• Rugged Fanless Computers
  • High Performance Workstations
  • Microclusters
Kraken TT
A workstation equipped with dual AMD EPYC™ 9455 processors, 2 or 4 NVIDIA GPUs, up to 256GB DDR5-4800MHz ECC RAM and direct liquid cooling.
Kraken SR
A workstation equipped with a single Intel® Xeon® w9-3595X processor, 2 or 4 NVIDIA GPUs, 256GB DDR5-4800MHz ECC RAM and direct liquid cooling.
Fanless Mini - Intel 13th Gen In-Vehicle Computer - IP51
The In-Vehicle Rugged Mini PC, powered by Intel, is built for harsh automotive environments with a fanless, rugged design. It features intelligent ignition control for automatic power management and includes multiple I/O ports. Commonly used in fleet management, transportation, and public safety, it ensures reliable, low-maintenance performance in demanding conditions.
Fanless Mini - Intel 13th Gen Mobile - IP51
A compact, high-performance, and durable computing solution built for extreme environments. With dual 1GbE LAN ports, it ensures reliable connectivity and seamless operation in industrial, military, and field applications.
Fanless Mini - Intel 14th Gen Mobile - IP66
Compact and durable, this fanless mini PC integrates the latest Intel Core Ultra processors for high performance. Its IP66 design resists dust, water, and extreme temperatures, whether used indoors or outdoors. With no moving parts, it ensures quiet, reliable, and long-lasting operation, ideal for demanding industrial environments.
Fanless Mini - Intel 13th Gen Mobile - IP66
This Fanless Mini Rugged PC is a versatile, high-performance computer built for extreme environments. Powered by up to an Intel i7 processor, it withstands dust, water, and wide temperature ranges, making it ideal for both indoor and outdoor use in the most demanding conditions.
Fanless Mini - Intel 14th Gen Mobile - IP51
The rugged fanless mini PC with Intel Core Ultra processors offers powerful, quiet, and long-lasting performance in a compact design. Ideal for industrial, IoT, and embedded applications, it operates reliably in harsh or confined environments while minimizing power consumption for cost-efficient use.