estimate, except measured file sizes
Can I run OrcaCyber Nano 1.0 locally?
27B parameters. Parameter count is the published figure.
- Licence:
- Other (custom, not stated publicly) source
- Context:
- 262,144 tokens
- Modality:
- text + image/video in, text out
- Released:
- source
What it is
OrcaRouter's dense 27B vision-language model for defensive security work (reverse engineering, vulnerability analysis, secure code review, triage). Ships only as GGUF. The card says: "Loads in stock llama.cpp — no custom kernels". Text, image and video in, text out. Context 262,144. Hugging Face metadata says license: other, and the download is gated (accept the terms; auto-approval). No licence text is public. That is not Apache, MIT, or a Qwen licence. The card does not name the pretrained base. Do not read the Qwen3.5-shaped stack as a claim that this is a Qwen fine-tune. Architecture on the card: Qwen3_5ForConditionalGeneration, 64 layers, hidden size 5120, 48 linear-attention layers and 16 full-attention layers. KV heads (4) and head dim (256) are not on the card; the config is gated. Those two figures are assumed from the Qwen3.5-27B config, which has the same 64 layers, hidden size 5120 and full_attention_interval 4. KV dims assumed from Qwen3.5-27B architecture; OrcaCyber config is gated. Linear-attention layers are stored with a sliding window of 0 so this formula gives them no token KV. The KV figure uses only the 16 full-attention layers and is an estimate. Mix-15.7G is 15.70 GB and Mix-13G is 12.99 GB (decimal GB, Hugging Face file listing, 18 Oct 2026). About 4.65 and 3.85 bits per weight, estimated from 27B parameters. Vendor custom mixes, not Q4_K_M. The memory table does not include the vision projector or the drafter: +0.93 GB vision projector (mmproj F16) for image input; +2.06 GB optional DFlash2 drafter. The card says Mix-13G "fits a 16 GB card with the MTP drafter" and points Mix-15.7G at a "24 GB+ card". That is the vendor's guidance, not this site's fit score. An MTP head is built into both main files. Not in the Ollama library on 18 Oct 2026. Vendor-reported, unverified: AIME 2025 96.23% and MATH-500 98.60%. The card says the evaluation harness is being finalized.
Parameter source · Architecture source · Model page
Memory per quant
KV is at 8,192 tokens. Overhead is 0.8 GB. Both are estimates. A measured file size is labelled. The last column is the cheapest machine that fits the total fully.
| Quant | File size | KV at 8K | +0.8 overhead | Total | Cheapest full fit |
|---|---|---|---|---|---|
| Mix-15.7G | 15.7 GB measured GGUF | 0.5 GB est. | 0.8 GB est. | 17.0 GB est. | GeForce RTX 3090 24GB, €1,224 (used (median of sold listings)) |
| Mix-13G | 13.0 GB measured GGUF | 0.5 GB est. | 0.8 GB est. | 14.3 GB est. | Radeon RX 9060 XT 16GB, €564 (new (lowest in-stock DE board)) |
Cheapest rig that fits
Mix-15.7G, full: GeForce RTX 3090 24GB, €1,224 (used (median of sold listings))
Mix-15.7G, slow, partly in system RAM: Budget PC with RTX 3060 12GB, slow, partly in system RAM, €1,357 (estimate)
Mix-13G (smallest file), full: Radeon RX 9060 XT 16GB, €564 (new (lowest in-stock DE board))
Mix-13G (smallest file), slow, partly in system RAM: Budget PC with RTX 3060 12GB, slow, partly in system RAM, €1,357 (estimate)
Prices moved: see Building a local LLM rig in the RAMageddon.
On a specific GPU
- OrcaCyber Nano 1.0 on RTX 3060 12GB
- OrcaCyber Nano 1.0 on RTX 4060 Ti 16GB
- OrcaCyber Nano 1.0 on RTX 3090
- OrcaCyber Nano 1.0 on RTX 4090
- OrcaCyber Nano 1.0 on RTX 5080
- OrcaCyber Nano 1.0 on RTX 5090
- OrcaCyber Nano 1.0 on RX 7900 XTX
- OrcaCyber Nano 1.0 on Dual RTX 3090
- OrcaCyber Nano 1.0 on Dual RTX 4090
Rig Report waitlist
A written hardware plan for one model and budget. Planned price, not for sale yet.
Sign up with consent and download GPU Buying Cheat Sheet (EU, Oct 2026). The file is not emailed.
Read next: Building a local LLM rig in the RAMageddon.