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. …
With HPC and AI workloads only getting larger and demanding more compute power and bandwidth capabilities, system architects are trying to map out the best ways to feed the beast as they ponder future systems. …
Supercomputers are expensive, and getting increasingly so. Even if they are delivering impressive performance gains over the past decade, modern HPC workloads require an incredible amount of performance, and this is particularly true of any workload that is going to blend together traditional HPC simulation and modeling with some sort of machine learning training and inference. …
Flexibility is a kind of strength. It is just more subtle than brute force. …
Since 1965, the computer industry has relied on Moore’s Law to accelerate innovation, pushing more transistors into integrated circuits to improve computation performance. …
It took decades for server virtualization to go mainstream, making their way from hardware and software partitions on mainframes three decades ago down to proprietary and Unix systems two decades ago to X86 servers with VMware, XenServer, Microsoft, and Red Hat all doing their part. …
It is a rare HPC cluster that is actually upgraded – meaning some of the components in the servers or the networks or the storage that comprise the system are swapped out somewhere about halfway through its lifecycle and replaced with cheaper, faster, or more capacious components. …
For enterprises that want to take their compute, storage and networking, create fluid pools of datacenter resources and then use software to deploy and use them as needed, Hewlett Packard Enterprise for the past few years have offered them its Synergy composable appliances that include all that hardware capabilities as well as software like OneView for IT management. …
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