Systel is a Proud Member and Sponsor of AUSA, Supporting the Army and Our Soldiers.
Ready Today. More Lethal Tomorrow.
Systel will showcase next-generation rugged computing solutions, including fully sealed, High Performance Embedded Edge Computing (HPEEC) mission computers and high-density rugged rack mount servers, at the 2018 AUSA Annual Meeting & Exposition October 8-10, 2018 in Booth #9221. Systel’s pedigree of capabilities are purpose-built to reduce the demand on SWaP-2C by integrating multiple ISR ecosystem specific network, sensor systems, and computer technologies, and span numerous platforms, including some of the most advanced military vehicles. Systel’s tactical capabilities support the Army’s rapid prototyping initiatives and deployments spanning ground, airborne, and seaborne platforms to support Multi-Domain Operations. Systel’s ITAR-free solutions are based on compliancy with common standards, providing a total ecosystem and program friendly architecture approach. Systel is a proud supplier to the United States Armed Forces, focused on providing best-in-class computing technology for the modern warfighter.
Combat Vehicles | Multi-Mission Aircraft | C-UAS | Aviation and Air Defense Systems | Electronic Warfare (EW) | Signals Intelligence (SIGINT) | C5ISR | Autonomous & Artificial Intelligence (AI) | Fire Support | Unmanned Systems | Command and Control (C2) | Training and Simulation
Raven-Strike™ is a fully rugged mission computer purpose-built for modern fighting vehicles. Featuring state of the art Intel® Xeon® Scalable Processor CPU and NVIDIA® GPGPU high performance parallel processing, HD full motion video capture and encode, and complete sensor integration and data fusion, Raven-Strike offers peerless capability in a SWaP optimized system.
Next-Generation Computing for Fighting Vehicles
Fully Rugged Edge Computing
Rugged 3U Half-Width Short Depth Server
High Performance & SWaP Optimized
Multi-Mission C5ISR Embedded Computing Solution
Sensor Integration & Data Fusion
Rugged 1U Server
High Performance High Density Storage