
Microsoft Is First To Get HBM-Juiced AMD CPUs
Intel was the first of the major CPU makers to add HBM stacked DRAM memory to a CPU package, with the “Sapphire Rapids” Max Series Xeon SP processors. …
Intel was the first of the major CPU makers to add HBM stacked DRAM memory to a CPU package, with the “Sapphire Rapids” Max Series Xeon SP processors. …
As far as we have been concerned since founding The Next Platform literally a decade ago this week, AI training and inference in the datacenter are a kind of HPC. …
There has been a lot more churn on the November Top500 supercomputer rankings that is the talk of the SC24 conference in Atlanta this week than there was in the list that came out in June at the ISC24 conference in Hamburg, Germany back in May, and there are some interesting developments in the new machinery that is being installed. …
According to rumors, Nvidia is not expected to deliver optical interconnects for its GPU memory-lashing NVLink protocol until the “Rubin Ultra” GPU compute engine in 2027. …
To a certain extent, all of the major HPC centers in the world live in the future. …
We were away on vacation at a lakeside beach in northern Michigan when we caught the news that the UK government was pulling the plug on a plan for an exascale supercomputer to be installed at the EPCC at the University of Edinburgh. …
With all of the hyperscalers and major cloud builders designing their own CPUs and AI accelerators, the heat is on those who sell compute engines to these companies. …
Updated: Here is something we don’t see much anymore when it comes to AI systems: list prices for the accelerators and the base motherboards that glue a bunch of them together into a shared compute complex. …
If you stare at something for a little bit of time and let your mind wander, you can think of a new way to analyze something that you have looked at a bunch of times. …
The difference between “high performance computing” in the general way that many thousands of organizations run traditional simulation and modeling applications and the kind of exascale computing that is only now becoming a little more commonplace is like the difference between a single, two door coupe that goes 65 miles per hour (most of the time) and a fleet of bullet trains that can each hold over 1,300 people and move at more than 300 miles per hour, connecting a country or a continent. …
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