Datasheet NVISION 8500 HYBRID Digital Video/Audio Routers with Audio Processing (4K/3G/HD/SD/ASI/AES/AA/MADI) Audio/video routing innovations that simplify your workflows. NVISION 8500 HYBRID routers from Grass Valley, a Belden Brand, combine exceptional resilience with cost, space and power efficiency to make them your ideal enterprise-class routing solution. Perfect for production and playout applications from trucks to the largest engine rooms, they offer the convenience of integrated processing and simplified cable management with no compromises on reliability. Available in five frame sizes with matrices ranging from 144x144 all the way up to 1152x1152 and larger. Whatever your need or function, NVISION 8500 has the right fit. With the addition of future-proof NVISION 8500 IP Gateway cards, which provide input and output of SMPTE ST 2022-6 signals over 10 GbE, these routers will serve you well now and far into the future as technology progresses. 1
KEY FEATURES Space, power and cost saving with integrated processing Integrated 16 channel de-embedding, shuffling, re-embedding and breakaway saves space, power, weight and costs Audio concentrators minimize cabling, associated labor, and weight Eliminating to video delay problems By eliminating the requirement for external de-embedders and embedders, the router prevents to video latency problems, which can be an issue in live production environments when feeding signals to an console Simplified cable management with direct fiber connectivity Unique, clean design provides unparalleled signal integrity and allows longer coaxial cable runs High density coaxial connectors streamline cabling and lower weight Direct fiber connectivity using SFP modules for 1310 nm and CDWM wavelengths Ultra resilient design Patented N-on-1 crosspoint redundancy Front loading with hot swappable power supplies, input, output, controller and crosspoint modules, and speed controlled fans Small failure block: input block is 9, output block is 18 Redundant power supplies, crosspoints, and control cards Scalable for the very largest systems Five frames sizes provide matrices from 144x144 to 1152x1152 and larger Rectangular matrices (twice as many outputs as inputs) are ideally suited to feeding multiviewer systems Highly flexible control Integrates tightly with advanced NV9000 controllers and wide range of control panels for easier signal management, even in the most complex facilities Rich facility integration Exceptional integration across a facility, including with multiviewers, signal processors, master control switchers, tally management systems, and production switchers IP (SMPTE ST 2022-6) capable NVISION 8500 Router IP Gateway enables routing of baseband video over IP networks Existing NVISION 8500 HYBRID router frames can utilize NVISION 8500 IP Gateway input/output cards* IP Gateway cards allows for SDI and IP video to coexist in the same router Works with GV Convergent software defined networking (SDN) control system to transparently manage facility IP routing with commercial off the shelf (COTS) IP switches *NVISION 8140 input card design currently precludes gateway usage. SPECIFICATIONS Electrical PS8100 (FR8144 only) AC input: 90-130/180-250 VAC, 50/60 Hz, auto-ranging, 15A AC fuses: No user serviceable fuses AC connectors: Female: IEC 320-C13 (one for each PS8100 module installed) Male: NEMA 5-15p AC power: PS8100, 850W, one IEC 320-C13 AC power usage: Power based on PS8100 modules NV8144 Coax: 850W nominal (144x144), power factor corrected Fiber optic: 850W nominal (144x144), power factor corrected Hybrid: 850W nominal (144x144), power factor corrected NV8300 and PS8300 (FR8280, FR8567 and FR8576-Plus) AC input: 90-130/180-250 VAC, 50/60 Hz, auto-ranging, 20A AC fuses: No user serviceable fuses AC connectors: Female: IEC 320-C19 (one for each PS8300 module installed) Male: NEMA L5-20P locking (one for each PS8300 module installed) AC power: PS8300, 1,350 W, one IEC 320- C19 AC power usage NV8280 Coax: 1,750W nominal (288x576), power factor corrected Fiber optic: 2,100W nominal (288x576), power factor corrected Hybrid: 2,700W nominal (288x576), power factor corrected NV8576, NV8576-Plus Coax: 3,400W nominal, power factor corrected Fiber optic: 4,250W nominal, power factor corrected Hybrid: 5,400W nominal, power factor corrected (576x1152, 576x576 expandable) (each frame requires two NV8300 frames) Diagnostic Type: Serial port Standards: SMPTE ST 207, EIA-422/EIA-232, configurable Connector: 2, DE-9 Serial Control Type: Serial port (2 per control card) Standards: SMPTE ST 207, EIA-422 Connector: 4, DE-9 Ethernet Type: 10/100 Base T Standard: IEEE 802.3 Protocol: NVISION Ethernet protocol Connector: 2, RJ45 Output Signal Monitor Type: Standard definition and high definition digital video Standard: See related section of this specification for standard for each monitored signal type Connector: DIN 1.0/2.3 Impedance: 75Ω Signal details: See related section of this specification for details for each monitored signal type, I/O levels and return loss (FR8576-Plus only) Expansion I/O Type: Proprietary Standard: See related section of this specification for standard for each signal type sent between routers Connector: 128, proprietary Signal details: See related section of this specification for details for each signal type, I/O levels and return loss (FR8576-Plus only) Control Expansion Type: 10Base2 port Connector: 2, BNC, loop through Impedance: 50Ω Power Supply Monitor (except FR8144) Connector: DB-25 Environmental Specifications Operating temperature: 0 to 40 C (32 to 104 F) Relative humidity: 0 to 90%, non-condensing Video Reference Input Type: Analog video reference Standard: PAL, NTSC, or tri-level sync Connector: Loop through, BNC Impedance: 75Ωor Hi-Z (>20,000Ω), not selectable Level: 0.5 Vp-p to 2.0 Vp-p Return loss: >30 db to 5 MHz Output timing jitter: <0.2 Ulpp from 10 Hz to 1.0 khz Inputs/Outputs (HD/SD) Type: High definition serial digital video Standards: SMPTE ST 259 and SMPTE ST 292 Data rates: Auto re-clocking at 270 Mb/s and 1.483, 1.485 Gb/s or auto bypass with passthrough from 19 Mb/s to 1.5 Gb/s (Note: Inputs do not reclock.) Connector: DIN 1.0/2.3 Impedance: 75Ω Cable equalization: 150m (492 ft.) Belden 1694A, 85m (278 ft.) Belden 1855A, or equivalent cable, at 1.5 Gb/s Router path: Non-inverting I/O return loss: >15 db, 5 MHz to 1.5 GHz Output level: 800 mvpp ±10% Output rise/fall time: 270 ps Output overshoot: 10% of amplitude max Output alignment jitter: 0.2 UIpp from 100 khz to 150 MHz Output timing jitter: 1.0 UIpp from 10 Hz to 100 khz Inputs/Outputs (3G/HD/SD) Type: High definition serial digital video Standards: SMPTE ST 259, SMPTE ST 344, SMPTE ST 292 and SMPTE ST 424 Data rates for auto reclocking: 270 Mb/s and 1.483, 1.485, 2.966, 2.970 Gb/s or auto bypass with pass-through from 19 Mb/s to 3 Gb/s (Note: Inputs do not reclock.) Connector: DIN 1/2.3 Impedance: 75Ω Cable equalization (for cables listed or equivalent cable): 400m (1,312 ft.) Belden 1694A, 250m (820 ft.) Belden 1855A at 270 Mb/s 150m (492 ft.) Belden 1694A, 100m (328 ft.) Belden 1855A at 1.5 Gb/s 100m (328 ft.) Belden 1694A, 45m (147 ft.) Belden 1855A at 3 Gb/s Router path: Non-inverting Output level: 800 mvp-p ±10 % I/O return loss: >15 db, 5 MHz to 1.5 GHz; >10 db, 1.5 GHz to 3 GHz Output rise/ fall time: 135 ps Output overshoot: 10 % of amplitude max Output alignment jitter: 0.3 UIpp from 100 khz to 300 MHz Output timing jitter: 2.0 UIpp from 10 Hz to 100 khz Specifications subject to change without notice. 2
ORDERING Frames FR8576 576x1152 in a single 32 RU frame FR8576-Plus 576x576 in a single 32 RU frame expandable to 1152x1152 in two frames FR8280 288x576 in a single 16 RU frame FR8144 144x144 in single 8 RU frame NV8300 3 RU power supply frame, required for all frames except FR8144 Video Inputs 8500-3GIG-IN-COAX 8500 9 IN 3 Gig coax input 8500-3GIG-IN-FIBER 8500 9 IN 3 Gig fiber input 8500-HD-IN-COAX 8500 9 IN HD coax input 8144-3GIG-IN-COAX 8144 9 IN 3 Gig coax input (8144 frame only) Video Outputs 8500-3GIG-OUT-COAX 8500 18 OUT 3 Gig coax output 8500-3GIG-OUT-COAX-EXP 8500 9 OUT 3 Gig coax output + expansion 8500-3GIG-OUT-FIBER 8500 18 OUT 3 Gig fiber output 8500-3GIG-OUT-FIBER-EXP 8500 9 OUT 3 Gig fiber output + expansion 8500-HD-OUT-COAX 8500 18 OUT HD coax output 8500-HD-OUT-COAX-EXP 8500 9 OUT HD coax output + expansion 8144-3GIG-OUT-COAX 8144 18 OUT 3 Gig coax output (8144 frame only) Audio Inputs 8500-AES-ASYNC-IN 8500 9 IN AES async inputs Audio Outputs 8500-AES-ASYNC-OUT 8500 18 OUT AES async output 8500-AES-ASYNC-OUT-EXP 8500 9 OUT AES async output + expansion Crosspoint Modules 144-3GIG-XPT 8500 series 144 x 144 3 Gig XPT 288-3GIG-XPT 8500 series 288 x 288 3 Gig XPT 144-3GIG-XPT-RED 8500 series 144 x 144 3 Gig redundant XPT 288-3GIG-XPT-RED 8500 series 288 x 288 3 Gig redundant XPT Other Options PS8100 8000 series 850 W PS redundant PS8300 8000 series 1350 W PS redundant 8500-MNTR 8500 series monitor 8500-FAN 1 8576/8280 series speed cont. fan module 8500-FAN 2 8144/8140 series speed cont. fan module Hybrid Modules Hybrid Control Module 8500H-NV 8500 hybrid control card Hybrid Inputs 8500H-IP-3G-DEM-CX 8500 8 IN 3 Gig/de-emb coax 8500H-IP-3G-TDM-CX 8500 8 IN 3 Gig 1 IN MADI coax 8500H-IP-3G-FS-CX 8500 8 IN 3 Gig frame sync coax Hybrid Outputs 8500H-OP-3G-EMB-CX 8500 16 OUT 3 Gig/embed coax 8500H-OPX-3G-EMB-CX 8500 8 OUT w/exp 3 Gig/embed coax 8500H-OP-3G-DEM/EMB-CX 8500 16 OUT 3 Gig dem/emb coax 8500H-OPX-3G-DEM/EMB-CX 8500 8 OUT 3 Gig w/exp 3 Gig dem/emb coax 8500H-OP-3G-TDM-CX 8500 16 OUT 3 Gig 2 OUT MADI coax 8500H-OPX-3G-TDM-CX 8500 8 OUT 3 Gig 1 OUT MADI w/exp coax Hybrid Crosspoint Modules 8500H-XPT-288 8576 3 Gig/hybrid XPT 8500H-RXPT-288 8576 3 Gig/hybrid redundant XPT 8500H-XPT-144 8280/8144 3 Gig/hybrid XPT 8500H-RXPT-144 8280 3 Gig/hybrid redundant XPT SFP Modules Fiber 1310 nm SFPs IO8500-3GIG-IN-SFP 8500 2 IN optical SFP module, single-mode, 1310 nm, IO8500-3GIG-OUT-SFP 8500 2 OUT optical SFP module, single-mode, 1310 nm, Fiber CWDM SFPs IO8500-CWDM-IN-SFP 8500 2 IN optical SFP module, single-mode, 1260/1620 nm, IO8500-CWDM-OUT-SFP-27/29 8500 2 OUT optical SFP module, single-mode, 1271/1291 nm, IO8500-CWDM-OUT-SFP-31/33 8500 2 OUT optical SFP module, single-mode, 1311/1331 nm, IO8500-CWDM-OUT-SFP-35/37 8500 2 OUT optical SFP module, single-mode, 1351/1371 nm, IO8500-CWDM-OUT-SFP-39/41 8500 2 OUT optical SFP module, single-mode, 1391/1411 nm, IO8500-CWDM-OUT-SFP-43/45 8500 2 OUT optical SFP module, single-mode, 1431/1451 nm, IO8500-CWDM-OUT-SFP-47/49 8500 2 OUT optical SFP module, single-mode, 1471/1491 nm, IO8500-CWDM-OUT-SFP-51/53 8500 2 OUT optical SFP module, single-mode, 1511/1531 nm, IO8500-CWDM-OUT-SFP-55/57 8500 2 OUT optical SFP module, single mode, 1551/1571 nm, IO8500-CWDM-OUT-SFP-59/61 8500 2 OUT optical SFP module, single-mode, 1591/1611 nm, NVISION 8900 AA / AES / MADI Audio Concentrators 8900-SA-TDM-BAL 8900 32 IN AES (110Ω) to MADI 1 RU 8900-SA-TDM-CX 8900 32 IN AES (75Ω) to MADI 1 RU 8900-TDM-SA-BAL 8900 MADI to 32 OUT AES (110Ω) 1 RU 8900-TDM-SA-CX 8900 MADI to 32 OUT AES (75Ω) 1 RU 8900-AA-TDM 8900 32 IN AA to MADI 1 RU 8900-TDM-AA 8900 MADI to 32 OUT AA 1 RU NVISION 8900 Power Supply CRPS1 Redundant power supply for NV8900 NVISION 8500 IP Gateway 8500H-IP-3G-ETH-SFP 8500 3 IN 10 GigE SFP input IO8500H-IP-ETH-SFP 8500 3 IN Ethernet SFP rear 8500H-OP-3G-ETH-SFP 8500 3 OUT 10 GigE SFP output IO8500H-OP-ETH-SFP 8500 3 OUT Ethernet SFP rear Note: SFP+ modules are sold separately Contact Grass Valley for configuration assistance. 3
NVISION 8500 Router IP Gateway The NVISION 8500 Router IP Gateway provides broadcasters and media organizations the ability to future-proof their facilities for the transition from SDI to IP infrastructures. By packetizing real-time, uncompressed, baseband video using SMPTE ST 2022-6, the IP Gateway gives broadcasters and media organizations all they need to transport video over 10 GigE networks. The IP Gateway consists of input/output cards that are installed into any NVISION 8500 HYBRID router frame. The input cards accept encapsulated, uncompressed video, such as SMPTE ST 2022-6 high bitrate, and decapsulate the video so it s ready for use by the entire video matrix. The output card takes uncompressed video from the matrix and encapsulates it as SMPTE ST 2022-6 for transport of high bitrate media signals over IP. Once SDI signals are packetized, they can be easily transported over IP to a long list of potential applications, including rack-to-rack, truck-to-truck, between floors of a facility or even between buildings on a campus. All signals support low latency and frame accurate switching for use in live production. The IP Gateway cards can be added to any NVISION 8500 HYBRID routers, including those already deployed in users facilities. KEY FEATURES NVISION 8500 Router IP Gateway enables routing of baseband video over IP networks Existing NVISION 8500 HYBRID router frames can utilize NVISION 8500 IP Gateway input/output cards* IP Gateway cards allows for SDI and IP I/O to coexist in the same router Works with GV Convergent software defined networking (SDN) control system to transparently manage facility IP routing with commercial off the shelf (COTS) IP switches *NVISION 8140 input card design currently precludes gateway usage. ORDERING 8500H-IP-3G-ETH-SFP 8500 3 IN 10 GigE SFP input IO8500H-IP-ETH-SFP 8500 3 IN Ethernet SFP rear 8500H-OP-3G-ETH-SFP 8500 3 OUT 10 GigE SFP output IO8500H-OP-ETH-SFP 8500 3 OUT Ethernet SFP rear Note: SFP+ modules are sold separately SPECIFICATIONS Parameter IP Gateway Input Cards IP Gateway Output Cards SDI video channels 8 8 10 GigE ports 3 3 10/100M control ports 1 1 IP addresses, 10 GigE Network protocols SDI channel assignments to 10 GigE ports SFPs for 10 GigE ports Statically-assigned via custom GUI served up by the 10/100 control port Address Resolution Protocol (ARP) ICMP response only 10 GigE #1: Ch. 1 3 10 GigE #2: Ch. 4 6 10 GigE #3: Ch. 7 8 Supports SFP+ (supplied by Grass Valley) 10 GigE rate 10.3125 Gb/s, ± 100 ppm 10 GigE standard IEEE 802.3-2008 SDI formats Address Resolution Protocol (ARP) ICMP response only 10 GigE #1: Ch. 1 3 10 GigE #2: Ch. 4 6 10 GigE #3: Ch. 7 8 480i/29.97, 576i/25, 1080i/29.97, 1080i/25, 1080i/30, 720p/59.94, 720p/50, 720p/60, 1080p/59.94A, 1080p/50A, 1080p/60A 1080p/59.94B-DL, 1080p/50B-DL, 1080p/60B-DL, 1080i/29.97B-DS, 1080i/25BDS, 1080i/30B-DS 1080PsF/29.97, 1080PsF/24, 1080PsF/25, 1080PsF/30, 1080psf/23.98 SMPTE SDI standard SMPTE ST 259, SMPTE ST 292, SMPTE ST 424 SMPTE IP standards SMPTE ST 2022-6 4
Frame Sync Functionality The NVISION 8500 HYBRID Router Series Frame Sync Input Card has eight input ports and enables the simple synchronization of incoming wild feeds or signals moving between facilities. Previously, in applications that required the processing of eight feeds, eight frame synchronizers using eight processing cards were required. This new input card provides eight frame synchronizers on a single card with 3G, HD and SD all supported on the same module. The Frame Sync card supports multiple frame rates and formats and can shuffle at the input. KEY FEATURES 8 input ports, each with 4 frame buffer Manages 16 channels of per port Audio is dis to TDM matrix for total flexibility Dolby E aware Synchronizes 4K quad-link signals ORDERING 8500H-IP-3G-FS-CX NVISION 8500 HYBRID Frame Sync FEATURE XVP-3901-FS FRS-3901 FRS-1801 8500H-IP-3G-FS-CX Cost per frame sync $$$ $$ $$ $ 4K UHD support no no no yes 3G support yes yes no yes Fiber support yes yes no no Bypass relay option option no no Frame Syncs per card 1 1 1 8 A/V deglitcher yes yes no yes Video delay max 15 frames 15 frames 1.3 s 4 frames Video Proc/Color correction yes yes yes no Fingerprinting yes yes no no AFD/VLI/WSS processing yes yes yes no Lip-sync test pattern, measurement and correction no no yes no Discrete IN/OUT 4 in, 4 out option no 4 in, 4 out yes, via router port Audio de-emb and embedding optional 16 channels 16 channels optional 16 channels 16 channels Channel selection and shuffle option yes option yes Audio delay max 2 s 2 s 2 s 2 s Downmix 5.1 to 2.0 option yes option no Option modules 2 1 none none Optional upmix module yes yes no no Optional Dolby modules (Dec, Enc D, Enc E) Upgrade path to up/down/cross yes yes no no yes no no no RS-422 automation yes yes yes no GPI yes yes yes no 5
Integrated Audio Processing The NVISION 8500 HYBRID Router Series Disembed/Embed Output Card conveniently embeds into any channel location, even when managing inputs from non-hybrid sources. The addition of this functionality within the NVISION HYBRID Routing platform enables unprecedented flexibility with while also greatly reducing latency introduced into the program. This functional integration saves costs, as well as space, weight and power. It also streamlines the workflow and minimizes cabling. The DEM/EMB card can embed into any channel location without disrupting the original channels and can break into existing on a channel-by-channel basis. This DEM/EMB card will also allow you to shuffle that comes from a standard video source which gives you the ultimate in flexibility for your hybrid router. KEY FEATURES On-board 18x1 shuffling of original Easily shuffle from any standard or source to any channel output Consistent, predictable low latency levels Preserves and duplicates standard ORDERING 8500H-OP-3G-DEM/EMB-CX 8500 16 OUT 3 Gig dem/emb coax 8500H-OPX-3G-DEM/EMB-CX 8500 8 OUT 3 Gig w/exp 3 Gig dem/emb coax SDI Reclocker Video deserializer Video 16 ch embedder (with ANC preservation) Video serializer CD TDM 16 ch disembedder Silence generator 16 18x1 XPTs Monitor Video Audio Control Silence Break-in 6
AA/AES/MADI Audio Concentrators To further streamline cabling, the NVISION 8500 HYBRID routers can be used with NVISION 8900 concentrators. These devices convert Analog or AES to MADI, and MADI to Analog or AES, and this can radically reduce the number of cables needed in broadcast infrastructures. This reduces installation costs, simplifies troubleshooting, and reduces weight in a mobile environment. NVISION 8900 AES (balanced) to MADI converter NVISION 8900 MADI to AES (balanced) converter NVISION 8900 AES (unbalanced) to MADI converter NVISION 8900 MADI to AES (unbalanced) converter NVISION 8900 Analog to MADI converter NVISION 8900 MADI to Analog converter Incoming lines area Studio floor boxes NVISION 8900 concentrators NVISION 8900 concentrators 300m maximum distance MADI (64 channels) Announce booths NVISION 8900 concentrators Audio console Studio A Audio console Studio B 7
Typical Audio Processing Applications Feeding console with signals from production switcher The NVISION 8500 HYBRID router is ideally suited for connecting a production switcher and console in a control room. The router s integrated processing eliminates the need for external de-embedders/embedders for feeding MADI to/from the console, and this eliminates to video latency problems. Switch with insertion Production switcher Program mixed by console Audio console MADI (64 ch/wire) Audio extraction and embedding Swapping between MADI and sources MADI tracks, such as a voiceover from an console, can be easily into SDI video. Switch with insertion Embedded program Program with voiceover from console Audio console MADI (voiceover) Audio extraction and embedding 8
Switching between two signals The integrated de-embedding, shuffling, and embedding simplifies the task of switching tracks between video signals Group 1: Spanish Switch with breakaway Group 1: English Group 1: English Swapping tracks Integrated processing simplifies the task of track shuffling, and this is performed using traditional router commands Switch then shuffle on output Group 1: Spanish Group 2: English Group 1: English Group 2: Spanish 9
Streamlined Cabling Using Coax and Fiber The NVISION 8500 HYBRID routers offer highly streamlined cabling using either coax or fiber. The unique, clean design of the router provides unparalleled signal integrity and allows longer coax cable runs, using high density cable connectors which save space and lower weight. Advanced direct fiber connectivity is also available, using SFP modules for 1310 nm or CDWM wavelengths. The use of high-density cable connectors on large routers provides densities two to three times that of conventional BNCs, and lets you fully exploit cost-effective coax cable for shorter runs, along with major rackspace savings. The smaller DIN 1.0/2.3 connectors are less stressed than traditional BNCs, and they don t require a tight bend radius, this contributes to a better RF launch profile, and reduced return loss. Direct fiber connectivity is available using removable fiber SFP modules (single mode, Dual LC connectors at 1310 nm), which simplify configuration and maintenance. For more advanced fiber requirements using CWDM, there is a rack mounting tray that holds 4 CWDM muxes/demuxes. With this configuration, 72 3G/HD/SD signals are transmitted by four fibers. CWDM is ideal for router-to-router and router-to-interface frame interconnects (Fiber is only available for standard SDI inputs and outputs) SDI 16/18 SDIs on 1 fiber AES NVISION 8500 SDI on individual wavelenghts NVISION CWDM muxes/demuxes MADI NVISION CWDM muxes/demuxes 10
Ultimate Resilience with Redundant Crosspoints The NVISION 8500 HYBRID router offers patented N-on-1 crosspoint redundancy to provide a zero downtime capability, with a back-up system for the largest possible impact block in the router. A redundant crosspoint array continuously shadows the main array and, in the event of a failure, a single action repairs the situation by gang switching all outputs to the good, redundant crosspoint card during the next vertical interval. Router maintenance can then be performed without impacting the facility s operations. This maintenance process is outlined below: 1: Normal operations During normal operations, a redundant crosspoint array continuously shadows the main crosspoint array. NVISION 8500 Input Crosspoint array Output Redundant crosspoints 2: Crosspoint array failure A single crosspoint faiiure develops in the main crosspoint array. NVISION 8500 Input Crosspoint array Output Redundant crosspoints 11
3: Switching to redundant array A single action instantly repairs the situation by gang switching all outputs to the good, redundant crosspoint card during the next vertical interval. NVISION 8500 Input Crosspoint array Output Redundant crosspoints 4: Returning to normal operations Router maintenance can then be performed to repair the faulty array, without impacting the facility s operations. NVISION 8500 Input Crosspoint array Output Redundant crosspoints 12
8 RU and 16 RU Frame Views NVISION 8144 frame (144x144 in 8 RU) NVISION 8144 front view NVISION 8144 rear view NVISION 8140 frame (144x288 in 8 RU) NVISION 8140 front view NVISION 8140 rear view NVISION 8280 frame (288x576 in 16 RU) NVISION 8280 front view NVISION 8280 rear view 13
NVISION 8576 frame (576x1152 in 32 RU) NVISION 8576 front view NVISION 8576 rear view 14
NVISION 8576 Plus frame (1152x1152 in 64 RU) NVISION 8576 Plus rear view GVB-1-0168G-EN-DS WWW.GRASSVALLEY.COM Join the Conversation at GrassValleyLive on Facebook, Twitter, YouTube and Grass Valley - A Belden Brand on LinkedIn. Belden, Belden Sending All The Right Signals and the Belden logo are trademarks or registered trademarks of Belden Inc. or its affiliated companies in the United States and other jurisdictions. Grass Valley and NVISION are trademarks or registered trademarks of Grass Valley Canada. Belden Inc., Grass Valley Canada and other parties may also have trademark rights in other terms used herein. Copyright 2015-2017 Grass Valley Canada. All rights reserved. Specifications subject to change without notice. 15