GE Works With NVIDIA On Tegra K1-based, High Performance Embedded Computing Solution

GE Intelligent Platforms (NYSE:GE) today announced at NVIDIA’s GPU Technology Conference (GTC) that it has signed an agreement with NVIDIA to bring products based on the NVIDIA® Tegra® K1 mobile processor to the embedded computing market.

GE Intelligent Platforms will develop and manufacture rugged high performance embedded computing (HPEC) and graphics solutions based on Tegra K1. GE will be NVIDIA’s preferred provider of the new technology to serve applications in harsh environments, most notably to customers in the military/aerospace market.

Built on the same NVIDIA Kepler™ graphics architecture that drives the world's most extreme gaming PCs and the fastest supercomputer in the United States, the Tegra K1 brings console-class gaming graphics and performance to mobile devices, according to NVIDIA. The Tegra K1 features 192 fully programmable GPU computing cores – capable of executing CUDA® algorithms – in addition to four ARM Cortex-A15 CPU cores with a fifth battery-saver core, to deliver record levels of performance and battery life.

Featuring substantial reductions in heat dissipation and weight, the Tegra K1 makes GPGPU technology available to classes of application for which it was not previously feasible – notably in the highly SWaP (size, weight and power) constrained environments that increasingly characterize military/aerospace deployments such as man-wearable and portable systems.

“We are working with customers for whom GPU technology is an ideal fit for their sophisticated but SWaP-constrained applications – but who have been precluded from using it because of its power consumption and heat dissipation,” said Simon Collins, Product Manager, GE Intelligent Platforms. “Tegra K1 changes all that, and will allow those customers to implement the optimum solution. Tegra K1 allows GE to uniquely address a much broader spectrum of potential applications.”

“The Tegra K1 also enhances GE’s HPEC capability,” continued Collins. “Previously, our HPEC offering ranged in power consumption from around 2,000 watts at the high end to 100 watts at the entry level. In future, we will be able to offer HPEC solutions that consume as little as 10 watts, allowing CUDA algorithms to be easily ported across an even broader range of platforms.”

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