Ternary Bonsai 2 27B: Architecture, Benchmark Reality, and Runtime Limits
Prism ML’s Ternary Bonsai 2 27B compresses Qwen3.8 into 5.9GB at 1.76 bits per weight. Here is how the math works and what independent testing reveals.
· 10 minCovers AI application security, model risk, and agentic system abuse.
Prism ML’s Ternary Bonsai 2 27B compresses Qwen3.8 into 5.9GB at 1.76 bits per weight. Here is how the math works and what independent testing reveals.
· 10 minOne is a portable inference engine, the other an array framework that also trains — and that single difference settles almost every practical question.
· 13 minYour agent re-sends the same long prefix on every step and pays to recompute it. Here is the KV mechanism, the ordering rule it forces, and the break-even math.
· 11 minDecode is memory-bound, so checking several tokens in one pass is nearly free. Here is the mechanism, the arithmetic behind it, and why quality never moves.
· 11 minPrompting for JSON gets you high-90s reliability; a grammar-driven token mask gets you a guarantee. The mechanism, the real costs, and where it still fails.
· 13 minYour retriever found the right chunk and buried it at rank 31. A cross-encoder second pass fixes ordering without touching recall, and here is how to size it.
· 10 minDimension count, sequence length and model size decide your index memory, chunk limits and ingest hours. A framework that prices the retrieval quality you buy.
· 13 minMost retrieval bugs are split bugs. A working reference on overlap, structure-aware and small-to-big splitting, with concrete defaults you can tune from.
· 13 min