Hi,
as Intel introduce the Intel® Xeon Phi™ onto the market, I ask myself if this could be a new alternative to Cuda architecture. Can you please explain more to that new topic? How about programming and port your vray code to that coprocessor?
As we have now developments in GPU/Cuda will there be a coexisting new support for XEON Phi? Would it be simpler to code with it or do you see here advantages in developing? If yes, what is your estimation for a release date for vray supporting Intel Xeon Phi?
At the moment to me it seems having many possibilities in development and improvments of HPC/Rendering applications. But which will prevail? And where the consumer have to invest his money best? Difficult to answer, but we are living in fast developping time.
Time will show, and I look forward to stay well-briefed in this topic.
Regards.
Daniel Krüger
www.prorender.de
as Intel introduce the Intel® Xeon Phi™ onto the market, I ask myself if this could be a new alternative to Cuda architecture. Can you please explain more to that new topic? How about programming and port your vray code to that coprocessor?
As we have now developments in GPU/Cuda will there be a coexisting new support for XEON Phi? Would it be simpler to code with it or do you see here advantages in developing? If yes, what is your estimation for a release date for vray supporting Intel Xeon Phi?
At the moment to me it seems having many possibilities in development and improvments of HPC/Rendering applications. But which will prevail? And where the consumer have to invest his money best? Difficult to answer, but we are living in fast developping time.
Time will show, and I look forward to stay well-briefed in this topic.
Regards.
Daniel Krüger
www.prorender.de
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