MXM Graphics Cards

WOLF WMXM-A2000E-VO Rugged MXM GPU for Defence

Advanced GPGPU Processing for Defence and Aerospace Applications in Australia

Metromatics proudly offers the WOLF WMXM-A2000E-VO.   A rugged, high-performance MXM embedded GPU module featuring the NVIDIA® RTX™ A2000 embedded GPU. Designed for high-end video processing, AI, and deep learning workloads in harsh environments.  This solution delivers cutting-edge performance in a compact, thermally-efficient form factor ideal for Australian defence and aerospace applications.

Key Features of the Rugged MXM GPU for Defence

• NVIDIA RTX A2000 embedded GPU with 8GB GDDR6 memory and 192-bit interface

• 3072 CUDA cores, 240 Tensor cores, and 24 RT cores

• Optimised for GPGPU, AI inference, video encoding/decoding, and deep learning

• MXM 3.1 Type A form factor (82mm x 70mm)

• Conduction-cooled and conformal-coated for extreme environments

• Supports CUDA, DirectX 12 Ultimate, Vulkan 1.3, and OpenGL 4.6

Applications in the Australian Market

The WMXM-A2000E-VO is purpose-built for:

• Rugged mission computers in military vehicles (UGVs, IFVs, APCs)

• Command, control, and surveillance systems

• Embedded AI and object detection in ISR and C5ISR platforms

• Sensor fusion and edge processing in airborne and naval systems

• Australian programs focused on optionally crewed combat vehicles (OCCVs) and autonomous trials

Why Choose WOLF WMXM-A2000E-VO Through Metromatics?

Metromatics is the exclusive distributor of WOLF Advanced Technologies in Australia and New Zealand. We provide:

• Local support from offices in Brisbane, Sydney, and Melbourne

• Technical consultation and system integration expertise

• Assistance with military platform compliance, including MIL-STD requirements

Technical Specifications

Engineered for Harsh Environments

This module meets the rigorous demands of Australian defence applications. Featuring a conformal coating and conduction-cooled design.  It performs reliably in high-vibration, wide-temperature environments typical of land, air, and sea platforms.

Optimised for AI and Video Workloads

Whether it’s real-time image classification, multi-stream video analytics, or deep neural network inference at the edge, the WMXM-A2000E-VO delivers:

• Up to 8.0 TFLOPS of FP32 performance

• TensorRT support for ultra-low-latency AI inference

• Native support for multi-sensor input and simultaneous output

Looking to accelerate your next defence project with powerful embedded GPU performance?
Contact Metromatics today for technical specifications, integration guidance, and local support across Australia.

📧 Email: sales@metromatics.com.au
📞 Phone: Brisbane: +61 7 3868 4255   I   Melbourne: +61 3 9872 4592   I   Sydney: +61 2 9460 4355

Frequently Asked Questions

What makes the WOLF WMXM-A2000E-VO suitable for Australian defence use?
Its rugged design, thermal resilience, and AI compute capabilities align with requirements for military land, air, and naval platforms used in Australia.

Does it support integration into VPX or SOSA-aligned systems?
Yes, Metromatics can support integration of this MXM module into systems using VPX carrier cards or other modular architectures.

Is this module tested to MIL-STD standards?
WOLF’s design approach meets the requirements of MIL-STD-810 for environmental conditions. Contact us for platform-specific certifications.

Why Use a Rugged MXM GPU for Defence Applications?

A rugged MXM GPU is purpose-built to deliver high-performance graphics, AI, and video processing in harsh defence environments where standard commercial GPUs would fail. These modules offer:

• Extended temperature ranges (typically -40°C to +85°C)

• Conduction cooling for fanless operation in sealed enclosures

• Shock and vibration resistance ideal for land, air, and naval platforms

• Compact MXM form factor, perfect for size, weight, and power (SWaP) constrained systems

• Support for modern GPU toolchains, including CUDA, TensorRT, and real-time video encoding/decoding

Rugged MXM GPUs enable advanced capabilities like object detection, situational awareness, and sensor fusion—crucial for modern C5ISR systems, UGVs, and mission computers. When reliability and real-time performance are mission-critical, defence programs turn to rugged embedded GPUs