The new Stealth SR-2950 is our latest in innovative Fanless 2U Rackmount Computer/Servers. It features a dedicated NVIDIA® graphics card, along with Intel® 6th and 7th Generation Core™ i5, i7 & Xeon processors and supports operation in temperatures ranging from -25°C – 60°C. The robust capabilities packed into a 2U high rack mount chassis make it ideal for installation in standard 19” EIA rack cabinets.

The SR-2950 Rack Mount PC comes equipped with a dedicated NVIDIA® GeForce Quadro T1000 graphics card supporting up to 8K Resolution across 4 DisplayPort video ports. In combination with the Intel onboard video (DVI-D, VGA and 2 DisplayPort video ports), up to 7 displays can be connected simultaneously.

Fanless by design, the system operates without noisy cooling fans that can draw in dirt and dust causing potentially catastrophic failures. The space saving design features a rugged extruded aluminum chassis that provides superior heat dissipation within a 2U high 19″ rack mount chassis.

The SR-2950 can be configured with 480GB to 16TB of total SSD storage (using dual drives), as well as 8GB to 64GB of RAM.  ECC memory is available depending on the CPU selected. Also included are dual Removable Front Drive Bays that provide easy drive swapping and onboard Raid supporting 0/1 set-up options. The powerful small form factor PC includes an abundance of I/O ports such as USB 3.0, RS232 Serial, Gigabit networking, 32 DIO (Digital input/output), external SIM card sockets for wireless connectivity and audio/video ports.

Engineered to be extremely mobile friendly, the SR-2950 includes a Wide Range 10-36 VDC power input with a rear locking 3-Pin Ignition Switch. A TPM 2.0 (Trusted Platform Module) is incorporated to provide increased hardware security.

The SR-2950 is RoHS, CE, FCC, EN50121-3-2 & EN50155 certified and designed for use in a multitude of applications including: Audio/Video Recording, Embedded Control, Digital Signs, Interactive Kiosks, IoT, Industrial Internet of Things (IIoT), Transportation, and Human/Machine Interface.