Device for chips: 1000x acceleration without overheating https://sudonull.com/device-for-chips-1000x-acceleration-without-overheating
A new device based on the antiferromagnet Mn3Sn from scientists at the University of Tokyo allows processors to work 1000 times faster without heating. Learn how spintronics will change data centers and AI chips by 2030.
LLM Wiki for Personal Knowledge Base: The Harm of Automating Reflection https://sudonull.com/llm-wiki-for-personal-knowledge-base-the-harm-of-automating-reflection
Why Automating Note-Taking in a Personal Knowledge Base Harms Thinking? Learn How to Preserve the Reflective Function and Properly Integrate AI. Read the Analysis.
Branch prediction in the processor: how to speed up code and avoid errors https://sudonull.com/branch-prediction-in-the-processor-how-to-speed-up-code-and-avoid-errors
Explanation of branch prediction in CPU, impact on performance, optimization methods and Spectre vulnerability. Learn how to speed up code.
Multithreaded RISC-V soft-processor for FPGA https://sudonull.com/multithreaded-risc-v-soft-processor-for-fpga
Implementation of hardware multithreading in RISC-V soft-core: shadow registers, hart_table, CSR. Simplification of IRQ and context switching. Verilog sources for FPGA.
NASA and Microchip Processor: RISC-V Revolution 100 Times More Powerful https://sudonull.com/nasa-and-microchip-processor-risc-v-revolution-100-times-more-powerful
Breaking Down the NASA and Microchip Deal: New HPSC Processor on RISC-V Architecture 500 Times More Efficient for Space. Learn Why This Changes the US Defense Market.