Modular VPXMission Computers
Rugged Video Capture & GPGPU Mission Computers in 3U OpenVPX architecture. NVIDIA Ampere / Pascal GPU with 3G-SDI capture, available in air-cooled and conduction-cooled configurations.
Talk to Engineers
Modular VPX Mission Computers with NVIDIA GPU Acceleration
The MAG family consists of rugged Video Capture & GPGPU Mission Computers designed for critical environments. Featuring a 3U OpenVPX architecture, the MAG series offers a powerful modular computing platform that provides enhanced flexibility, scalability, and reliability. The VPX architecture ensures high performance and resilience in harsh conditions, making the MAG series ideal for demanding mission-critical applications.
Choose Your Configuration
SWaP Optimised
MAG Series Mission Computers are lightweight and energy-efficient, while offering high performance processing.
Modular VPX Architecture
The MAG Series Mission Computers, built on the VPX Open Standard architecture, deliver high-performance computing with advanced data processing for demanding mission-critical applications, offer rugged durability for reliable operation in harsh environments, and provide modularity and scalability to easily customize and upgrade systems to meet specific mission requirements, while ensuring future-proofing to integrate emerging technologies and extend system lifespan.
Thermal Management Solutions
The MAG Series Mission Computers offer tailored thermal management solutions to suit different operational needs. The MAG2 Series is available in two configurations: conduction cooling with a baseplate for scenarios where a suitable coldplate is present, and forced air cooling for environments without external cooling mechanisms. The MAG4 Series is available with forced air cooling, utilizing advanced sidewall heat exchangers and a well-designed venting system to manage thermal loads effectively within a robust chassis.
Video Capture & GPGPU Processing
The MAG Series is equipped with 3G-SDI video capture capabilities, enabling real-time video processing for mission-critical applications. These Mission Computers are ideal for handling high-bandwidth video streams, providing low-latency performance essential for C5ISR environments. Powered by NVIDIA GPUs, the MAG Series also boasts advanced GPGPU capabilities that excel in parallel processing tasks crucial for AI, deep learning, and real-time data analysis. Supporting CUDA and OpenCL frameworks, these systems ensure high-performance computing for complex algorithms. Additionally, the MAG Series features hardware-accelerated video encoding and decoding (NVENC and NVDEC), enabling efficient video processing for compression, streaming, and real-time analytics.
RTCA/DO-160G Certified
Designed for airborne applications, providing electro-optic sensor processing MAG Mission Computers are qualified according to RTCA/DO-160G standards, ensuring robust performance in the most extreme conditions.
Related Product Families
Insights & Engineering Guides
Technical Guide6 min read
MIL-STD-810 vs DO-160G: What’s the Difference?
Both standards address environmental ruggedness but target different domains: the key test methods, applicability and what to ask your supplier.
Read guide
Technical Guide5 min read
Conduction-Cooled vs Air-Cooled: Choosing the Right Thermal Solution
Sealed conduction-cooled systems eliminate ingress risk but require thermal interface planning. Air-cooled systems offer higher compute density. This guide helps you choose based on your platform constraints.
Read guide
Technical Guide7 min read
Edge AI in Military Platforms: Selecting the Right GPU Module
NVIDIA Jetson Orin vs discrete GPU cards vs FPGA accelerators — a decision framework for EO/IR, ISR and sensor fusion applications requiring onboard AI inference.
Read guide
Any Mission Starts with a Conversation.
At GOMA Rugged Solutions, you talk to engineers - not salespeople. Tell us about your program requirements and we will identify the right platform, configuration and qualification path.