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In-Vehicle Rugged Computer
VBOX-3631-(M12X)

Intel® Core™ Processors Series 3 Edge AI Computer

• Intel® Core™ Processors Series 3 with a Built-In NPU for AI Applications
• 1 x 2.5GbE, 4 x GbE Ports for IoT Devices Connectivity
• Type-C DP for Portable Display
• One Cover for Expansion Simplifies Module Installation
• Built-in Watchdog and Smart Power Management
• M12 Model for Robust Connection
• Front Tray for Coin-cell Battery Replacement
• Optional BBU for Emergency Circumstances

Product Status: Coming Soon
Conformité Européenne FCC Certification E-Mark Wide voltage Wide temperature Fanless
Inquiry Datasheet
The SINTRONES VBOX-3631 fanless edge AI computer with Intel Wildcat Lake architecture, displayed as a high-performance smart mobility platform.

Next-Generation Smart Mobility Powered by Intel Wildcat Lake

The VBOX-3631 drives operational automation forward as a highly efficient edge AI computer built for demanding tactical environments. Powered by Intel Wildcat Lake (Intel® Core™ Series 3) processors, the system delivers high-performance processing alongside an integrated, built-in NPU providing up to 17 TOPS for low-latency AI inference. This advanced computing platform intelligently balances intensive processing workloads with adaptive energy efficiency, allowing connected systems to execute complex real-time analytics directly at the tactical edge.

A professional white-background studio shot of the VBOX-3631 edge AI computer, highlighting its fanless design and built-in NPU capability.
A tactical military vehicle navigating harsh off-road terrain, demonstrating a rugged deployment utilizing MIL-STD-810H certified computing.

MIL-STD-810H Certified Tactical Computing for Extreme Environments

To ensure absolute reliability in the field, the VBOX-3631 features a fanless design operating from -40°C to 70°C, fully compliant with MIL-STD-810H standards against severe shock and vibration. It incorporates secure M12 connectors for vibration-proof networking, isolated CAN FD ports for diagnostics, and an optional battery backup unit to safeguard critical data during power losses. This heavy-duty architecture guarantees seamless smart mobility deployment across modern military vehicles, heavy equipment like excavators and snowplows, and railway transit systems.

Technical FAQ

Q1: What makes the VBOX-3631 suitable for heavy equipment, railway systems, and military vehicles?

A: The system is fully certified to MIL-STD-810H standards and features an entirely fanless design, enabling it to endure the constant shock, heavy vibrations, and dust common in off-road terrains, construction sites, and rail tracks. Equipped with rugged M12 connectors, it ensures that mission-critical network links remain locked and stable under extreme mechanical stress.

Q2: How does the Intel Wildcat Lake architecture with a built-in NPU benefit diverse smart mobility applications?

A: The Intel Wildcat Lake processor introduces an integrated, built-in NPU delivering up to 17 TOPS of dedicated AI inference. This allows the edge AI computer to process advanced object detection, payload automation, and predictive maintenance locally, eliminating the need for constant cloud connectivity across remote defense logistics, construction zones, or transit networks.

Q3: How does the system protect critical operational data against unexpected power disruptions?

A: For maximum field survivability across industrial and automotive power systems, the platform supports smart ignition control and features isolated CAN FD ports. It can be equipped with an optional battery backup unit (BBU) that provides emergency power, allowing the system to save critical tactical or telemetry data and execute a safe, graceful OS shutdown during sudden voltage drops.

Q4: Can the VBOX-3631 drive multiple high-resolution displays for situational awareness?

A: Yes, absolutely. To optimize operator efficiency in command vehicles, train driver cabins, and heavy machinery, the system supports triple display outputs (DVI-D, HDMI, and USB Type-C) up to 4K resolution. This enables operators to run concurrent multi-screen applications, such as live digital maps, payload monitoring, and instrumentation interfaces simultaneously.

Q5: What hardware design features simplify deployment and maintenance in remote environments?

A: The system features an innovative one-cover design that simplifies internal module installation and wireless card expansion for technicians. Additionally, it includes a front-access battery tray, allowing operators to swap the CMOS battery quickly without dismantling the entire edge AI computer chassis, significantly reducing downtime during routine field maintenance.

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