AV600TH-A20
The AV600TH-A20 Mission GPU Computer is a rugged, high-performance system designed for mission-critical operations, featuring advanced GPU acceleration, IP65-rated protection, and powerful multi-core processing to handle complex military and defense workloads.
The AV600TH-A20 Mission GPU Computer offers a robust platform for real-time data processing, AI-driven analytics, and intensive graphics workloads in extreme operational environments. Engineered with high-performance processors and dedicated GPU acceleration, it delivers the computational muscle needed for tasks like sensor fusion, geospatial intelligence, and deep learning inference at the tactical edge.
This mission computer is housed in an IP65-rated enclosure, effectively shielding its components from dust, moisture, and harsh external elements. By adopting an open, modular design, it supports COTS (Commercial Off-The-Shelf) principles, allowing integrators to customize or scale the hardware to meet evolving mission requirements. The system also prioritizes SWaP-C (size, weight, power, and cost) optimization, ensuring efficient energy consumption and minimal footprint—vital for ground vehicles, shipboard installations, or mobile command centers.
Whether it’s coordinating drone fleets, processing battlefield intelligence, or conducting advanced simulations, the AV600TH-A20 stands as a dependable computing solution that aligns with modern defense priorities. Its rugged build, GPU-driven performance, and versatile I/O options make it a valuable asset for military and security stakeholders operating in diverse and challenging conditions.
High-Performance GPU Acceleration
Integrates powerful GPUs to accelerate AI, deep learning, and intensive image processing.
Ideal for real-time analytics, surveillance, and advanced mission planning tasks.
Rugged IP65 Enclosure
Sealed design safeguards internal components from dust, water, and other contaminants.
Built to withstand shock, vibration, and temperature extremes common in field deployments.
Advanced Multi-Core Processing
Utilizes high-performance CPUs to efficiently handle multi-threaded applications.
Supports large memory capacities for data-intensive tasks.
Open, Modular Architecture
Adheres to COTS standards, facilitating future upgrades and system flexibility.
Simplifies integration with existing defense infrastructures and peripheral devices.
SWaP-C Optimization
Balances size, weight, and power demands to reduce operational costs.
Enables easy installation in vehicles, airborne platforms, or compact command centers.
Comprehensive Connectivity & Expansion
Multiple high-speed I/O interfaces for networking, data storage, and sensor integration.
Optional expansion slots for adding specialized modules or custom configurations.
Enhanced Security Options
Supports trusted boot, optional encryption, and secure data storage.
Protects sensitive information during mission-critical operations.
Mission-Centric Design
Reliable performance in remote or rugged theaters, enabling continuous operation.
Suitable for applications like drone fleet coordination, real-time battlefield awareness, and more.
Use Cases:
AI-Powered Surveillance and reconnaissance requiring rapid image analysis and data fusion.
Mobile Command Centers where compact, GPU-accelerated computing is essential.
Unmanned Systems (ground, aerial, or maritime) supporting advanced autonomy and situational awareness.