AMC348The AMC348 is a VadaTech low cost AMC graphic module. Designed to meet the graphics needs of Military, Industrial and Telecom applications that requires a simple graphic interface.

The board features Silicon Motion’s SM750 graphics processor chipset. The display mode supports screen resolutions up to 1920×1080 @ 60 Hz for dual mode monitor.

The AMC348 is AMC.1 compliant and is available in a single module, mid or full-size form factor. The front panel has an LHF style connector (DMS-59).


The SAMC-301 is a high-performance Graphic card implemented as a Single Mid-Size or Full-size AdvancedMC (AMC) card. The design is based on the Chrome430 processor.

128 GB GDDR3 running at 1800MHz and 725/1025MHz (Geometric Domain/Shader Domain) GPU frequency ensuring maximum data processing performance.

Optimized for high-performance processing systems the SAMC-301 is targeted but not limited to the telecom applications: media streaming, routing and fits into industrial applications which are required intensive processing.

– Single Mid-Size or Full-Size AMC Graphic Module
– Chrome430 GPU running at 725/1025MHz (Geometric Domain/Shader Domain)
– 128 GB GDDR3 running at 1800MHz
– Up to 128 GB Flash memory via SATA channel
– Powerwise architecture supports dynamic power consumption change
– MultiChrome technology for performance increasing
– scalable graphic core CromomotionHD 2.0 for hardware decoding H.264, VC-1, MPEG2-HD, AVS, DivX
– supports DirectX 10.1, Shader Model 4.1, OpenGL 2.1
– up to two monitors (DVI/VGA and S-Video)
– high resolution: up to 2048×1536 @ 75Hz
– PCI Express x4 bus on AMC edge connector
– 1 x DVI-I and 1 x S-Video connectors on front panel
– Compliant to PICMG AMC.0/.1

AG A1x/m1d GPGPU

AG A1x/m1d is a Full-size or Mid-size AdvancedMC processor module supporting up to two NVIDIA® Tegra® K1 processors. Each Tegra K1 processor consists of quad-core ARM® Cortex®-A15 CPUs and 192 NVIDIA Kepler CUDA® GPU cores which are linked together in the board to create a highly power efficient computing module that easily scales with Concurrent Technologies Fabric Interconnect Networking Software known as FIN-S. AG A1x/m1d is primarily designed for use in AdvancedTCA® or MicroTCA open standards based systems and hence benefits from a wide eco-system of complementary products like the Concurrent Technologies AM C1x/msd 4th generation Intel Core® based processor module. Typical applications for this type of embedded supercomputer include wireless test equipment, radar, image processing, decryption and other security related tasks