Research-Stack/airtable_optimal_configurations.csv
Brandon Schneider e5fb0a5f4d chore: commit accumulated working tree changes
Lean: update Semantics modules, add new numerics/physics data files
Hardware: update FPGA bitstreams (tangnano9k_uart_loopback)
Infra: k3s-flake tests, netcup-vps configuration, VCN compute substrate
Docs: ARCHITECTURE, specs, citation updates
2026-05-30 00:10:02 -05:00

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CSV

Configuration,Cost,Components,Operations/sec,Ops/$,Power (W),Use Case,Notes
$10 Optimal,$10,Raspberry Pi 2W + USB-C to SFP + PCIe Idle + HDMI TMDS + 1km Fiber Spool + $5 Display,36000000,3600000,12,Low-cost morphic field computing,3.6M ops/$ with infinite spatiotemporal memory via fiber
$100 Balanced,$100,Raspberry Pi 2W + USB-C to SFP + PCIe Idle + HDMI TMDS + 1km Fiber Spool + DisplayPort Texel + $5 Display,3236000000,32360000,212,General-purpose compute,Adds DisplayPort texel acceleration for 90x performance boost
$1K High-Performance,$1000,EPYC SP5 Fabric + PCIe Idle + HDMI TMDS + DisplayPort Texel + FPGA Probing,5801000000,5801000,215,Research cluster,Treat EPYC as unified fabric with TDMS acceleration
$10K Enterprise,$10000,EPYC SP5 Fabric + PCIe Idle + HDMI TMDS + DisplayPort Texel + FPGA Probing + NetworkRAM,5802000000,580200,220,Enterprise compute,Adds NetworkRAM for torsional state computation