Last week’s Tera-scale announcement at the International Solid State Circuits Conference (ISSCC) certainly created a lot of buzz in the press and on the Web. I have to admit being somewhat surprised by how extensively the story was picked up, not just in the technical press, but the popular press as well.
What an exciting week this has been. We unleashed the 'Era of Tera' by showcasing the world’s first programmable processor that can deliver Teraflops performance with remarkable energy efficiency.
Two months ago at the Intel Developer Forum, Intel’s CEO, Paul Otellini, unveiled a 300mm wafer that contained hundreds of massively multi-core prototype processors each consisting of 80 simple, but programmable floating-point cores. While it was an early wafer fresh from Intel’s Fab 24 in Ireland, it generated a lot of attention and discussion in the press.
In the not too distant future, we can expect to see magnetic disk drives relegated to the role that tape drives play today
I firmly believe that we are sitting on a plateau just waiting for the next order-of-magnitude leap in computer performance and capability to unleash a new age of application innovation
Sometimes someone says something at a conference that really knocks me for a loop. Such was the case at the High Performance Computer Architecture Conference last year.
I’m optimistic that we will see the programming breakthroughs in the next few years that will make it much easier to write efficient, correct, and modular programs for multi-core processors
When the prospect of doing a blog came across my screen, I turned to my most trusted advisor on such matters, one of my 19-year old twin boys...
Hardware
Tera-Scale: What Would We Do with All These Cores and How Would We Feed Them?
Hardware
Intel
Hardware
Intel