HIP/ROCm fork optimized for AMD RDNA2 (gfx1030) with PrismML Q1_0_G128 1-bit quant support, RotorQuant, TurboQuant, EAGLE3 and P-EAGLE speculative decoding, and full Wave32 kernel optimizations.
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Updated
Jun 23, 2026 - C++
HIP/ROCm fork optimized for AMD RDNA2 (gfx1030) with PrismML Q1_0_G128 1-bit quant support, RotorQuant, TurboQuant, EAGLE3 and P-EAGLE speculative decoding, and full Wave32 kernel optimizations.
AMD ROCm (gfx1030) inference fork with RotorQuant/TurboQuant KV compression, PHANTOM-X zero-copy draft speculation, EAGLE3 speculative decoding, 12 RDNA2 crash fixes, and PrismML Bonsai Q1_0_G128 1-bit GGUF support.
Ternary Bonsai 2: New 0.4GB Vision AI With 310 Tokens/Sec Speed! - 100% private visual document scanner and PII redactor running locally.
Navigable Degeneracy in the Roots of 1-Bit Language Models
One-click Windows setup & launcher for PrismML Bonsai-demo — pick a model, everything else is automated.
Restart-proof KV cache for llama.cpp: 40K-token TTFT 155s→6s after reboot. llama-server 重启/关机后自动恢复 prompt 前缀缓存,不重算 prefill。
Ternary Bonsai 2 9B on a GTX 1080 (sm_61): +51% decode with bit-identical output (PrismML llama.cpp fork, PQ2_0 + MTP)
Local deployment of Ternary Bonsai 2 27B (PrismML 1.75-bit ternary quantized Qwen3.8 27B) on an RTX 4060 laptop — setup, benchmarks and notes
A local, air-gapped multi-agent coding harness: sequential agent roles on local models, tools in a Podman sandbox, and nothing red ever committed.
Byte-level reverse engineering of PrismML Ternary Bonsai 2 27B: 1.58-bit quantization, 42/128 zero mask, Hadamard rotation, GGUF formats, and fact-checked benchmarks.
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