
Compute Is Easy, Memory Is Harder And Harder
What good is a floating point operation embodied in a vector or matrix unit if you can’t get data into fast enough to actually use the compute engine to process it in some fashion in a clock cycle? …
What good is a floating point operation embodied in a vector or matrix unit if you can’t get data into fast enough to actually use the compute engine to process it in some fashion in a clock cycle? …
Conventional wisdom says that trying to attach system memory to the PCI-Express bus is a bad idea if you care at all about latency. …
The jittery economy hasn’t been kind to most semiconductor companies, even those like AMD and Nvidia that are growing in the datacenter. …
If you are impatient for not just memory pooling powered by the CXL protocol, but the much more difficult task of memory sharing by servers attached to giant blocks of external memory, you are not alone. …
The Hot Chips 34 conference that is normally held at Stanford University is in full swing this week, and thanks to the coronavirus pandemic is being held entirely online. …
System architects are often impatient about the future, especially when they can see something good coming down the pike. …
The hyperscalers and cloud builders are not the only ones having fun with the CXL protocol and its ability to create tiered, disaggregated, and composable main memory for systems. …
Dynamic allocation of resources inside of a system, within a cluster, and across clusters is a bin-packing nightmare for hyperscalers and cloud builders. …
What is the most expensive component that hyperscalers and cloud builders put into their X86 servers? …
We have been excited about the possibilities of adding tiers of memory to systems, particularly persistent memories that are less expensive than DRAM but offer similar-enough performance and functionality to be useful. …
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