PS2 Dual Display Portable GPU Server
The PS2 Dual Display Portable GPU Server is a rugged, high-performance computing platform built around Intel® Xeon® Scalable processors, featuring dual display outputs for enhanced operational efficiency. Engineered to meet strict military standards and stringent SWaP-C (size, weight, power, and cost) requirements, it delivers reliable performance in harsh environments.
The PS2 Dual Display Portable GPU Server provides cutting-edge computational power within a sealed, dustproof, and water-resistant enclosure, incorporating GPU acceleration for data-intensive tasks. Designed for modern defense scenarios, it leverages Intel® Xeon® Scalable processors to facilitate real-time analytics, AI-driven applications, and secure communications. Its dual display capability offers convenient situational awareness and efficient command interface options, especially in deployed or mobile settings.
Built on open, modular architecture principles, the server supports flexible integration and future-proof scalability. This design allows system integrators to swiftly adapt hardware configurations as mission requirements evolve. By optimizing size, weight, and power consumption, the PS2 Dual Display Portable GPU Server is well-suited for deployment on mobile platforms, at forward-operating bases, or in space-constrained command centers.
Whether operating in high-temperature deserts or aboard naval vessels, this robust server maintains unwavering stability and performance. It serves as a dependable backbone for mission-critical data processing, aiding in real-time decision-making for both command posts and front-line operations.
Rugged, Enclosed Design
Sealed chassis to protect internal components from dust, moisture, and contaminants.
Withstands shock, vibration, and extreme temperatures in deployed scenarios.
Intel® Xeon® Scalable Processors
Enterprise-grade computing power for AI, data analytics, and secure communications.
Multi-core architecture supports heavy workloads and large memory capacities.
GPU Acceleration
Integrates dedicated graphics processing for advanced rendering, AI inference, or large-scale data tasks.
Ideal for mission-critical applications like image analysis or real-time mapping.
Dual Display Outputs
Enables simultaneous operation of two monitors for enhanced situational awareness.
Facilitates more efficient workflow and command interface in tight operational spaces.
Modular, COTS-Compliant Architecture
Streamlines hardware upgrades and expansions, adapting to evolving mission requirements.
Eases integration with existing systems while reducing lifecycle costs.
SWaP-C Optimized
Minimizes footprint and power usage while maximizing performance output.
Balances size, weight, and power requirements to reduce logistical burdens.
Advanced Thermal Management
Efficient cooling ensures system reliability under heavy GPU loads.
Maintains stable operation in extreme environments.
Robust Connectivity
Multiple I/O ports and optional expansion slots support diverse peripherals and networking needs.
Ideal for real-time data acquisition and sensor integration.
Enhanced Security Options
Supports encryption and secure boot for data protection in sensitive or classified applications.
Ensures mission integrity in complex defense scenarios.
Use Cases:
Forward-Deployed Data Centers offering real-time analytics and high-resolution visual outputs.
Mobile Platforms (ground vehicles, maritime assets) requiring GPU-accelerated, dual-display solutions.
Surveillance & Reconnaissance needing rapid data processing, AI-driven insights, and secure storage.