The SOSA- aligned GRA117S is a rugged 3U VPX video graphics and GPGPU processing card designed for demanding...
            Graphics & Video Boards
      
							  The GRA116V is a rugged 3U VPX GPGPU card designed for high-performance embedded computing (HPEC) in mission-critical...
  The SOSA-aligned GRA116S high-performance compute engine and graphics/video processing card is based on the NVIDIA®...
  Rugged 6U VPX High Performance Computing Multiprocessor with NVIDIA Quadro Turing GPGPU and 9th Gen Intel Xeon E CPU.
  Leading Technology The Abaco GR5 is a 3U VPX rugged video/graphics and GPGPU card based on the NVIDIA® Pascal ™ Quadro®...
  Leading Technology The Abaco NVP2102 is a chip-down 3U XMC graphics output and video capture board based on the NVIDIA®...
  Leading Technology The Abaco NVP2000 is a chip-down 3U XMC graphics output and GPGPU card based on the NVIDIA® Pascal ™...
  Leading Technology The Abaco GR4 is a 3U VPX video capture and processing card based on NVIDIA® Pascal ™ Quadro® P5000...
  Leading Technology The Abaco NVP2102A is a rugged XMC graphics and raw video capture card based on the NVIDIA® Pascal ™...
      Current Products
    
      
      | Product Name | Form Factor | Chip Set | I/O | Cooling | Conformal Coating | Extended Temperature Range | 
|---|---|---|---|---|---|---|
   
NVB500xX           | 
                                                                                        XMC | NVIDIA RTX PRO 500 GPU | 3x DisplayPort++/DVI outputs | Air, Conduction | N/A | From -40° to +85°C | 
   
NVB2000xX           | 
                                                                                        XMC | NVIDIA RTX PRO 2000 GPU | 3x DisplayPort++/DVI outputs | Air, Conduction | N/A | From -40° to +85°C | 
   
GRA117S           | 
                                                                                        3U VPX SOSA™ Aligned | NVIDIA RTX5000 Ada Lovelace | Optional front display port | Air, Conduction | Yes | From -40° to +71° | 
   
GRA116V           | 
                                                                                        3U VPX | Nvidia RTX Ampere A2000/A4500 or RTX Quadro 3000 | Four 3G-SDI/HD-SDI | Conduction | -40°C to 75°C /85°C | |
   
GRA116S           | 
                                                                                        3U VPX SOSA™ Aligned | NVIDIA Ampere A4500 GPU | 2x DisplayPort outputs | Air, Conduction | Yes | From -40° to +75° | 
   
GRA116OP           | 
                                                                                        3U VPX | NVIDIA Ampere A2000 GPU | 4 options: x2 DisplayPort & x2 Single-Link DVI-D; x4 Single-Link DVI-D; x4 DisplayPort; x2 Single-Link DVI-D & x2 3G-SDI | Air, Conduction | From -40° to +85°C | |
   
GRA115V           | 
                                                                                        3U | NVIDIA QuadroRTX™ 3000 GPU | 4x 3G-SDI inputs, 4x 3G-SDI outports, 1x DisplayPort output | Air, Conduction | From -40° to +75° | |
   
NPN244/NPN244S           | 
                                                                                        VPX 6U | NVIDIA QuadroRTX™ 3000 GPU, NVIDIA QuadroRTX™ 5000 GPU | 8x DisplayPort 1.2 output ports | Air, Conduction | From -40° to +85°C | |
   
NVP2009           | 
                                                                                        XMC | NVIDIA Pascal GPU - Quadro P2000 | Combinations of: 1x DisplayPort++, 4x 3G-SDI, 2x CVBS, 2x VGA | Air, Conduction | From -40° to +75° | |
   
GRA115Q           | 
                                                                                        VPX 3U | NVIDIA QuadroRTX™ 3000 GPU, NVIDIA QuadroRTX™ 5000 GPU | 2x DisplayPorts 1.4a outputs, 2x SL-SVI outputs, 4x SL-DVI outputs | Air, Conduction | Yes | From -40° to +85°C | 
   
GR5           | 
                                                                                        VPX 3U | NVIDIA Pascal GPU - Quadro P2000 | 2x SL-DVI output ports, 2x DisplayPort 1.2 output ports | Air, Conduction | No | From -40° to +85°C | 
   
NVP2000           | 
                                                                                        XMC | NVIDIA Pascal GPU - Quadro P2000 | 3x DisplayPort 1.4 outputs | Air, Conduction | No | Yes | 
   
NVP2102           | 
                                                                                        XMC | NVIDIA Pascal GPU - Quadro P2000 | 4x 3G-SDI inputs, 2x DisplayPort outputs | Air, Conduction | No | Yes | 
   
NVP2102A           | 
                                                                                        XMC | NVIDIA Pascal GPU - Quadro P2000 | 4x 3G-SDI inputs, 2x SL-DVI output ports, 2x CVBS (NTSC/PAL) inputs, 2x Audio inputs, 2x 3G-SDI outputs, 2x Rear DisplayPorts 1.4 | Air, Conduction | No | Yes | 
   
GRA116SETH           | 
                                                                                        3U VPX SOSA™ Aligned | NVIDIA Ampere A4500 GPU | x2 DisplayPort outputs (VITA 65 option) | Air, Conduction | Yes | From -40° to +75° | 
   
NVA2104AxX           | 
                                                                                        XMC | NVIDIA RTX A2000 | Four 3G-SDI and Two CVBS (NTSC/PAL) inputs, Four 3G-SD Rear outputs | Air, Conduction | Yes | From -40° to +85°C | 
   
NVP2000xPF           | 
                                                                                        XMC | NVIDIA Pascal Quadro P2000 | Front Panel: One Dual-Link DVI-D* & One DisplayPort++ Rear Pn4 PMC I/O: One Dual-Link DVI-D* & One Single-Link DVI-D | Air, Conduction | No | From -40° to +75° | 
   
NVA2000xX           | 
                                                                                        XMC | NVIDIA Ampere RTX A2000 | Front Panel: One Dual-Link DVI-D* & One DisplayPort++ Rear Pn4 PMC I/O: One Dual-Link DVI-D* & One Single-Link DVI-D | Air, Conduction | Yes | From -40° to +85°C | 
   
GRA117SVIO           | 
                                                                                        3U VPX SOSA™ Aligned | NVIDIA RTX2000 Ada Lovelace | 4x) Up to 12G-SDI Inputs, (2x) Up to 12G-SDI Outputs | Conduction | From -40° to +85°C | |
   
NVA2102xX           | 
                                                                                        XMC | NVIDIA Ampere RTX A2000 | Four 3G-SDI video inputs and four DisplayPort++, VGA, and 3G-SDI outputs | Air, Conduction | Yes | From -40° to +85°C | 
   
NVA500           | 
                                                                                        XMC | NVIDIA Ampere A500 | Air, Conduction | From -40° to +85°C | ||
   
GRA118SL           | 
                                                                                        3U VPX | NVIDIA RTX PRO™ 4000/5000 Blackwell GPU | Air, Conduction | From -40° to +85°C | 
      Discontinued Products
    
      
      | Product Name | Description | 
|---|---|
| IPN254 | Maximum processing and rugged by designThe IPN254 innovates by combining the latest … | 
| GR2 | Advanced Graphics and GPGPU Processing and GPU TechnologyThe Abaco GR2 is a 3U VPX graphics output… | 
| GR4 | Leading TechnologyThe Abaco GR4 is a 3U VPX video capture and processing card based on NVIDIA®… | 
| ICS-8580 Video Compression Board | Video Streaming in a Rugged Unmanned Vehicle Environment The ICS-8580 is a standalone video frame… | 
| XMCGA8 XMC graphics board | Delivers 2x performance/slot Whether you’re looking to upgrade an existing program or you’re… | 
| G2 Graphics PMC Module | The G2 Graphics PMC Module provides powerful 3D graphics processing with ATI's popular Mobility… | 
| G2 Riser Modules | G2 Riser Modules provide a convenient method of accessing all G2 Graphics PMC Display Outputs and… | 
| GRA110 | The GRA110 is the first graphics board to be announced in the 3U VPX form factor. Bringing desktop… | 
| GRA111 Graphics Board | The OpenVPX-compatible GRA111 is the second generation 3U VPX graphics board, employing the NVIDIA… | 
| GRA112 Graphics Board | Superior performance, small footprint For both video and graphics generation and general purpose… | 
| GRA113 Graphics Boards | Doing more with less For both video and graphics generation and general purpose computing (GPGPU… | 
| IPN250 Multiprocessor | High resolution mission critical data more rapidly The IPN250 combines NVIDIA’s GT240 96-core GPU… | 
| IPN251 Intel/NVIDIA Multiprocessor | Performance, functionality in less space Provides more functionality within a constrained SWaP… | 
| mCOM10-K1 Mini COM Express | |
| NPN240 Multiprocessor | Harness GPGPU for rugged platforms Providing a highly computationally-dense platform, the NPN240… | 
| Octegra3 | The flexible video architecture of Octegra3 allows system designers to deliver multiple sensor… | 
| P2-VIDEO | P2-Video, a general purpose CRT and LCD video graphics controller, provides a high-quality, high-… | 
| PMC-7463 | The PMC-7463 is a PMC-based DVI/SVGA video adapter. Ideal applications are cases where a high-end… | 
| PMCCG1 | The PMCCG1 graphics board is designed to meet the needs of a wide range of graphics applications… | 
| PMCGA3 | PMCGA3 is the latest in a family of market-leading graphics accelerator cards designed from… | 
| PMCGA4 | PMCGA4 is a market-leading graphics accelerator card designed from inception for the defense and… | 
| PMC-VIDEOPLUS | The PMC-VIDEOPLUS high-resolution CRT video graphics controller for PMC supports a variety of SVGA… | 
| SE1 | The SE1 is a Pentium M based high-performance graphics card, biring the power of desktop gaming to… | 
| SE2 | The SE2 is a high performance graphics engine that combines the latest Intel Core 2 Duo processing… | 
| Telum 2001-VGA | Telum 2001-VGA provides a high-quality, high-performance graphics adapter for an AdvancedMC… | 
| VIM2 Mezzanine | Simultaneously capturing five video inputs and with advanced deinterlacing and scaling… | 
| XMCGA6 | Bringing desktop performance to the rugged market, the XMCGA6 represents a step change in… | 
| XMCGA7 Mezzanine | High-performance graphics I/O solutions for embedded video and display applications Designed to… | 
GPGPU
      General Purpose computing on GPU. Brilliant technology. Put to work in the harshest environments.