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Home/Solutions/MAG/MAG2A EVO

MAG2A EVO

3G-SDI Graphics & Video Capture Mission Computer

7th Gen Intel Xeon Processors + NVIDIA Pascal GPU

MAG2A-EVO_hero
SWaP-Coptimized
3U VPXArchitecture
NVIDIAPascal GPU
Cold PlateDissipation

Overview

The MAG2A EVO is a high-performance Mission Computer with 3G-SDI graphics & video capture capabilities, designed for GPGPU computing, AI processing, deep learning and H.265/H.264 encoding & decoding applications.

At the heart of the unit there is a Quad Core Intel® Xeon® E3-1505M v6 processor, with a 16GB DDR4 and a 64GB Flash memory. The MAG2A EVO is powered by a NVIDIA Pascal Quadro P2000 dedicated video processor with a 4GB GDDR5 memory, and a rich video selection of I/O including 2x 3G-SDI outputs, 2x 3G-SDI inputs, 2x VGA independent outputs, RGB sync-on-green input. One VGA output channel from the graphics processor is also buffered to drive two identical sets of video signals. Additionally, a DVI-D single link is brought out to the front panel from the processor for maintenance activities. The graphics processor board is connected to the SBC via PCI Express™.

The connection allows the video inputs to be transferred into the system memory for manipulation and/or to be recorded into the local Solid State Disk. The MAG2A EVO Mission Computer also includes a large number of I/O such as 3x Gigabit Ethernet ports, 4x USB 2.0 ports, 1x USB 3.0 port, 4x serial COM (RS232/RS422/RS485), stereo audio line out and audio in. The MAG2A EVO can host an internal 2.5” Serial-ATA III SSD with the capability of triggering a hardware Secure Erase signal.

MAG series Mission Computer employ conduction cooled cards inside a sealed chassis, using baseplate cooling for heat dissipation. The MAG2A EVO Mission Computer is qualified according to RTCA/DO-160G standards, ensuring robust performance in the most extreme conditions.

System Features

Intel-Xeon-E3
Processor ModuleQuad Core Intel® Xeon® E3-1505M v6 (4C @ 3.0 GHz)
Memory16GB DDR4 ECC DRAM
Video Processing ModuleBased on NVIDIA Pascal Quadro P2000 GP107 GPU with 768 CUDA cores and 4GB of DDR5 graphics memory
with 128-bit memory width, providing a memory bandwidth of 96GB/s.
Video Ports2x 3G-SDI inputs & 2x 3G-SDI outputs
1x RGB input 2x VGA (1920×1200) independent outputs
1x VGA split output (replica of a VGA channel)
1x service DVI output (from CPU board)
I/O Ports3x Gigabit LAN (copper)
4x USB 2.0 ports
1x USB 3.0 port
4x serial ports (RS232/RS422/RS485)
Audio stereo input/output
2x isolated discrete IN + 2x isolated discrete OUT
Internal Storage Devices64GB SATA III On-Board SSD Chip
Internal 2.5” SATA SSD w/ Secure ERASE option (hardware trigger)
Management FeaturesPower BIT, continuous BIT
Internal temperature monitoring
Internal voltage monitoring
SoftwareWindows 10, Linux
Power Input+28Vdc standard (+20V to +36V)
Extreme operating range: +16V to +50V
Compiant to RTCA/DO-160G S16 CAT. Z and MIL-STD-704F
Power ConsumptionPower consumption (average) 110W
Power peak up to 150W
Voltage Spike600V (RTCA/DO-160G S17 CAT. A)

Mechanical Features

Dimensions
(W x D x H)
167.0 mm x 219.0 mm x 97.0 mm
Weight4.0 Kg
CoolingFanless design, conduction cooling through baseplate
Interfaces3x MIL-DTL-38999 military circular connectors
1x USB 3.0 connector
MAG2A-EVO_Mechanical_Features

Environmental Features

MAG2A-EVO_Environmental_Features
Operating Temperature-40°C to +70°C” (RTCA/DO-160G S4 CAT. B2)
Storage Temperature-40°C to +85°C” (RTCA/DO-160G S4 CAT. B2)
AltitudeOperative: Max 25.000 feet (RTCA/DO-160G S4 CAT. B2)
HumidiityUp to 95% (RTCA/DO-160G S6 CAT. B)
Shock6g shock, 11ms (RTCA/DO-160G S7 CAT. B)
Crash Safety20g shock, 11ms and 20g sustained acceleration (RTCA/DO-160G S7 CAT. B)
VibrationsAccording to RTCA/DO-160G S8 CAT. U Curve G
Environmental ProtectionIP65 rated according to EN 60529
Fungus ProtectionAccording to RTCA/DO-160G S13 CAT. F
Salt Spray5% NaCl 48 hours (RTCA/DO-160G S14 CAT. S)
Magnetic EffectDeviation at 0.3m (RTCA/DO-160G S15 CAT. Z)
EMCAudio frequency conducted susceptibility: RTCA/DO-160G S18 CAT. Z
Induced signal susceptibility: RTCA/DO-160G S19 CAT. ZC
Radio frequency susceptibility: RTCA/DO-160G S20 CAT. T
Emission of radio frequency energy: RTCA/DO-160G S21CAT. M
Electrostatic discharge: RTCA/DO-160G S25 CAT. A
From the Blog

Insights & Engineering Guides

MIL-STD-810 vs DO-160G: What’s the Difference?
Technical Guide

MIL-STD-810 vs DO-160G: What’s the Difference?

Both standards address environmental ruggedness, but they target different domains. This guide explains the key test methods, applicability and what to ask your supplier.

Read More
VPX vs COTS Rackmount: Platform Architecture for Mission Computing
Technical Guide

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 More
Edge AI in Military Platforms: Selecting the Right GPU Module
Technical Guide

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.

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Contact

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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.

gomarugged@goma.it
+39 011 7725024
Strada Antica di Collegno 225
10146 Torino (TO), Italy

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