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In what promises to be AMD's most ambitious (and lucrative) semi-custom hardware deal to date, the company partnered with CoreAVI, a leading manufacturer of commercial jet avionics, to develop high-performance cockpit display modules that perform on-the-fly terrain mapping. The company is designing special variants of its Radeon embedded GPUs and APUs (as in accelerated processing units, not auxiliary power); which drive high-resolution cockpit displays with reliable levels of performance.
The company is tapping into its most proven GPU IP and the ubiquitous x86 CPU architecture to drive PFD (primary flight display) modules. AMD hardware's surplus-to-requirement processing power comes in handy in accelerating terrain mapping software on-the-fly. On the software side of things, AMD is tapping into open industry standards such as OpenGL, custom-built for mission-critical (safety-critical) applications. AMD isn't new to the CoreAVI product stack. The company has been supplying extended temperature-range variants of its Radeon embedded GPUs to the company for some time now.
A video presentation follows.
View at TechPowerUp Main Site
The company is tapping into its most proven GPU IP and the ubiquitous x86 CPU architecture to drive PFD (primary flight display) modules. AMD hardware's surplus-to-requirement processing power comes in handy in accelerating terrain mapping software on-the-fly. On the software side of things, AMD is tapping into open industry standards such as OpenGL, custom-built for mission-critical (safety-critical) applications. AMD isn't new to the CoreAVI product stack. The company has been supplying extended temperature-range variants of its Radeon embedded GPUs to the company for some time now.
A video presentation follows.
View at TechPowerUp Main Site