MAG2C EVO3G-SDI Graphics & Video Capture Air-Cooled Mission Computer
Air-cooled VPX mission computer with 3G-SDI video capture for ISR and C5ISR applications.
Overview
The MAG2C EVO is a high-performance Mission Computer with 3G-SDI graphics & video capture capabilities, tailored for GPGPU computing, AI processing, deep learning and H.265/H.264 encoding & decoding applications; its forced air cooling ensures efficient heat dissipation, enabling optimal computing performance across diverse environments.
At its core the MAG2C EVO features a Quad Core Intel® Xeon® E3-1505M v6 processor, complemented by 16GB DDR4 and a 64GB Flash memory. The unit runs on a dedicated NVIDIA Pascal Quadro P2000 video processor with 4GB of GDDR5 memory and it boasts a comprehensive video I/O selection including 2x 3G-SDI outputs, 2x 3G-SDI inputs, 2x independent VGA outputs, RGB sync-on-green input. Further a VGA output channel is buffered to support two identical video signals sets, while a DVI-D single link connection to the front panel facilitates maintenance activities.
The graphics processor board connects to the SBC via PCI Express™ enabling seamless transfer of video inputs into system memory for manipulation or local Solid State Disk recording.
The MAG2C EVO extends its functionality with a generous array of I/O options, featuring 3x Gigabit Ethernet ports, 4x USB 2.0 ports, 1x USB 3.0 port, 4x serial COM (RS232/RS422/RS485) ports, and stereo audio line in and out. Additionally, it supports an internal 2.5” Serial-ATA III SSD with hardware Secure Erase or Destroy capability, according to selected configuration; furthermore, it is equipped with a 28 VDC power input, making it suitable for both aircraft and ground vehicles, and features a 50 ms power hold-up capability for enhanced reliability.
The MAG2C EVO Mission Computer is qualified according to RTCA/DO-160G standards, ensuring robust performance in the most extreme conditions.
System Features
Mechanical Features
Environmental Features
The other configurations of MAG
Same platform, same spec sheet: form factor, socket and I/O are what change. Tick two and read them side by side.
Other platforms
Products from other series, suggested by our engineering office: they are another platform, not a configuration of this one.
Insights & Engineering Guides
Technical Guide7 min read
VPX vs COTS Rackmount: Platform Architecture for Mission Computing
OpenVPX provides modular scalability and standardised backplane interfaces. COTS rackmount offers faster integration and lower NRE. A guide to choosing the right architecture for your programme.
Read guide
Buying Guide8 min read
How to Specify a Rugged Computer for Defence
A practical framework for defence engineers to define the right operating temperature range, mechanical envelope, power budget, I/O requirements and qualification standards before issuing an RFQ.
Read guide
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
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.