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Hardware sheet

PC with an RTX 4060 8 GB

NVIDIA graphics card8 GiB272 GB/s15.0 TFLOPS

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Once the system takes its share, this machine leaves 7.20 GiB for the model: room for 7 of the 26 models we measure at the reference compression, and the heaviest one that fits is qwen3.5-9b. And how fast does it answer? That’s not down to the chip, but to its 272 GB/s of memory bandwidth.

At a glanceMachine data · 2026-10-09
Left for the model7.20 GiB
Memory bandwidth272 GB/s
Models that fit7 / 26
Heaviest model it takesqwen3.5-9b
7.20 GiB

Left for the model

Estimated

272 GB/s

Memory bandwidth

Estimated

7 / 26

Models that fit

Measured by Local AI Scope

Videos

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Memory

The memory you can actually use

This is why the number on the box is not the number you get. The desktop, the compositor and the graphics context never give their share back, and a model that does not leave them room does not load — it crashes.

How the memory on the box turns into memory you can use
Memory GiB
Memory on the box 8
Reserved for the system −0.80
Left for the model 7.20
What the PC with an RTX 4060 8 GB really has free for a modelHorizontal bar of the 8 GiB of the PC with an RTX 4060 8 GB, split into 0.8 GiB for the system, 5.3 GiB for the qwen3.5-9b model, 1.0 GiB for the context and 0.9 GiB free.08 GiBSystem: 0.8 GiBSystem 0.8Model: 5.3 GiBModel5.3Context (8,192): 1.0 GiBContext (8,192) 1.0Headroom: 0.9 GiBHeadroom 0.9
Of the 8 GiB the machine has, 0.8 GiB never reach the model. The bar shows qwen3.5-9b at Q4_K_M, the largest of the 26 models in the dataset that still fits at a 8,192-token context, and the KV cache that context needs — computed layer by layer, not with the usual rule of thumb.
Speed

Memory bandwidth

Two different limits, and they are easy to mix up. While the model is writing its answer, bandwidth rules: every token means reading the weights it uses again — all of them in a dense model; in a mixture of experts, the shared layers plus only the active experts — so tokens per second is roughly bandwidth divided by that amount. While the model is reading your document, compute rules: the whole input is processed at once. That is why a laptop with no GPU can take minutes before the first word appears and then type at a tolerable pace.

272 GB/s — Derived, not published by the manufacturer · the manufacturer publishes the bus width but neither the memory speed nor the bandwidth. This figure is the usual arithmetic derivation (17 Gbps x 128 bit / 8 = 272 GB/s) and we could not confirm it at source (Source).

Compute: 15.0 TFLOPS (FP32 shader TFLOPS) — Vendor declared, under a different name · the manufacturer publishes this number as FP32 shader TFLOPS, not as FP16; checked against the manufacturer’s page on 2026-08-25 (Source). The figures in this line do not all come from the same measure across machines, because each manufacturer publishes a different one. Compare them between machines only with that in mind.

Fit

Which models fit here, and which do not

Fitting means three things at once fit in the memory left over: the model file, its context memory, and the runtime’s working headroom. Context memory is computed from each model’s declared attention pattern layer by layer, not from the generic formula — which is why several models fit here that the generic formula would rule out.

Every measured model against this machine: size, whether it fits at each context, and the largest context it holds
Model Compression shown Model size 8k 32k 128k Largest context that fits
qwen3-1.7b Q4_K_M 1.03 GiB yes yes — 32k
qwen3-4b-2507 Q4_K_M 2.33 GiB yes no no 16k
gemma4-e2b Q4_K_M 2.89 GiB yes yes yes 128k
gemma4-e4b Q4_K_M 4.63 GiB yes yes no 32k
qwen3-8b Q4_K_M 4.68 GiB yes no — 8k
granite-4.2-8b Q4_K_M 4.98 GiB yes no no 8k
qwen3.5-9b Q4_K_M 5.29 GiB yes no no 16k
gemma4-12b Q4_K_M 6.63 GiB no no no —
gpt-oss-20b Q4_K_M 10.83 GiB no no no —
mistral-small-24b Q4_K_M 13.35 GiB no no no —
qwen3.8-27b Q4_K_M 15.33 GiB no no no —
muse-glimmer-30b Q4_K_M 15.61 GiB no no no —
qwen3.6-27b Q4_K_M 15.66 GiB no no no —
gemma4-26b-a4b Q4_K_M 15.78 GiB no no no —
gemma4-31b Q4_K_M 17.07 GiB no no no —
qwen3-coder-30b Q4_K_M 17.28 GiB no no no —
qwen3.6-35b-a3b Q4_K_M 20.61 GiB no no no —
flint-40b Q4_K_M 23.61 GiB no no no —
nemotron-3.5-lightning-30b Q4_K_M 23.73 GiB no no no —
gpt-oss-120b Q4_K_M 58.46 GiB no no no —
llama4-scout-17b Q4_K_M 60.87 GiB no no no —
nemotron-3.5-super-120b Q4_K_M 65.29 GiB no no no —
qwen3.8-flash-next IQ4_XS 87.25 GiB no no no —
deepseek-v4-flash IQ4_XS 127.28 GiB no no no —
glm-5.3-flash Q4_K_M 187.04 GiB no no no —
glm-5.2 Q4_K_M 433.83 GiB no no no —

Sizes are the real published files at the reference compression, one step per row: Q4_K_M where the author publishes it, the nearest neighbour where they do not. Every row states which one it is showing. Q4_K_M is our quality floor: below it the loss is audible in the answers. A model that would only fit here at a harsher compression is listed as not fitting, on purpose. A dash in a context column means the model itself does not offer that context, so there is nothing to fit.

Models that fit — 7 of the 26 models measured

Models that do not fit — 19 of the 26 models measured

Willing to compress a bit more? Then not everything on this list is out of reach. In the 7.20 GiB of VRAM left for the model, gemma4-12b runs at IQ4_XS (5.94 GiB) with up to 8k tokens of context. Below the compression in the table a model loses quality; that is why our count sticks to the table.

The machines on either side

Price

Price and availability

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There is no price: this row is a class of machine, not a single product with a price list.

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