Interesting: Modular High-Performance Computing Using Chiplets
“The hypothesis developed is to use chiplets to extend the functional and physical modularity of modern HPC systems to within the semiconductor package. This planning can reduce the complexity and cost of assembling chiplets into an ASIC product and make it easier to build multiple product variants.”
https://www.computer.org/csdl/magazine/cs/2023/06/10566112/1XVDkJBOvAI?source=cedge0625&vgo_ee=sR6rzELZYbyL6qNrEClTpwKgrtoJ368NPRhtSmNi4hKjEw%3D%3D:hsGgpCuBvZGO%2F7a%2Bl3a0M7ceLmviBYf9
kcarruthers /
npub148…zrxt5
2024-06-25 23:17:23
Author Public Key
npub148mz0eqvgw9cmpx9qlsmvgscke8s5c7drng4sz4ahn00k9wslg3qmzrxt5Published at
2024-06-25 23:17:23Event JSON
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"content": "Interesting: Modular High-Performance Computing Using Chiplets\n\n“The hypothesis developed is to use chiplets to extend the functional and physical modularity of modern HPC systems to within the semiconductor package. This planning can reduce the complexity and cost of assembling chiplets into an ASIC product and make it easier to build multiple product variants.”\n\nhttps://www.computer.org/csdl/magazine/cs/2023/06/10566112/1XVDkJBOvAI?source=cedge0625\u0026vgo_ee=sR6rzELZYbyL6qNrEClTpwKgrtoJ368NPRhtSmNi4hKjEw%3D%3D:hsGgpCuBvZGO%2F7a%2Bl3a0M7ceLmviBYf9",
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