance Center at 1-800-366-3891. **Contact ADC for multimode specifications and available split ratios 5 Input Rear, Output Front 3 Input Front, Output Rear 1

Next Generation Frames Value-Added Module System Singlemode Wideband Optical Splitter Specifications Other splitter configurations are available. Please call ADC Technical Assistance Center, 1-800-366-3891. Splitter Number 000 100 00 300 350 00 500 600 700 800 900 950 030 3900 900 5300 6000 7000 8000 9000 A110 B111 C11 D113 E11 F115 G116 M13 Splitter Type 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x x 1x3 1x 1x5 1x6 1x7 1x8 1x9 1x10 1x11 1x1 1x13 1x1 1x15 1x16 1x3 Splitter Ratio 50/50 55/5 60/0 65/35 66.6./33.3 70/30 75/5 80/0 85/15 90/10 95/5 99/1 50/50 33/33/33 5/5/5/5 0/0/0/0/0 16.6/16.6/... 16.6 1.3/1.3/... /1.3 1.5/1.5/...1.5 11.1/11.1/... /11.1 10/10/10... /10 9.1/9.1/... /9.1 8.3/8.3/... /8.3 7.7/7.7/... /7.7 7.1/7.1/... /7.1 6.66/6.66/... /6.66 6.5/6.5/... 6.5 3.13/3.13/... 3.13 Maximum Insertion Loss* 3.7/3.7 3./.1.7/.7.3/5.3./5.5.0/6.0 1.6/6.8 1.3/7.8 1.0/9..8/11..5/1. 0.3/.5 3.7/3.7 5.9/5.9/5.9 7./7./7./7. 8.6/8.6/8.6/8.6/8.6 9.8/9.8/9.8/.../9.8 10.6/10.6/... /10.6 11.3/11.3/... /11.3 11.5/11.5/... /11.5 1.1/1.1/... /1.1 13.1/13.1/... /13.1 13.3/13.3/... /13.3 13.8/13.8/... /13.8 13.8/13.8/... /13.8 1.5/1.5/... /1.5 1.9/1.9/... 1.9 18.5/18.5/... 18/5 Typical Insertion Loss* 3.1/3.1.7/3.6.3/.1.0/.7 1.9/5.0 1.7/5. 1./6. 1.1/7.1.8/8..6/10../13. NA/NA 3.1/3.1 5.0/5.0/5.0 6./6./6./6. 7.3/7.3/7.3/7.3/7.3 8.1/8.1/8.1... /8.1 8.9/8.9/... /8.9 9.5/9.5/.../9.5 9.9/9.9/... /9.9 10./10./... /10. 10.9/10.9/... /10.9 11.3/11.3/... /11.3 11.6/11.6/... /11.6 11.8/11.8/... /11.8 1./1./... /1. 1.6/1.6/... 1.6 15.8/15.8/... 15.8 * Does not include connector loss. See table on the following page or call ADC Technical Assistance Center, 1-800-366-3891. Maximum Insertion Loss Maximum insertion loss is the upper limit of insertion loss for the coupler and applies over the entire wavelength range specified in the bandpass. Typical Insertion Loss Typical insertion loss is the expected insertion loss value for the coupler measured at the specified center wavelength (i.e., 1310 nm and/or 1550 nm). 15

Next Generation Frames Value-Added Module System Singlemode Optical Splitter Specifications MATERIAL Fiber: Jacket: Housing: OPTICAL Bandpass Wavelength 1: Wavelength : Directivity: Reflectance: Polarization Stability: MECHANICAL Cable Retention: Flex: Twist: Vibration: Impact: Flammability: ENVIRONMENTAL Humidity: Thermal Aging: Temperature Cycling: Corning SMF-8 0.900 mm hytrel tube Stainless steel tube 160/1360 nm 130/1580 nm 55 db minimum < -55 db.5 db maximum.5 kg (1.0 lb.) maximum for.5 mm and.900 mm fiber, 1 kg (. lbs.) maximum for cabled fiber assemblies 300 cycles;.5 kg (1.0 lb.) maximum load (fiber cable only) 100 cycles;.5 kg (1.0 lb.) maximum load (fiber cable only) 10-55 Hz per FOTP II condition I 8 drops from 1.5 meters All materials used in fabrication of coupler housing meet UL 9, Level V-I requirements 336 hours, 60 C at 95% relative humidity 336 hours, 85 C 336 hours, -0 C to 85 C Singlemode Optical Connector Specifications Ultra Polish PC Connectors: Angled Polish Connectors: INSERTION LOSS (db) 0.3 db maximum 0.15 db typical 0.5 db maximum 0. db typical RETURN LOSS (db) 57 db minimum 65 db minimum 16

Next Generation Frames Value-Added Module System WDM Module Ordering Information Configuration MUX front, DEMUX front 5 MUX rear, DEMUX front Mux Port Connector/Adapter U FC ultra polish A FC angled polish U ST ultra polish 7U SC ultra polish 7A SC angled polish 8A E-000 angled polish LU LX.5 ultra polish LA LX.5 angled polish KU LC ultra polish 00 Bare fiber Demux Port Connector/Adapter U FC ultra polish A FC angled polish U ST ultra polish 7U SC ultra polish 7A SC angled polish 8A E-000 angled polish LU LX.5 ultra polish LA LX.5 angled polish KU LC ultra polish 00 Bare fiber In the ordering charts, the abbreviation mux references the multiplexed side of the WDM, the side where two optical signals coexist on one fiber. The abbreviation demux references the demultiplexed side of the WDM, the side where each signal appears on its own fiber. Both unidirectional and bidirectional WDMs are available as shown below. DEMUX UNIDIRECTIONAL MULTIPLEXER 1310 1550 1310 1550 MUX MUX UNIDIRECTIONAL DEMULTIPLEXER 1310 1550 1310 1550 NGF-W Module Configuration A Single B Dual C Triple WDM Type (λ1, λ) A Undirectional multiplexer C Undirectional demultiplexer E Bidirectional λ1 Tx/λ Rx G Bidirectional λ1 Rx/λ Tx J 5 db isolation, pass 1310 K 5 db isolation, pass 1550 L (Dual only) unidirectional multiplexer, undirectional demultiplexer* M (Dual only) bidirectional λ1 Tx/λ Rx, bidirectional λ Tx/λ1 Rx * WDM Type "L" includes (1) unidirectional multiplexer (standard isolation) and (1) unidirectional demultiplexer (isolation specified by next character) DEMUX DEMUX MUX BIDIRECTIONAL TRANSMISSION 1310 1550 1310 1550 1310 1550 1310 1550 MUX DEMUX Demux Port Pigtail Length Length (in meters) Example: 00 = No pigtail 01 = 1 meter 10 = 10 meters Mux Port Pigtail Length Length (in meters) Example: 00 = No pigtail 01 = 1 meter 10 = 10 meters Leave 00 for adapter option Wavelength A 1310 (λ1)/1550(λ) B 1533 (λ1)/1557(λ) E 1550 (λ1)/165(λ) F 1310 (λ1)/165(λ) Isolation 1 Standard High 3 Very high 17

Next Generation Frames Value-Added Module System WDM Module Mux Front, Demux Front REAR WDM FRONT Demux Demux Mux 5 Mux Mux Rear, Demux Front REAR WDM FRONT Demux Demux 18

Next Generation Frames Value-Added Module System Singlemode WDM Specifications MATERIAL Fiber: Jacket: OPTICAL Uniformity: Polarization Stability: Bandpass: Insertion Loss: Reflectance: Isolation Near End: Far End: MECHANICAL Cable Retention: Flex: Twist: Vibration: Impact: Flammability: ENVIRONMENTAL Humidity Resistance: Thermal Aging: Temperature Cycling: Multiplexer/Demultiplexer: High Isolation Demultiplexer: Very High Isolation Demultiplexer: Wavelength Filters: Corning SMF-8 0.900 mm 1.0 LogN (where N = number of channels) 0.5 db maximum (see table below) (see table below) < -55 db 55 db (see table below).5 kg (1.0 lb.) maximum for.50 mm and.900 mm fiber; 1.0 kg (. lbs.) maximum for cabled fiber assemblies 300 cycles;.5 kg (1.0 lb.) maximum load (fiber cable only) 100 cycles;.5 kg (1.0 lb.) maximum load (fiber cable only) 10-55 Hz per FOTP II condition I 8 drops from 1.5 meters All materials used in fabrication of the coupler housing meet UL 9, Level V-I requirements 336 hours, 60 C at 95% relative humidity 336 hours, 85 C 336 hours, -0 C to 85 C 1310/1550 nm PASSBAND MAXIMUM INSERTION LOSS* (nm) (db) 1533/1557 nm Unidirectional Multiplexer: High Isolation Undirectional Multiplexer or Bidirectional Multiplexer/Demultiplexer: Very High Isolation Undirectional Multiplexer or Bidirectional Multiplexer/Demultiplexer: Filter Passing 1533 nm: Filter Passing 1557 nm: 1310 ± 0 nm and 1550 ± 0 nm 1310 ± 0 nm and 1550 ± 0 nm 1310 ± 0 nm and 1550 ± 0 nm 1310 ± 0 nm and 1550 ± 0 nm PASSBAND (nm) 1533 ±3 and 1557 ±3 nm 1533 ±3 and 1557 ±3 nm 1533 ±3 and 1557 ±3 nm 1533 ±3 nm 1557 ±3 nm 0.3 0.7 1.0 0.3 MAXIMUM INSERTION LOSS* (db) * Maximum Insertion Loss does not include connector loss. See pages 15-16 for connector specifications and definitions. 0.9 1.8.1 0.9 0.9 MINIMUM ISOLATION (db) 15 30 5 15 MINIMUM ISOLATION (db) N/A 0 35 13 13 19

Next Generation Frames Value-Added Module System Monitor Module Ordering Information Input Connector/Adapter Singlemode U FC ultra polish A FC angled polish 7U SC ultra polish 7A SC angled polish U ST ultra polish 8A E-000 angled polish LU LX.5 ultra polish LA LX.5 angled polish KU LC ultra polish 00 Bare fiber or Multimode** M FC 6.5/15 N FC 50/15 9A SC 50/15 9B SC 6.5/15 5F ST 50/15 5U ST 6.5/15 LM LX.5 PM LC 00 Bare fiber Output Connector/Adapter Singlemode U FC ultra polish A FC angled polish 7U SC ultra polish 7A SC angled polish U ST ultra polish 8A E-000 angled polish LU LX.5 ultra polish LA LX.5 angled polish KU LC ultra polish 00 Bare fiber or Multimode** M FC 6.5/15 N FC 50/15 9A SC 50/15 9B SC 6.5/15 5F ST 50/15 5U ST 6.5/15 LM LX.5 PM LC 00 Bare fiber NGF-M Monitor Pigtail Length Number of Circuits per VAM 1 1 circuit Output Pigtail Length circuits 3 3 circuits Input Pigtail Length Length (in meters) Split Ratio Example: A 90/10 00 = No pigtail B 95/05 01 = 1 meter C 50/50 10 = 10 meters E 80/0 Leave 000 for F 75/5 adapter option H 70/30 J 60/0 K 99/01 Module Style B Cross-connect customer premises D Dual monitor cross-connect Monitor Connector Type G Dual monitor cross-connect Singlemode J Dual monitor U FC ultra polish P Customer premises A FC angled polish R Single monitor cross-connect 7U SC ultra polish 7A SC angled polish U ST ultra polish * See detailed splitter and connector 8A E-000 angled polish specifications on pages 19-0. LU LX.5 ultra polish Contact ADC for multimode LA LX.5 angled polish specifications and available split ratios KU LC ultra polish at 1-800-366-3891. 00 Bare fiber or Multimode** M FC 6.5/15 N FC 50/15 9A SC 50/15 9B SC 6.5/15 5F ST 50/15 5U ST 6.5/15 LM LX.5 PM LC 00 Bare fiber 0

Next Generation Frames Value-Added Module System Monitor Module J Mon tor Modu e XX% 1 x SPLITTER B XX% XX% 1 x SPLITTER A XX% Dual Monitor Cross-Connect 1 x 1 x CUST MON SRC MON SRC Rx CUST Rx CUST Tx SRC Tx Mon Tx Mon Rx Tx Rx Tx SRC Rx SRC CUST MON Tx Rx P SRC MON Cross Connect 10% SPLITTER 90% 10% SPLITTER 90% Customer Premises Monitor Module XX.XX% 1 x SPLITTER XX.XX% XX.XX% 1 x SPLITTER XX.XX% Tx MON Rx MON Tx Rx CUST Rx CUST Tx SRC Rx SRC Tx Rx Tx R Tx AI Rx Cross Connect 1 x 1 x Single Monitor Cross-Connect 1 x SPLITTER XX.XX% XX.XX% Rx Mon Tx Mon Rx Tx Tx MON A Tx A Rx 1

Fiber Optic Terminal Jumper Storage Bay Front ISO View Ordering Information Description FOT Storage Bay for 600 mm FMDF Lineups FOT Storage Bay for 600 mm F3MDF Lineups (not shown) 300 mm Front View (NGF-ACCFOTSB300 Shown) Dimensions. m x 300 mm x 600 mm. m x 300 mm x 80 mm. m 600 mm Side View NGF-ACCFOTSB300 NGF-F3ACCFOTSB300

Equipment Bay The NGF Equipment Bay provides a mounting location for 19" rack mount equipment within an FMDF lineup. The equipment deployment in the bay can include video transmitters, RF Splitter/Combiners, or Remote Fiber Test Systems. NGF Equipment Bays are available for FMDF lineups (600 mm deep) and F3MDF lineups (80 mm deep). Ordering Information Description Equipment Bay for FMDF lineups For 19" equipment (maximum equipment depth 8.6 cm) (36) rack unit mounting spaces available (EIA hole spacing) Equipment Bays for F3MDF lineups For 19" equipment (maximum equipment depth 8.6 cm) (36) rack unit mounting spaces available (EIA hole spacing) Dimensions. m x 600 mm x 600 mm. m x 600 mm x 80 mm 600 mm 600 mm NGF-ETSIEB6060-19 NGF-ETSIEB6060-19 NGF-ETSIF3EB608-19. m 3

Accessories End Guard The end guard provides protection for the fibers entering and exiting frames at the ends of a lineup. Ordering Information Description FMDF end guard, 600 mm deep F3MDF end guard, 80 mm deep Cable Clamp Kits Cable clamp kits are available for securing IFC/OSP cable or equipment (FOT) jumpers on the rear of the FTB. Ordering Information Description Cable clamp kit for FOT patch cords included with fiber termination blocks loaded with adapters only Cable clamp kit for IFC/OSP cables included with fiber termination blocks with IFC Rack Installation Kits Ordering Information Description Rack installation kit for concrete floor, kit includes: () M8 bolts, 90 mm () M8 nuts (8) flat washers () lock washers shims and anchor plates Rack installation kit for raised floor, kit includes: () threaded rods M1 x 1 m (1) heavy nuts, lock and flat washers () nuts with springs, M1 () 1.8 m unistrut (1) anchor kit AC Outlet Kits NGF-ETSIACCEG NGF-ETSIF3ACCEG NGF-ACCCLMP0 NGF-ACCCLMP08 RAC-MX0616 RAC-MX0615 Please contact your ADC representative for catalog numbers

Next Generation Frames Patch Cords Singlemode Cable Option FPC FPT Connector on both ends (patch cord) Connector on one end (pigtail) Multimode Cable Option FPC Connector on both ends (patch cord) FPT Connector on one end (pigtail) - - S - M Length X Length in meters Cable Type Connector Type 1 Leave 3 mm single SPSC SC ultra polish Blank M mm single APSC SC angled polish F 1.7 mm single SDSC SC duplex 9 900 micron SPFC FC ultra polish Z 3 mm dual zip APFC FC angled polish mm dual zip SPST ST ultra polish T 1.7 mm dual zip AE E-000 angled polish SPLX LX.5 ultra polish 3 1 For hybrid patch cords, enter both connector types in this field and separate them with a slash mark; ALX5 SDLX LX.5 angled polish 3 LX.5 ultra polish duplex remove "S" from the ultra polish connector options ADLX LX.5 angled polish duplex (see second ordering example). One connector per end; requires dual zip cable 3 Requires 900 micron, 1.7 mm or mm cable Requires 1.7 mm or mm dual zip cable Ordering Example SPLC SDLC LC ultra polish LC ultra polish duplex FPC-SPFC-10M: Patch cord with ultra polish FC connectors on both ends, mm dual zip cable, 10 meters in length with standard breakout length of 1" on both ends. FPC-SPST/PSC-S-10M: Patch cord with ST ultra polish connector on one end and SC ultra polish connector on the other end, 10 meters in length. - - - M Length X Length in meters Cable Type Fiber Size Leave Blank 3 mm single M mm single A 50/15 F 1.7 mm single B 6.5/15 9 900 micron Z 3 mm dual zip Connector Type 1 mm dual zip MSC SC ultra polish T 1.7 mm dual zip MDSC SC duplex 1 MFC FC ultra polish For hybrid patch cords, enter both connector types MST ST ultra polish in this field and separate them with a slash mark MLX5 LX.5 ultra polish 3 One connector per end; requires dual zip cable 3 MDLX LX.5 duplex Requires 900 micron, 1.7 mm or mm cable MLC LC ultra polish Requires 1.7 mm or mm dual zip cable MDLC LC duplex Ordering Example FPC-MST/MSC-B-7M: Patch cord with ST ultra polish connector on one end and SC ultra polish connector on the other end, 6.5/15 fiber size, 7 meters in length. 5

Next Generation Frames Cable Assemblies Standard Cross-Connect Patch Cord Lengths Total Number of Sections Traversed Same frame Adjacent frames 3 to 5 to 6 7 to 8 9 to 10 Patch Cord Length (approximate) Feet 18 3 6 33 36 39 Meters 6.0 7.0 8.0 10.0 11.0 1.0 *Depending on office requirements, 11 or more frame sections may require the use of interbay tie panels. For additional information, please call ADC Technical Assistance Center, 1-800-366-3891. 6

Index N NGF-ACCCLMP0... NGF-ACCCLMP08... NGF-ACCFOTSB300... NGF-ACCOSPKIT01...6 NGF-ACCOSPKIT0...6 NGF-ETSIACCEG... NGF-ETSIF3ACCEG... NGF-ETSIEB6060-19...3 NGF-ETSIF3EB608-19...3 NGF-ETSIF3MDF608...3 NGF-ETSIMDF6060... NGF-F3ACCFOTSB300... NGF-SLM7A100... R RAC-MX0615... RAC-MX0616... 7

Web Site: www.adc.com From North America, Call Toll Free: 1-800-366-3891 Outside of North America: +1-95-938-8080 Fax: +1-95-917-337 For a listing of ADC s global sales office locations, please refer to our web site. ADC Telecommunications, Inc., P.O. Box 1101, Minneapolis, Minnesota USA 550-1101 Specifications published here are current as of the date of publication of this document. Because we are continuously improving our products, ADC reserves the right to change specifications without prior notice. At any time, you may verify product specifications by contacting our headquarters office in Minneapolis. ADC Telecommunications, Inc. views its patent portfolio as an important corporate asset and vigorously enforces its patents. Products or features contained herein may be covered by one or more U.S. or foreign patents. An Equal Opportunity Employer 85 6/03 Revision 1999, 000, 001, 003 ADC Telecommunications, Inc. All Rights Reserved