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Intel announces HPC Knights Landing Xeon Phi accelerator
The initial systems with Knights Landing Xeon Phi accelerator have been shipped to customers, says Intel. Knights Landing is the a manycore x86 architecture that Intel has developed over the years.
The previous iteration of the hardware, Knights Corner, used a modified Intel Pentium core (P54C). The Knights Landing-based Xeon Phi is a liquid-cooled system with six DIMM slots, dual gigabit Ethernet ports , 16GB of MCDRAM, AVX-512, and 72 CPU cores.
With the introduction of the new Xeon Phi accelerators it is possible to boot from the cpu and the system memory is integrated on the CPU for additional performance. It is possible to create a complete cluster with only Xeon Phi withouth any other Xeon systems.
The Knights Landing Xeon Phi card has been tested and validated ever since late last year by various partners , including Cray. The new Xeon Phi card is produced at 14nm and contains up to 72 cores, it features 16GB of multi-channel dram which can do a transfer rate of 400GB/s. Knights Landing provides support for 36 PCI-E 3.0 lanes and uses what is referred to as the Omni-Path architecture .
Omni-Path is part of Intel's Scalable System Framework for High Performance Computing. Intel says that the accelerator can be used for applications in the field of artificial intelligence, an emphasis that is inspired by Google who started their own artificial intelligence project.
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Fox2232
Senior Member
Posts: 11721
Joined: 2012-07-20
Senior Member
Posts: 11721
Joined: 2012-07-20
#5292729 Posted on: 06/20/2016 06:41 PM
Did I really read P54c as last iteration? I had that so many years ago. So, project was canned for pretty long time.
72Cores (Or maybe threads) is not that impressive in 2016. And in 2017 it will not be impressive at all.
And those slides showing actual workloads... Compared to what exactly?
AMD is pretty bad in their presentations, and approximating real world performance from that can end up anywhere within 30% above or below.
But this presentation. It tops that since it is compared to unspecified product.
- - - -
I guess it is going to be 20% faster than grandma's wheelchair.
Did I really read P54c as last iteration? I had that so many years ago. So, project was canned for pretty long time.
72Cores (Or maybe threads) is not that impressive in 2016. And in 2017 it will not be impressive at all.
And those slides showing actual workloads... Compared to what exactly?
AMD is pretty bad in their presentations, and approximating real world performance from that can end up anywhere within 30% above or below.
But this presentation. It tops that since it is compared to unspecified product.
- - - -
I guess it is going to be 20% faster than grandma's wheelchair.
Denial
Senior Member
Posts: 13287
Joined: 2004-05-16
Senior Member
Posts: 13287
Joined: 2004-05-16
#5292732 Posted on: 06/20/2016 06:51 PM
Did I really read P54c as last iteration? I had that so many years ago. So, project was canned for pretty long time.
72Cores (Or maybe threads) is not that impressive in 2016. And in 2017 it will not be impressive at all.
And those slides showing actual workloads... Compared to what exactly?
AMD is pretty bad in their presentations, and approximating real world performance from that can end up anywhere within 30% above or below.
But this presentation. It tops that since it is compared to unspecified product.
- - - -
I guess it is going to be 20% faster than grandma's wheelchair.
It's four threads per core and IIRC it's 3Tflops of double precision and 6 single.
I guess the advantage is the check boxes on the second slide.
Did I really read P54c as last iteration? I had that so many years ago. So, project was canned for pretty long time.
72Cores (Or maybe threads) is not that impressive in 2016. And in 2017 it will not be impressive at all.
And those slides showing actual workloads... Compared to what exactly?
AMD is pretty bad in their presentations, and approximating real world performance from that can end up anywhere within 30% above or below.
But this presentation. It tops that since it is compared to unspecified product.
- - - -
I guess it is going to be 20% faster than grandma's wheelchair.
It's four threads per core and IIRC it's 3Tflops of double precision and 6 single.
I guess the advantage is the check boxes on the second slide.
Ven0m
Senior Member
Posts: 1779
Joined: 2005-08-12
Senior Member
Posts: 1779
Joined: 2005-08-12
#5292794 Posted on: 06/20/2016 09:26 PM
You're kidding, right?
Yet another marketing bs. Besides, you can find more rendering apps supporting GPUs than Intel Xeon Phi.
Xeon
Most Widely Adopted
for Machine Learning 2
2 Source: Intel Estimates
Most Widely Adopted
for Machine Learning 2
2 Source: Intel Estimates
You're kidding, right?
Yet another marketing bs. Besides, you can find more rendering apps supporting GPUs than Intel Xeon Phi.
nz3777
Senior Member
Posts: 2467
Joined: 2014-01-21
Senior Member
Posts: 2467
Joined: 2014-01-21
#5292849 Posted on: 06/21/2016 12:08 AM
Did I read that correctly $6,000 Grand?! As in six thousand us dollars? Does that come with an Intel office (female compainion?) haha.
Did I read that correctly $6,000 Grand?! As in six thousand us dollars? Does that come with an Intel office (female compainion?) haha.
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Senior Member
Posts: 2684
Joined: 2011-05-17
Be on the lookout for Miles Bennett Dyson.