hf.co/mradermacher/Hy-MT2-1.8B-GGUF:Q3_K_S
mradermacher · Q3_K_S · on ollama · quantizer build
Measured by one node on hardware we do not own, and signed by each of them. What machines here actually proved — never what the card claims.
matrix built 15 Nov 2026 · every field verified against the signature of the node that produced it, and re-verifiable by you: each signed figure carries the exact bytes the node signed (signing_payload_b64) and the signature over them, and the ed25519 public key is embedded in node_did. effective_ctx is the context length a node PROVED by recall, never the length a model card advertisesHow far back it remembers, machine by machine
Filled: the needle came back at that prompt size · outlined: asked and lost · blank: not asked · trained for 256K. 1 walk ended because the model forgot, 0 because the machine could not hold the prompt.
| machine · build | 4K | why it stopped |
|---|---|---|
| Keshav AgarwalIntel(R) Iris(R) Xe Graphics · Q3_K_S by mradermacher | — the model lost the needle at 4K |
Carbon per million tokens
Lowest build on each machine · 0 of 1 read off a power sensor, the rest modelled from the parts · fewer grams is better
Carbon is location-based: signed energy × the yearly average of the grid where the machine signed its place (India grid average; Ember Global Electricity Review 2025 (2024 generation), location-based). Facility overhead is not included. A machine on its own solar is not credited until it can prove it.
Tell us the workload, whose machines it should run on, and which jurisdiction it answers to.