… registry counts current
- blog: Zyphra's whole family (74B, legacy base models, ZAYA1-VL, Zamba*),
four older architectures, MoE experts from the drive, deterministic HRX
decode, ONNX on the GPU; every number from a committed doc.
- docs/vulkan.md: the four older architectures from our llama.cpp (#138),
with their FP32 agreement.
- docs/registry.md: counts at the current pins (323 mapped; was 265), and
what mapped means.
- registry: regenerated for ZINC 29bc350 (#132); counts unchanged.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Brings 1bit.gg up to date with this week's work.
Blog post
2026-09-26-zyphra-family-old-architectures-experts-from-the-drive:--moe-slotsstreaming;Every number comes from a committed doc or a merged PR, with links.
docs/vulkan.md: a section on OPT, GPT-Neo, CodeGen and GPT-J from our llama.cpp (Pin llama.cpp 83e1c41: OPT, CodeGen, GPT-Neo, GPT-J and 48 sibling HF names #138). These had no docs; the FP32 agreement table comes from the PR.
docs/registry.md: the counts said 265 HF architectures (vulkan 265, hrx 246, zinc 44). At the current pins they are 323 / 323 / 300 / 64. The line now also says what "mapped" means, per CONTRIBUTING rule 3.
registry/architectures.json: regenerated for ZINC
29bc350, bumped in Bump ZINC: zolotukhin/zinc 29bc350ac4cb #132 without a regeneration. The counts are unchanged; the gap check passes.tools/site.pybuilds 34 pages. The post's links and the four anchors it uses resolve.🤖 Generated with Claude Code