Fanless Computers

March 18, 2013
The TPZ-1300 fanless computer from the Topaz Line features I/O connectivity, wireless support, and duty-specific performance processors with long life support.

The TPZ-1300 fanless computer from the Topaz Line features I/O connectivity, wireless support, and duty-specific performance processors with long life support. The TPZ-1300 delivers provide mobile functionality in environments such as telemedicine, nursing information systems, and medical administration. A fanless structure reportedly ensures noiseless operation and satisfies medical application requirements. An anti-bacterial coating is optional. The TPZ-1300 reportedly withstands up to 5G vibration and 100G shock, which can accommodate telemedicine applications including telecardiology, telepathology and nursing workstation use. TPZ-1300 offers I/O connectivity, wireless support and a profile of 8.26” W x 6.69” D x 2.08” H (210 x 170 x 53 mm) that supports deployment in carts or other mobile medical setups. The TPZ-1300 is equipped with the Atom D2550/N2600 processor and provides I/O function from six USB ports, three GbE ports, four COM ports, one mini PCI-E slot, and four digital inputs and outputs. The TPZ-1300 also supports Windows 7, Windows 7 Embedded, Windows XP, Windows XP Embedded and WinCE 7.0.

Read more about the TPZ-1300 fanless computer.

Sponsored Recommendations

Why Go Beyond Traditional HMI/SCADA

Traditional HMI/SCADAs are being reinvented with today's growing dependence on mobile technology. Discover how AVEVA is implementing this software into your everyday devices to...

4 Reasons to move to a subscription model for your HMI/SCADA

Software-as-a-service (SaaS) gives you the technical and financial ability to respond to the changing market and provides efficient control across your entire enterprise—not just...

Is your HMI stuck in the stone age?

What happens when you adopt modern HMI solutions? Learn more about the future of operations control with these six modern HMI must-haves to help you turbocharge operator efficiency...