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Disclaimer:
All product specifications published on this website are for reference only and shall be subject to the latest manufacturer‑confirmed datasheet. Please contact us for official technical documents prior to project evaluation and quotation.
Operating‑system, BSP, driver and SDK versions may vary across hardware production batches. Please consult us for official software compatibility documents before starting project development.
VPX Video‑Graphics Processing Boards
VPX Video‑Graphics Processing Boards series covers 3U / 6U form‑factor acquisition, compression, overlay and GPU processing modules for rugged embedded mission systems.
Most high‑speed signals are routed via VPX rear backplane connectors instead of front‑panel interfaces. System compatibility, thermal performance and I/O availability depend on backplane profile, chassis thermal design and component option selection.
For DSP‑based audio‑video transcoding & streaming modules, please refer to VPX I/O Interface Boards.
Summary specification table provides quick reference only. For full key‑notes, hardware limitations and constraint details per model, please contact us via email to obtain complete technical notes.
VPX Video‑Graphics Processing Boards | Selection Table
| Part Number | Form Factor | Core Chip | Video‑Image I/O (Front‑panel) | Other I/O (Front‑panel) | Video Codec | Cooling Support | Power Consumption | Operating Temp | Typical Applications |
| EL12PRCA8A001 | 6U VPX | XC5VFX70T | 2×CXP in; 2×Base/1×Full Camera‑Link in; 3×composite‑in(3‑in‑1 sel); 1×VGA in; 1×DVI out; 1×composite/VGA mux out | 2×GbE(SFP) | None | Air Cooling | N/A | 0℃~+55℃(def) / -40℃~+85℃(opt, system thermal required) | High‑speed acquisition, Image processing |
| EL12PRCA8A002 | 6U VPX | XC5VFX100T | 1×HD‑SDI in;1×HD‑SDI loop‑through(test);2×DVI in;1×diff‑VGA in(R‑/G‑/B‑,HS/VS);YPbPr in;1×DVI out;VGA test out | N/A | None | Conduction Cooling | ≤50W | 0℃~+55℃(def) /‑40℃~+85℃(opt, conduction‑cool req) | Video overlay, Signal conversion, Image acquisition |
| EL12PRCA8A003 | 6U VPX (4HP/5HP) VITA46/VITA65 | 2×AMD E8860 | 4×DP out; max 3840×2160 per‑ch | N/A | HW‑decode:H.264,VC‑1,MPEG‑2,MVC,MPEG‑4,DivX;HW‑encode:H.264 | Conduction / Air Cooling | ≤107W | ‑40℃~+70℃ | Graphics‑video processing, Radar‑sonar DSP, Video surveillance |
| EL12PRCA8A004 | 6U VPX (4HP/5HP) VITA46/VITA65 | FPGA+DSP hybrid arch | 2×DVI‑D‑in;1×dual‑LVDS‑in;1×PAL‑D(SMA)‑in;1×DVI‑D‑out | DB9 RS‑232 | None | N/A | N/A | ‑40℃~+70℃ | Rail transit, Industrial automation, Rugged display‑control |
| EL12PRCA8A005 | 3U VPX VITA46 | ADV212 JPEG2000 codec | N/A (4×Camera‑Link via rear‑backplane) | 4×SFP (2.5/3.125Gbps) | JPEG2000 HW encode/decode | N/A | N/A | ‑40℃~+70℃ | Image compression, IR & hyperspectral imaging, Rugged vision system |
| EL12PRCA8A006 | 6U VPX 5HP VITA46.10 RTM | AMD E8860 | 1×J30J(switchable video)‑out; others via rear‑backplane | N/A | None | N/A | ≤51W | ‑10℃~+50℃ | VPX rear I/O transition, Embedded rugged display, Graphics output |
| EL12PRCA8A007 | 3U VPX (4HP) | Domestic video‑codec SoC | 1×HDMI display output; PAL input(optional); 2×SDI input(optional) | 2×GbE; 2×iso‑RS232; 1×iso‑RS485; 2×USB2.0; CAN2.0/CAN‑FD; 4×GPO+16×GPI | H.264/H.265 HW encode/decode | N/A | ≤3W | 0~+50℃ / -25~+60℃ / -40~+70℃ | Multi‑channel video capture, H.264/H.265 encoding, Embedded vision system |
| EL12PRCA8A008 | 6U VPX VITA46 | XC5VLX110T | 2×Camera‑Link‑Medium‑in (384MB/s per‑ch) | 2×SFP (2.5/3.125Gbps) 2×GbE 4×RS232 | None | N/A | N/A | ‑40℃~+70℃ | Camera‑Link image acquisition, High‑speed frame capture, FPGA embedded vision |
| EL12PRCA8A009 | 3U VPX VITA46 | XC5VFX70T | 1×DVI‑I(PAL‑in/out, DVI‑out); 1×Fibre‑Camera‑Link‑in(65MHz pixel‑clk) | 1×SFP(GigE) 1×RJ45(GigE) | None | N/A | ≤30W | 0~+55℃ / -40~+85℃ | CameraLink acquisition, analog video capture & playback |
| EL12PRCA8A010 | 3U VPX (4HP/5HP) VITA46/VITA65 | NVIDIA GTX1060 | 2×DP‑out (max 7680×4320) | N/A | Hardware decode:H.264,VC‑1,MPEG‑2 | Conduction / Air Cooling | ≤80W | ‑40℃~+55℃ | Avionics‑vehicle display‑control, GPGPU computing |
| EL12PRCA8A011 | 6U VPX (9HP/5HP) VITA46 | Domestic MXM‑GPU | 1×VGA‑out (max 1920×1080@60Hz; 2×HDMI via rear‑backplane) | 1×J30 2×Status‑LED | Hardware decode & encode:H.265,H.264,MPEG‑4 | Conduction Cooling | ≤50W | ‑10℃~+50℃ | Medical imaging, VR‑rendering, AI signal processing |
| EL12PRCA8A012 | 6U VPX (5HP) VITA46/VITA65 | NVIDIA GTX1060M | 2×DP‑out (max 7680×4320@60Hz, DL‑DVI compatible) | 1×RS232 | None | N/A | ≤79.7W | ‑10℃~+50℃ | Medical imaging, VR‑rendering, AI signal processing |
| EL12PRCA8A013 | 6U VPX (4HP/5HP) VITA46/VITA65 | AMD E8860; Intel 82599ES | 2×DP‑out (max 3840×2160) | 2×SFP+ (10GigE) | Hardware decode:H.264,VC‑1,MPEG‑2,MVC,MPEG‑4; Hardware H.264 encode | Conduction / Air Cooling | ≤75W | 0℃~+60℃ (Wide‑temp selectable) | Image‑graphic processing, command‑control surveillance |
PN.: EL12PRCA8A001
Multi‑standard video capture & high‑speed data forwarding for VPX embedded systems
Specifications
| Form Factor | 6U VPX, 160×233.35mm, shock‑resistant mechanical structure | ||||||||
| Core Chip | Xilinx XC5VFX70T | ||||||||
| Video Image I/O (Front panel) | 3-ch selectable composite input (720×576@25fps, 24-bit) | ||||||||
| 2×CameraLink Base / 1×Full (1K×1K@100fps) input | |||||||||
| 2-ch 6.25Gbps max CoaXPress input (1 debug output reserved) | |||||||||
| 1-ch VGA in, PAL/VGA multiplex out | |||||||||
| 1-ch DVI (1920×1080@60fps) | |||||||||
| Other I/O (Front panel) | 2×GigE; 4-ch LVCMOS trigger | ||||||||
| Video Codec | N/A | ||||||||
| Operating Temp | 0℃~+55℃ / 40℃~+85℃ | ||||||||
| Humidity | 10%-80% non condensing | ||||||||
| Onboard Memory | 3×DDR2 64M×32bit; 32MB BPI Nor Flash; 32MB Nor Flash | ||||||||
| Backplane Interconnect | ×8 GTX to signal processing board | ||||||||
| ×4 GTX reserved for SATA2.0 | |||||||||
| ×8 LVDS inter board link | |||||||||
| 4-ch GPIO | |||||||||
| Firmware Support | Test suites for memory, flash loading, network and all video I/O interfaces | ||||||||
PN.: EL12PRCA8A002
Multi‑window video overlay with on‑board health monitoring for rugged VPX systems
Specifications
| Form Factor | 6U VPX, 160×233.35mm, conduction-cooling | ||||||||
| Core Chip | Xilinx XC5VFX100T | ||||||||
| Video‑Image I/O (Front‑panel) | 1×HD‑SDI in | ||||||||
| 1×HD‑SDI loop‑through(test) | |||||||||
| 2×DVI in | |||||||||
| 1×diff‑VGA in(R‑/G‑/B‑,HS/VS) | |||||||||
| YPbPr in | |||||||||
| 1×DVI out | |||||||||
| VGA test out | |||||||||
| Other I/O (Front‑panel) | N/A | ||||||||
| Video Codec | None | ||||||||
| Power Consumption | ≤50W | ||||||||
| 12V main power, +5V/5A & +3.3V/6A DC auxiliary power | |||||||||
| ripple ≤10% | |||||||||
| Operating Temp | 0℃~+55℃ / 40℃~+85℃ | ||||||||
| Humidity | 10%-80% non-condensing | ||||||||
| Monitoring & Control | Voltage/current/temp/version/SN monitoring via I2C | ||||||||
| FPGA reconfiguration | |||||||||
| over-current protection | |||||||||
| DDR2 memory access support | |||||||||
| Backplane Interconnect | 12-ch optical in/out, PCIe 1x; all rear VPX I/O, no front-panel connectors | ||||||||
PN.: EL12PRCA8A003
Dual AMD E8860 GPU architecture, 4-channel 4K display output and full-format video codec for rugged mission-critical systems
Specifications
| Form Factor | 6U VPX, 4HP/5HP | ||||||||
| VITA46, VITA65 and MOD3-PAY-2F2U-16.2.3-6 profile compliant | |||||||||
| Conduction / Air Cooling | |||||||||
| Core Chip | 2×AMD E8860 | ||||||||
| Video‑Image I/O (Front‑panel) | 4×DP output, max 3840×2160@4K resolution | ||||||||
| Other I/O (Front‑panel) | N/A | ||||||||
| Video Codec | Supports H.264, VC-1, MPEG-2, MVC, MPEG-4/DivX decoding; H.264 encoding via VCE engine | ||||||||
| Operating Temp | -40℃~+70℃ | ||||||||
| Humidity | 10%-80% non-condensing | ||||||||
| Onboard Memory | 2GB GDDR5 per GPU, 128-bit, 1125MHz, 72GB/s bandwidth | ||||||||
| Power Consumption | ≤107W; VPWR(12V/5V), 3.3V power supply | ||||||||
| Backplane Interconnect | PCIe 3.0 x8 from VPX P1; independent PCIe 3.0 x8 for each GPU | ||||||||
PN.: EL12PRCA8A004
Multi-format video switching, overlay, scaling and intelligent image enhancement for rugged display and control systems
Specifications
| Form Factor | 6U VPX, 4HP/5HP, 233mm×160mm | ||||||||
| VITA46, VITA65 and OpenVPX MOD6-PER-4F-12.3.1-6/8 profile compliant | |||||||||
| Core Chip | FPGA+DSP hybrid architecture | ||||||||
| Video‑Image I/O (Front‑panel) | 2×DVI-D in | ||||||||
| 1×LVDS in | |||||||||
| 1×PAL-D in | |||||||||
| 1×DVI-D out | |||||||||
| Other I/O (Front‑panel) | DB9 (RS-232) for video mode configuration | ||||||||
| Video Codec | None | ||||||||
| Video Processing | 4-ch 1080P video switching, overlay, stepless scaling | ||||||||
| defogging and high-illumination enhancement algorithms | |||||||||
| Power Consumption | N/A | ||||||||
| Operating Temp | -40℃~+70℃ | ||||||||
| Humidity | 95% RH @ 40℃ | ||||||||
| Backplane Interconnect | 1×SRIO x4 Rev2.1 via VPX P1 connector for rear video data transmission | ||||||||
| Reliability | MTBF ≥ 20000h, weight ≤ 850g | ||||||||
PN.: EL12PRCA8A005
High-precision JPEG2000 image compression with adjustable compression ratio for industrial and spectral image processing
Specifications
| Form Factor | 3U VPX | ||||||||
| VITA 46 compliant | |||||||||
| Core Chip | ADV212, single-chip JPEG2000 codec | ||||||||
| Video‑Image I/O (Front‑panel) | N/A (4×Camera‑Link via rear‑backplane) | ||||||||
| Other I/O (Front‑panel) | 4×SFP (2.5/3.125Gbps) | ||||||||
| Video Codec | Supports JPEG2000 compression, 9/7 & 5/3 wavelet transform, adjustable compression ratio; | ||||||||
| 8/10/12/14/16-bit image precision | |||||||||
| Image Compression Performance | 360MSPS max (lossless); | ||||||||
| 320MSPS max (8-bit lossy); | |||||||||
| PSNR > 38dB at 8:1 compression ratio | |||||||||
| Power Consumption | N/A, +5V power supply | ||||||||
| Operating Temp | -40℃~+70℃ | ||||||||
| Humidity | 10%-80% non-condensing | ||||||||
| Onboard Memory | N/A | ||||||||
| Backplane Interconnect | PCIe 4x, 4×RocketIO GTPs, 4×Camera Link Base (rear out) | ||||||||
| Reliability | Weight ≤ 150g | ||||||||
PN.: EL12PRCA8A006
High-performance GPU RTM module with multi-channel DVI-D rear display output and versatile GPGPU parallel computing
Specifications
| Form Factor | 6U VPX RTM, 5HP | ||||||||
| VITA46.10 Rear Transition Module compliant | |||||||||
| Core Chip | AMD E8860 | ||||||||
| Onboard Memory | 2GB GDDR5, 128‑bit | ||||||||
| Memory Clock (max) 1,125MHZ / 4.5Gbps | |||||||||
| Video‑Image I/O (Front‑panel) | 1×DVI‑D via J30J switchable from backplane signal (others via rear‑backplane) | ||||||||
| Other I/O (Front‑panel) | N/A | ||||||||
| Video Codec | None | ||||||||
| Graphics Performance | 640 shader units | ||||||||
| 768GFLOPs | |||||||||
| supports DirectX11.1, OpenGL4.2, OpenCL1.2 | |||||||||
| Backplane Interconnect | PCIe3.0 ×1/×2/×4 via VPX RP1 | ||||||||
| 4×DVI‑D via VPX RP1 | |||||||||
| Power Consumption | ≤51W, 12V VPWR input | ||||||||
| Operating Temp | -10℃~+50℃ | ||||||||
PN.: EL12PRCA8A007
Embedded H.264/H.265 video encoding and multi‑interface edge computing for vehicle‑mounted surveillance and IoT systems
PN.: EL12PRCA8A008
Dual-channel Camera Link medium frame acquisition with multi-protocol interface expansion for rugged high-speed image capture systems
PN.: EL12PRCA8A009
Integrated multi-format image capture, high-speed cache, SATA storage and Gigabit Ethernet transmission for embedded vision systems
PN.: EL12PRCA8A010
High‑performance embedded GPU with multi‑channel 8K‑capable DP display output, hardware video decode and GPGPU parallel computing for rugged mission systems
PN.: EL12PRCA8A011
Conduction‑cooled MXM‑GPU display‑control module with H.264/H.265 codec and IPMI‑v2.0 system health management for rugged embedded systems
PN.: EL12PRCA8A012
High‑performance embedded GPU board with dual‑DP 8K display output, GPGPU parallel computing and IPMB health monitoring for rugged embedded mission systems
PN.: EL12PRCA8A013
Integrated GPU video codec, dual‑10G SFP+ high‑speed data transmission, air/conduction cooling support for rugged mission‑oriented VPX systems
Contact: Windy Lian
Phone: 13862120662
E-mail: sales@north-bridges.com
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