Models / JEV-27B-VL

The decision model that can see. JEV-27B-VL adds a vision encoder to the Jev line: a robot-arm camera frame or a browser screenshot in, a probability for every allowed action out, one forward pass at up to a 262k context. 1.53 million downloads and 2,496 likes make it the most-adopted model of the October decision wave, Apache 2.0 on the Qwen3.5 27B backbone (64 layers, GQA 4x256).

The robot and the browser are the same workload. The card’s own demos show a physical pick-and-place at about 240 milliseconds per decision and headless-Chromium computer use finishing 95 percent of 60 multi-step tasks - both are “look at pixels, score the allowed actions” before a policy layer commits. For agent stacks the practical use is action-gating: the LLM proposes, JEV-VL scores the option set in one pass, the harness acts only on high-confidence scores and asks a bigger model otherwise. 15.9GB of q4 weights plus 256MB per 1,000 tokens of cache lands it on 24GB cards for real contexts.

Where it sits. Jev (flagship reasoning) proved typed decisions at model-scale; Jeff distilled it to 2B; the October wave industrialized the shape, and the -VL variant is the one that closes the loop on agents that act in the world instead of only in text.

decision-model vision agentic classification
Parameters
27.8B
Context
262k
License
apache 2.0
Developer
AutoTrust
Origin
🇺🇸 USA
Released
Sep 2026

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Guides covering JEV-27B-VL

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Run it locally

Per-quant memory needs and a static "can you run it?" reference - no rig entry required

Q4_K_M
15.9GB 16.0GB min 24.0GB rec
Balanced - the usual local sweet spot
FP16
55.6GB 56.0GB min 64.0GB rec
Full quality, largest

The reference hardware

Schematic of the NVIDIA Jetson Orin NX 16GB reference rig - 16GB unified memory, 102 GB/s aggregate bandwidth
Schematic of the Single GTX 1080 Ti (11GB) reference rig - 11GB VRAM, 484 GB/s aggregate bandwidth
Schematic of the 4x H100 80GB (320GB) reference rig - 320GB VRAM, 13400 GB/s aggregate bandwidth
Schematic of the NVIDIA DGX Station 748GB reference rig - 748GB unified memory, 8000 GB/s aggregate bandwidth
Schematic of the 8x RTX 3090 rack (192GB) reference rig - 192GB VRAM, 7489 GB/s aggregate bandwidth
Schematic of the 4x RTX 5090 (128GB) reference rig - 128GB VRAM, 7168 GB/s aggregate bandwidth
Schematic of the AMD Instinct MI300X (192GB) reference rig - 192GB VRAM, 5324 GB/s aggregate bandwidth
Schematic of the 4x RTX 4090 (96GB) reference rig - 96GB VRAM, 4032 GB/s aggregate bandwidth
Schematic of the 2x RTX 5090 (64GB) reference rig - 64GB VRAM, 3584 GB/s aggregate bandwidth
Schematic of the 2x RTX 3090 (48GB) reference rig - 48GB VRAM, 1872 GB/s aggregate bandwidth
Schematic of the Single RTX 5090 (32GB) reference rig - 32GB VRAM, 1792 GB/s aggregate bandwidth
Schematic of the RTX PRO 6000 Blackwell (96GB) reference rig - 96GB VRAM, 1792 GB/s aggregate bandwidth
Schematic of the Mac Studio M4 Ultra 192GB reference rig - 192GB unified memory, 1092 GB/s aggregate bandwidth
Schematic of the Mac Studio M4 Ultra 512GB reference rig - 512GB unified memory, 1092 GB/s aggregate bandwidth
Schematic of the Single RTX 4090 (24GB) reference rig - 24GB VRAM, 1008 GB/s aggregate bandwidth
Schematic of the MacBook Pro M5 Max 128GB reference rig - 128GB unified memory, 614 GB/s aggregate bandwidth
Schematic of the Dual EPYC 9004 + 768GB DDR5-4800 reference rig - 768GB unified memory, 460 GB/s aggregate bandwidth
Schematic of the DGX Spark 128GB unified reference rig - 128GB unified memory, 273 GB/s aggregate bandwidth
Schematic of the Ryzen AI Max+ 395 128GB reference rig - 128GB unified memory, 256 GB/s aggregate bandwidth
Schematic of the Jetson AGX Orin 64GB reference rig - 64GB unified memory, 204 GB/s aggregate bandwidth
Schematic of the Epyc + 512GB DDR4-3200 + 2x RTX 3090 reference rig - 560GB unified memory, 204 GB/s aggregate bandwidth
Schematic of the Epyc + 512GB DDR4-2400 + 2x RTX 3090 reference rig - 560GB unified memory, 153 GB/s aggregate bandwidth

22 reference configs, drawn in-house. Scroll for more.

Can you run it? - reference rigs

Rig Q4_K_M FP16
NVIDIA Jetson Orin NX 16GB tight no -> cloud
Single GTX 1080 Ti (11GB) offload no -> cloud
4x H100 80GB (320GB) fast 435.5t/s fast 130.2t/s
NVIDIA DGX Station 748GB fast 260.0t/s fast 77.7t/s
8x RTX 3090 rack (192GB) fast 243.4t/s fast 72.8t/s
4x RTX 5090 (128GB) fast 233.0t/s fast 69.6t/s
AMD Instinct MI300X (192GB) fast 173.1t/s fast 51.7t/s
4x RTX 4090 (96GB) fast 131.0t/s fast 39.2t/s
2x RTX 5090 (64GB) fast 116.5t/s fast 34.8t/s
2x RTX 3090 (48GB) fast 60.9t/s offload
Single RTX 5090 (32GB) fast 58.2t/s no -> cloud
RTX PRO 6000 Blackwell (96GB) fast 58.2t/s ok 17.4t/s
Mac Studio M4 Ultra 192GB fast 38.7t/s ok 11.6t/s
Mac Studio M4 Ultra 512GB fast 38.7t/s ok 11.6t/s
Single RTX 4090 (24GB) fast 32.8t/s no -> cloud
MacBook Pro M5 Max 128GB fast 21.8t/s slow 6.5t/s
Dual EPYC 9004 + 768GB DDR5-4800 ok 15.0t/s slow 4.5t/s
DGX Spark 128GB unified ok 8.9t/s slow 2.7t/s
Ryzen AI Max+ 395 128GB ok 8.3t/s slow 2.5t/s
Jetson AGX Orin 64GB slow 6.7t/s slow 2.0t/s
Epyc + 512GB DDR4-3200 + 2x RTX 3090 slow 6.7t/s slow 2.0t/s
Epyc + 512GB DDR4-2400 + 2x RTX 3090 slow 5.0t/s slow 1.5t/s

Fit tiers use the same will-it-run logic as the rig finder. For comfortable fits, the badge reflects decode speed: fast >=20 t/s, ok 8-20 t/s, slow <8 t/s. t/s is a bandwidth estimate, not a measured benchmark.

Download options

Q4_K_M community
15.9GB dl 16.0GB min 24.0GB rec
REC RAM vs largest quant
15.9GB q4 weights + KV 256MB/1k (64L x 4 kv x 256); full 262k ctx = ~67GB cache
FP16 official
55.6GB dl 56.0GB min 64.0GB rec
REC RAM vs largest quant
55.6GB fp16 weights + KV 256MB/1k

Or run it in the cloud

No per-token API provider pricing tracked for JEV-27B-VL yet. For flagship list prices, see the calculator.

PRICE HISTORY

Inference cost over time

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