MiniPCs.zip – Charting the Pareto frontier of Mini PCs
The overall idea is to chart out the thousands of Mini PCs by benchmark and reveal the Pareto Front so you can get the most Compute per Dollar. Definitely a labor of love as I have a number of Mini PCs for my "homelab" (TrueNAS, piHole, Plex, basic stuff). It uses Gemini to extract specs from listings (since they're not often strongly categorized). Quick blog post here: https://luke.zip/posts/pareto-pcs/
In plain words
MiniPCs.zip helps users find the best value mini PCs by analyzing thousands of models and identifying the Pareto frontier—the optimal balance of performance and price. Using AI to extract specifications from product listings, it creates a benchmark comparison chart that reveals which mini PCs deliver the most computing power per dollar. The tool is designed for homelab enthusiasts building systems for tasks like network storage, ad-blocking, and media servers.
written from the facts on this page · September 2026
Does the same job
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RISC-V's compressed instruction (RVC) extension is intended as an add-on to the regular, 32-bit instruction set, not a replacement or competitor. Its designers intended RVC instructions to be expanded into regular 32-bit RV32I equivalents via a pre-decoder. What happens if we explicitly architect a RISC-V CPU to execute RVC instructions, and "mop up" any RV32I instructions that aren't convenient via a microcode layer? What architectural optimizations are unlocked as a result? "Minimax" is an experimental RISC-V implementation intended to establish if an RVC-optimized CPU is, in practice, any…
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