Archive: GPU Accelerated Servers
IBM originally envisioned the new HC-10 Workstation Blade as a workstation replacement, say IBM’s Dave Laux and George Dolbier. It‘s a high density server with embedded GPU acceleration. “We found it also worked incredibly well as a headless render node,” Laux says a little wryly. Isn’t interesting when hardware reveals its own mission?
First let’s just say that a workstation blade is an interesting idea for those who can afford the infrastructure. It means that every seat in the house can share a common pool of workstations easily (in theory). more
A bold prediction slipped out of the lips of Wes Shimanek, manager of Intel’s workstation strategic marketing group, this afternoon at the Boxx Technologies booth. Wes and Francois Wolf, Boxx’s director of marketing, reviewed for me Intel’s partnership with Boxx regarding the new Boxx renderBOXX 10100 render farm series of products, designed to basically permit more powerful rendering in fewer, well, boxes, in space-constrained studios, along with remote management of such render farms. 
During the course of the discussion, the ‘Holy Grail’ topic of real-time, game-engine-based rendering came up for discussion, and Wes assured me the boys in the lab at Intel are working on the issue every single day, and he boldly predicted that the transition will no doubt happen within “3-5 years.” 
Changing lights in an animated scene–moving a key light to heighten drama, or adding a diffuse background glow to separate out a background from a foreground–can be painfully slow. For a fully built scene, a graphics processor might have to run through hundreds of thousands of calculations for each tweak of a lighting angle. 
Pixellexis is gearing up for a new speedy rendering engine called Red Box. Aiming to launch the new processing solution by the end of the year, Pixellexis is clustering 16 or 32 floating point parallel processors to provide up to 8GB of raw I/O bandwidth–which they claim will significantly help rendering times for digital video and 2D or 3D imaging projects. 
