Rugged Solutions for Unmanned Ground Vehicle Systems
Featured Available Products
Building today’s unmanned systems for ground applications means packing more computing performance and tighter system integration into SWaP-optimized, rugged platforms. At Aitech, we develop products that support a unified, connected communications infrastructure, known as the digital backbone. Our innovations include the latest GPGPU-based AI supercomputing, advanced cybersecurity features and leading-edge interoperability and performance.
By embracing open standards such as The Open Group Sensor Open Systems Architecture™ (SOSA) and Future Airborne Capability Environment™ (FACE) and relying on over three decades of developing rugged embedded electronics, we deliver systems that are ready to run in any unmanned, mobile or remote application.
CUSTOMER BENEFITS & TECHNOLOGY HIGHLIGHTS
HPEC AI GPGPU Systems
SFF and 3U VPX AI GPGPU Family
A178 Thunder, A179 Lightning and A176 Cyclone SFF AI supercomputers and C530 3U VPX GPGPU board combine a rugged infrastructure, advanced GPGPU processing and low power consumption. Also includes the SOSA™ aligned U-C5300 GPGPU board.
Integrated HPEC SFF Systems
SFF Flexible Remote I/O and Data Concentrator Family
A174 and A175 rugged, compact and flexible subsystems easily extend avionics and legacy I/O capabilities of any mission computer via multiclient/multi-server architecture.
SWaP-C-optimized Fully Managed Ethernet Switch/Router Family
A664 SFF 16-port, M620 on XMC and C680 3U VPX switches/routers all featuring advanced L2 & L3 networking, redundancy and security protocols. Compatible with VICTORY standard.
AiSecure™ HPEC Intel® 3U VPX SBC Family
C878/C877/C875 SBCs specifically designed for demanding military environments, featuring on-board FPGAs and our advanced cybersecurity framework. Also includes the SOSA™ aligned U-C8770 SBC.
Advanced Board-level Graphics Solutions
M599 multiple output graphics XMC and M571/M577 multi-channel frame grabber XMCs are ideal for rugged applications requiring intense video processing and high data computation.