Artificial Intelligence (AI) is accelerating the tactical capability of the military more than ever before. Many new combat and weapons systems utilize embedded AI, making them more efficient and less dependent on human operation.

Furthermore, SWaP (Reduced Size, Weight, and Power) requirements are also impacting artificial intelligence design. Now and in the future, many military systems will be susceptible to SWaP-constraints, which challenge the assumptions of today’s AI solutions.

F20L is suitable for high-performance computing in the harshest of environments. The combination of Intel and NVIDIA processors in SWaP package ensure it can be used across a wide range of military applications, including object tracking & targeting, data/radar processing, and artificial intelligence (AI).

F20L is designed to meet strict SWaP requirements and to withstand harsh environments, including extreme temperature, shock/vibration, sand/dust, and salt/fog. With ruggedized design and high functionality, the IP65 and MIL-STD resistance F20L is the ideal tactical vehicle on the battlefield.

Choosing an embedded architecture for computer systems can be a formidable task. This kind of stackable and mezzanine architecture often results in tradeoffs that include off-the-shelf or custom design requirements. PCIe/104 compact, ruggedized, easily expandable traits support a lot of expansion flexibility in systems. This architecture evolved to address these resulting issues by keeping the common background while eliminating limitations. OXY5741 employs PCIe/104 technology to reduce constraints and create flexibility of expansion. Its M.2 extension offers M-key (M-Key 2280 optional), and PCIe 3.0 x 4 NVMe. Additionally, OXY5741 provides 3.0 ports for data redundancy by supporting RAID 0/1.