FIBER CONNECTIVITY SOLUTIONS Value-Added Module (VAM) System Monitor, Splitter, WDM and CWDM Modules and Chassis 4th Edition 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 2 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 Introduction 1 Applications 2-5 VAM Chassis Industry-Standard Optical Distribution Frame Standard VAM Chassis 6-7 8-Inch FCM Standard VAM Chassis 8 FL2000 VAM Chassis 9 8-Inch FCM and Industry-Standard Optical Distribution Frame WideVAM Chassis 10 NGF MicroVAM Chassis 11 NG3 ® MicroVAM Chassis 12 FMT 2 RU MicroVAM Chassis 13 LGX ®* Compatible VAM Chassis 14 OMX600 ® High-Density VAM Chassis 15 VAM Modules Monitor Module 16-17 Splitter Module 18-19 WDM Module 20-21 CWDM Module 22-23 Specifications Splitter Specifications 24-25 WDM Specifications 26 Index 27 * LGX ® is registered trademark of Furukawa Electric North America, Inc. Table of Contents 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 1 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 ADC’s value-added module (VAM) system adds flexibility and functionality to the optical transport system by enabling telecommunications service providers to easily incorporate optical components into the network. This versatile platform lays the foundation for the optical distribution frame of the future. The VAM system consists of a variety of chassis and optical components that fit into all existing ADC optical distribution frames and various other mounting environments. Modules may include: • Monitors • Splitters • Wavelength division multiplexers (WDMs) • Coarse wavelength division multiplexers (CWDMs) Value-Added Module (VAM) System Introduction Features and Benefits VAM chassis and modules available for all ADC fiber frames One-stop shop for complete optical transport system support requirements Monitor testing Enables providers to troubleshoot networks without forcing disruption of service Enclosed plug-in modules Optical components are protected from physical and environmental damage Angled retainers Maintains minimum bend radius of fiber patch cords Horizontal mounted plug-in modules Modules can be added or removed from the chassis without interfering with existing terminated patch cords Universal mounted plug-in modules No need to order different part numbers for left side or right side mounted modules Extensive product labeling Customers have all the information required for installation and maintenance without referring to the user manual or drawings Flexible platform Modules can be created for new applications quickly and easily to meet customer requirements Module labeling system Schematics are marked on peel-off labels that can be attached to the chassis designation labeling system Custom configurations Custom splitter configurations are available upon request. Please contact ADC Technical Assistance Center. 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 2 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 Overview In today’s competitive environment, service providers cannot risk any interruption in service. Finding a problem before it becomes a hard failure does more than just prevent loss of service, it affords service providers sufficient time to address the problem appropriately. With troubleshooting often posing a large, time-consuming expense, service providers have discovered new methods for nonintrusive test access of fiber circuits. A value-added module (VAM) system equipped with monitor modules provides more flexibility and functionality in a variety of monitoring applications. Customer Premises Module Applications A customer premises VAM can be used as a demarcation point for subscribers requiring fiber feeds. The module slides into a fiber frame and fiber jumpers are subsequently installed from each module to the network equipment. Equipped with separate ports for local testing, the module uses splitters to route a portion of the transmit and receive signal to a monitoring port. Technicians then test the signal routed to the port via an external test device. This allows technicians access to both directions of the signal without disrupting service to the customer (see figure 1). Source MON Customer Premises Module Non intrusive testing in both directions Customer Building B Source Building A Rx Customer MON Customer Source Splitter 90% 10% Splitter 10% 90% Tx Rx Tx Customer Equipment Figure 1 Installed at the customer premises location for troubleshooting fiber feeds without disrupting the service. Tx MON Dual Monitor Module Connector Module IFC Cable Cable Vault Splice Point OSP Cable FOT Termination OSP Termination Fiber Distribution Frame Rx MON Tx Rx Rx Tx FOT Splitter 10% 90% Splitter 10% 90% Figure 2 The OSP cable terminates on a standard connector module; FOT equipment terminates on the rear of the monitor module. Technicians connect the two by installing fiber patch cords between the connector module and the monitor module, completing the cross-connect. The dual monitor module offers another economical method of providing nonintrusive access to fiber circuits. Dual monitor modules are used in cross-connect configurations in which the outside plant cables are terminated to standard bulkhead adapters and fiber optic terminal equipment cables are terminated at the rear of the monitor module (see figure 2). When the outside plant bulkhead terminations on the front are cross-connected to the fiber optic terminal monitor module, access is gained to both the transmit and receive signals of the circuit and monitoring can be performed without disruption to service. Dual Monitor Cross-Connect Applications Monitor Modules Applications 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 3 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 Splitter Modules Overview With the emergence of broadband, service providers are able to offer combinations of data, telephony and video distribution services, increasing their subscriber rates and maximizing revenue generating opportunities. Value-added modules (VAMs) equipped with optical splitters can cost-effectively distribute signals to multiple subscribers. The modules provide operators with unmatched flexibility and functionality. Splitting Up is Easy to Do A VAM splitter module allows service providers to transport a signal from the serving office to the far end of the network over one fiber before splitting the signal to feed multiple subscribers. The signal travels from the headend to a node site, where it is split multiple times via a predetermined split ratio. The subsequent signals are then sent downstream to subscribers (see figure 1). Rear Front Connectorized Pigtail Adapter Port Adapter Port Optical Components Connectorized Pigtail (3 mm Jacketed) Bare Pigtail (2 mm Jacketed) Figure 2 Applications Serving Office Singlemode Fiber Subscriber Subscriber Subscriber Subscriber Splitter 1x4 Figure 1 Monitoring Your Investment Splitter modules can also be used as nonintrusive monitoring and testing devices. A VAM splitter module includes separate ports for local testing. When providers split a signal, 90 to 95 percent of the signal is allowed to proceed to its destination and the remaining portion is sent to the local access port to be monitored or tested by an external test device. VAM splitter modules offer providers a wide range of split ratios to accommodate specific application requirements. The ability to easily monitor both directions from both ends of a fiber span greatly reduces the time necessary to locate failures or degradation points. Value-Added Functionality VAM splitter modules can be tailored to meet application requirements. Modules include most industry- standard singlemode and multimode connectors and module inputs and outputs are made via adapter, pigtail or bare fiber depending on requirements (see figure 2). Various combinations of all front access to input/output ports or rear access to both input/output ports are also available. All bare fiber options use 2.0 mm jacketing. The variety of module configurations allows service providers the opportunity to determine the number and type of optical connections necessary depending on whether a cross-connect or interconnect arrangement is used. 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 4 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 WDM and CWDM Modules Overview Wavelength division multiplexing (WDM) remains the prevailing technology for adding flexibility and functionality to today’s optical networks. By transmitting signals at different wavelengths through the same fiber, WDMs can multiply transmission capacity, improve testing, and transmit voice services over video. Value-added module (VAM) systems equipped with WDM technology are used in a variety of applications to reduce operational expenses and increase revenue opportunities. Increasing Transmission Capacity Fiber overlays can be expensive and time consuming. In order to deliver broadband services, many service providers are integrating wavelength division multiplexing technology modules into the network to gain capacity without deploying additional fiber. Adding a WDM on each end of a circuit instantly doubles the bandwidth on a fiber pair. A typical application features one fiber for the transmit direction and another fiber for the receive direction (see figure 1). In these cases, it is simply a matter of incorporating a WDM module at each end of the span and adding new equipment transmitting at 1550 nm. The 1550 signal will travel on the same fiber, allowing the fiber plant capacity to double (see figures 2 and 3). The WDM approach also enables providers to work with existing electronic equipment, which proves to be a cost-effective solution. Coarse wavelength division multiplexer (CWDM) modules operate in a similar fashion to WDM, but allow for the addition of 8 or 16 additional signals to be transmitted over a single fiber. This is done by dividing the 1550 nm window into eight 20 nm spaced channels. CWDM electronics require the use of more precise and expensive lasers, but this cost can often be justified by the avoidance of costs associated with installing new fiber cables. 1310 FOT 1310 1310 Single Fiber Near End Far End Tx Rx 1310 FOT Tx Rx Figure 1 Original Network 1550 Near End 1310 FOT Tx Rx WDM Module WDM 1550 FOT Tx Rx WDM Module WDM Far End 1310 FOT Tx Rx WDM Module WDM 1550 FOT Tx Rx WDM Module WDM 1310 Single Fiber Single Fiber 1550 1310 Figure 2 Higher Capacity Network with WDMs Applications Near End Single Fiber CWDM Module Far End 1471 nm 1491 nm 1511 nm 1531 nm 1551 nm 1571 nm 1591 nm 1611 nm CWDM Module 1471 nm 1491 nm 1511 nm 1531 nm 1551 nm 1571 nm 1591 nm . 1611 nm Tx CWDM CWDM Rx Figure 3 Higher Capacity Network with CWDMs 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 5 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 WDM and CWDM Modules Nonintrusive Testing Often, access to the customer or co-location site is restricted. With wavelength division multiplexers (WDMs), a signal at a different wavelength from the normal traffic is injected at the near end of a system and travels to the far end, where it is looped back via a WDM at the demarcation point and returns to the original end. This allows full bi-directional OTDR (optical time domain reflectometer) testing on a live transmit/receive pair to be conducted from a central location. The service provider reduces operational expenses by not rolling a truck to the far end or disrupting customer’s service for testing purposes. WDM modules allow out-of-band testing by enabling networks to operate and test at different wavelengths. A network operating at 1310 nm can be tested at 1550 nm or a network operating at 1550 nm can be tested at 1625 nm using a WDM module. Course wavelength division multiplexing (CWDM) networks allow out of band testing by designating one channel as the test channel. Out-of- band testing is a simple, effective solution that is easy to implement into the network (see figure 4). Single Fiber Single Fiber 1550 Near End 1310 FOT Tx Rx WDM Module WDM 1550 Test Box Tx Rx WDM Module WDM Far End 1310 FOT Tx Rx WDM Module WDM Tx Rx WDM Module WDM 1310 1550 1310 1550 Test Box Transmitting Voice Services over Video When video requirements arise, a network incorporating WDM technology offers a cost-competitive option compared to additional fiber deployment. In most applications, a 1310 nm fiber route has already been established to accommodate traditional voice grade service. By using a 1550 nm video transmitter, both video and voice co-exist on the same fiber pairs, but are independently delivered to the subscriber. Value-Added Functionality ADC’s plug-in value-added modules (VAMs) can be purchased with most industry-standard singlemode connectors. Module inputs and outputs can be made via adapter, pigtail or bare fiber depending on customer requirements (see figure 5). Various combinations of all front access to input/output ports or rear access to both input/output ports are also available. All bare fiber options use 2.0 mm jacketing. The variety of module configurations allows the provider the opportunity to determine the number and type of optical connections necessary depending on whether a cross-connect or interconnect arrangement is used in the fiber cable management scheme. Rear Front Connectorized Pigtail Adapter Port Adapter Port Optical Components Connectorized Pigtail (3 mm Jacketed) Bare Pigtail (2 mm Jacketed) Figure 4 Continual Nonintrusive Testing Figure 5 Applications 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 6 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 Industry-Standard Optical Distribution Frame Standard VAM Chassis 7-inch Standard VAM Chassis – 12 Single Plug-In Modules The 7-inch standard VAM chassis fits into any open chassis location within an existing ADC 7-inch panel system or in an LGX ® compatible frame. It accommodates a maximum of 12 single plug-in modules, 12 bulkhead plates, 12 blank panels or any combination thereof. Adjustable mounting brackets are provided for 19- or 23-inch rack mounting environments. The 7-inch chassis mounts in EIA or WECO racks. Not for use in ADC's 8-inch FCM frame. 5.25-Inch Standard VAM Chassis – 8 Single Plug-In Modules The 5.25-inch standard VAM chassis fits into any 23-inch rack mounting environment. It accommodates a maximum of 8 plug-in modules, 8 bulkhead plates, 8 blank panels, or any combination thereof. Not for use in ADC's 8-inch FCM frame. FDM24-VAM525 Description Dimensions (HxWxD) Catalog Number 5.25" standard VAM chassis, unloaded; putty white, for 23" mounting environments 133 mm x 584 mm x 305 mm (5.25" x 23" x 12") FDM24-VAM525 O r d e r i n g I n f o r m a t i o n See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 FVM-19X700 Description Dimensions (HxWxD) Catalog Number 7" standard VAM chassis, unloaded; putty white 23" vertical cable guide (VCG) included 178 mm x 483 mm or 584 mm x 305 mm (7" x 19" or 23" x 12") FVM-19X700 7" LGX compatible VAM chassis, unloaded; putty white, with rear doors, 23" VCG included 178 mm x 483 mm or 584 mm x 280 mm (7" x 19" or 23" x 11") FVM-19X700X11 Front vertical cable guide (VCG); putty white, for 19" mounting environments 51 mm x 127 mm (2" x 5") VCG-25 Front vertical cable guide (VCG); putty white, for 23" mounting environments 102 mm x 127 mm (4" x 5") VCG-45 O r d e r i n g I n f o r m a t i o n VAM Chassis 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 7 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 Industry-Standard Optical Distribution Frame Standard VAM Chassis 4-Inch Standard VAM Chassis – 6 Single Plug-In Modules The 4-inch standard VAM chassis fits into any 23-inch rack mounting environment. It accommodates a maximum of 6 plug-in modules, 6 bulkhead plates, 6 blank panels or any combination thereof. Not for use in ADC's 8-inch FCM frame. FVM-23X400 Description Dimensions (HxWxD) Catalog Number 4" standard VAM chassis, unloaded; for 23" mounting environments 102 mm x 584 mm x 305 mm (4" x 23" x 12") FVM-23X400 O r d e r i n g I n f o r m a t i o n 3.5-Inch Standard VAM Chassis – 4 Single Plug-In Modules The 3.5-inch standard VAM chassis fits into any 19-inch rack mounting environment. It accommodates a maximum of 4 plug-in modules, 4 bulkhead plates, 4 blank panels or any combination thereof. Adjustable mounting brackets are provided for 23-inch rack mounting environments. Not for use in ADC's 8-inch FCM frame. O r d e r i n g I n f o r m a t i o n Description Dimensions (HxWxD) Catalog Number 3.5" standard VAM chassis, unloaded; for 19" or 23" mounting environments 89 mm x 483 mm or 582 mm x 305 mm (3.5" x 19" or 23" x 12") FVM-19X350 1.75-Inch Standard VAM Chassis – 2 Single Plug-In Modules The 1.75-inch standard VAM chassis fits into any 19-inch rack mounting environment. It accommodates a maximum of 2 plug-in modules, 2 bulkhead plates, 2 blank panels or any combination thereof. Adjustable mounting brackets are provided for 23-inch rack mounting environments. Not for use in ADC's 8-inch FCM frame. FVM-19X350 O r d e r i n g I n f o r m a t i o n Description Dimensions (HxWxD) Catalog Number 1.75" standard VAM chassis, unloaded; for 19" or 23" mounting environments 89 mm x 483 mm or 583 mm x 305 mm (1.75" x 19" or 23" x 12") FVM-19X175 FVM-19X175 VAM Chassis 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 8 w w w . a d c . c o m • + 1 - 9 5 2 - 9 3 8 - 8 0 8 0 • 1 - 8 0 0 - 3 6 6 - 3 8 9 1 8-Inch FCM Standard VAM Chassis 8-Inch FCM Standard VAM Chassis – 12 Single Plug-In Modules The 8-inch FCM standard VAM chassis fits into any open chassis location and ships with appropriate rear cable management. It accommodates a maximum of either 12 plug-in modules, 12 bulkhead plates, 12 blank panels or any combination thereof. The 8-inch rear load chassis mounts in EIA or WECO racks. Compatible with ADC's rear load frame system only. FDF-FCMVAM Description Dimensions (HxWxD) Catalog Number 8" FCM standard VAM chassis, unloaded; rear cable management and doors attached to module 203 mm x 620 mm x 307 mm (8.0" x 24.4" x 12.1") FDF-FCMVAM O r d e r i n g I n f o r m a t i o n 8-Inch FCM Standard VAM Chassis (Rear Load) VAM Chassis See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 [...]... 101663AE Value-Added Module System The NG3® MicroVAM chassis houses up to 13 MicroVAM modules These MicroVAM modules are ADC's highest density and most versatile VAM module See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 www.adc.com • +1-952-938-8080 • 1-800-366-3891 12 VAM Chassis FMT 2 RU MicroVAM Chassis. .. existing FL2000 system The chassis accommodates 4, 6, or 9 plug-in modules See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 www.adc.com • +1-952-938-8080 • 1-800-366-3891  VAM Chassis 8-Inch FCM and Industry-Standard Optical Distribution Frame WideVAM® Chassis The WideVAM incorporates 18 front and 10 rear... VAM Modules WDM Module WDM Module Types WDM- Module for 8" FCM, FL2000 and industry-standard optical distribution frame Standard VAM chassis 4/07 • 101663AE Value-Added Module System WDMW- Rear Adapter port connectorized pigtail (3 mm jacketed) Module for 8" FCM and industry-standard optical distribution frame WideVAM® chassis FMT-MW Module for 7” LGX® compatible chassis MXM-W Adapter port WDM connectorized... MX6-HDVAMCHAS-R 101663AE Value-Added Module System OMX600® High-Density VAM Chassis MX6-HDVAMCHAS-L (Left Orientation) 4/07 • MX6-HDVAMCHAS-R (Right Orientation) See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 www.adc.com • +1-952-938-8080 • 1-800-366-3891 15 VAM Modules Monitor Module Monitor Module Types FRONT... 5.2") NGF-VSPM-7000R 4/07 • 101663AE Value-Added Module System The new NGF MicroVAM chassis is designed to mount on all standard NGF frames and is interchangeable with termination, splice, and storage modules Each chassis accommodates up to 12 MicroVAM modules The NGF MicroVAM chassis accommodates MicroVAM modules only For information on ADC legacy MiniVAM chassis and modules, please contact ADC Technical... Other configurations and split ratios are available upon request Please contact ADC Technical Assistance Center www.adc.com • +1-952-938-8080 • 1-800-366-3891 22 VAM Modules CWDM Module CWDM Module Types 101663AE • 4/07 Module for 8" FCM, FL2000 and industry-standard optical distribution frame Standard VAM chassis VMW- Value-Added Module System VSM- Module for 8" FCM or industry-standard optical distribution... for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 www.adc.com • +1-952-938-8080 • 1-800-366-3891 14 VAM Chassis The OMX600® high-density VAM chassis is designed to fit into any open chassis location within new or existing OMX600 fiber distribution frames Each chassis can accommodate a maximum of 18 high-density VAM plug-in modules, ... Number 7" WideVAM chassis, unloaded; accommodates 6 single WideVAM modules 178 mm x 483 mm x 303 mm (7" x 19" x 11.9") FVM-19X700W 3.5" WideVAM chassis, unloaded; accommodates 2 single WideVAM modules 89 mm x 483 mm x 304 mm (3.5" x 19" x 12") FVM-19X350W-M6 See the following pages for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23... information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 www.adc.com • +1-952-938-8080 • 1-800-366-3891 13 VAM Chassis LGX® Compatible VAM Chassis LGX® Compatible VAM Chassis FLM-VLM19X700-W Ordering Information Description Dimensions (HxWxD) 7" LGX compatible VAM chassis, unloaded, white; VAMs mount vertically; accommodates up to 12 single modules Catalog Number... FCM, FL2000 and industry-standard optical distribution frame Standard VAM chassis Rear Adapter port connectorized pigtail (3 mm jacketed) 4/07 • 101663AE Value-Added Module System VSMW- Module for 8" FCM and industry-standard optical distribution frame WideVAM® chassis FMT-MS Module for FMT 2 RU, NGF and NG3 MicroVAM chassis VLM- Module for OMX600® high-density VAM chassis Adapter port Module for 7" . SOLUTIONS Value-Added Module (VAM) System Monitor, Splitter, WDM and CWDM Modules and Chassis 4th Edition 4 / 0 7 • 1 0 1 6 6 3 A E Value-Added Module System 2 w. for module ordering information: • Monitor Modules 16-17 • Splitter Modules 18-19 • WDM Modules 20-21 • CWDM Modules 22-23 VAM Chassis 8-Inch FCM and Industry-Standard