THOR200-S4
The THOR200-S4 2U Half Rack Data Recording Server integrates Intel® Xeon® D processors into a compact, rugged 2U half-rack chassis, delivering reliable high-speed data capture and processing capabilities. Optimized for military environments, it combines robust performance with SWaP-C (size, weight, power, cost) efficiency.
The THOR200-S4 2U Half Rack Data Recording Server is built around Intel® Xeon® D processors, providing powerful multi-core performance in a space-saving form factor. Ideal for mission-critical data logging and analysis, this system is designed to operate in harsh military conditions, resisting shocks, vibration, temperature extremes, and the ingress of dust and moisture.
Its open, modular architecture adheres to Commercial Off-The-Shelf (COTS) principles, allowing for seamless hardware expansions or upgrades. This flexibility is crucial for integrators who need to tailor their solutions to evolving mission demands. By balancing size, weight, power, and cost, the THOR200-S4 reduces logistical burdens, making it a go-to choice for deployments where space and power are at a premium—such as onboard vehicles, naval vessels, or forward-operating bases.
High-capacity storage options ensure robust data recording for real-time sensor feeds, video surveillance, or intelligence analysis. Coupled with sophisticated thermal management, the system maintains consistent performance under sustained workloads, making it a dependable backbone for defense-centric applications.
1. Intel® Xeon® D Processors
Multi-core architecture delivers enterprise-level computing power in a compact footprint.
Optimized for edge applications and data-intensive tasks in forward-deployed or mobile scenarios.
2. 2U Half Rack Form Factor
Space-conscious design fits seamlessly into tactical vehicles or restricted server rack environments.
Simplifies rapid deployment and relocation under dynamic operational demands.
3. Ruggedized Construction
Engineered to endure shock, vibration, and environmental extremes, ideal for military theaters.
Sealed chassis protects against dust, moisture, and other contaminants.
4. High-Capacity Data Recording
Multiple drive bays and configurable RAID setups ensure secure, large-volume storage.
Facilitates continuous logging of mission-critical data and real-time analytics.
5. Modular, COTS-Compliant Architecture
Eases integration with existing defense systems and peripheral devices.
Supports future hardware upgrades or technology refresh cycles, extending product life.
6. SWaP-C Optimized
Minimizes size, weight, and power demands while maximizing performance output.
Cuts operational costs and eases logistics for field deployments.
7. Advanced Thermal Management
Maintains stable operation under heavy loads and high ambient temperatures.
Increases system longevity and reliability in remote or rugged locales.
8. Secure & Mission-Focused
Optional data encryption, secure boot, and tamper-proof features protect sensitive intelligence.
Complies with stringent defense security protocols for operational integrity.
9. Wide Operating Temperature Range
Suitable for hot desert conditions or sub-zero climates at high altitudes.
Ensures uninterrupted service wherever mission profiles take you.
Use Cases:
Forward-Deployed Data Analysis on vehicles or maritime platforms.
Intelligence, Surveillance, and Reconnaissance requiring continuous sensor feed recording.
Mobile Command Centers needing rugged, high-performance compute resources in a small footprint.