This series adopts special rugged design, high quality Al-alloy panel, stainless steel rack, featuring optimum vibration/shock resistance and cooling capacity, flexible configuration, optional redundant power unit, redundant processors and memory array, suitable for severe environments such as vehicle, airplane, ship and field etc, widely used in military, industrial and traffic etc.

The rack mounted reinforced computer features optimum design in vibration, rugged installation, cooling and EMC with stainless steel rack, modular design, I/O aero jack, highly steady, reliable, vibration/shock resistant, convenient for maintenance, suitable for severe environments such as vehicle, airplane, ship and field etc, widely used in military, industries and traffic applications etc.

JGJJ5222 adopts 19-inch concise frame structure with good interchangeability; it is based on Intel 5100 chipset, supports multi-core Intel XEON processor, 1066MHz FSB and I/O acceleration technology with lower power and strong computation capability, and has excellent system performance; with thermal/anti-vibration/ EMC design, three-proofs design and other advanced mature enhancement technologies against severe environment, it has strong capability in impact proofing, wide temperature scope, it is consistent with requirements of GJB151A EMC, and can be widely applied in severe field environments.

JGJJ5226 rugged server employs a 19-inch rackmount architecture. The design of the server unit is based on Intel 5100 chipset, which supports Intel Xeon 4-core processor, 1066MHz front-end bus and I/O acceleration technology; it utilizes advanced and sophisticated ruggedization technologies, such as thermal design, damping technologies，EMC design, etc., and can meet EMC requirements of the GJB151A standard. It features compact size, good interchangeability, low power consumption, high computational power, high reliability, good vibration-proof and anti-shock performance and wide operating temperature range, etc., thus is suitable for austere field operation environments.