Best local AI models for AMD HD 7730

The largest models that fit fully

The 28 largest of the 28 models that fit; every smaller model in the catalog fits too. Best quant means the highest quality compression whose weights and 4k context both sit inside the memory.

Close, but only with CPU offload

These need more than the card holds at their smallest practical quant, so part of the model runs from system memory (figures assume 32 GB of it). They work, several times slower.

How to read this

The AMD HD 7730 carries 1 GB of GDDR5 video memory, and that number, more than the chip itself, decides which language models it can hold. A model only runs well when its weights and its working context both sit inside that memory.

Of the 233 models in our catalog with verified parameter counts, 28 fit this card fully at a 4k context. The largest is Tango 2 at 1.4B parameters, which fits at Q4_K_M using 1 GB. Below it sit models like Gemma 3 1B at 1B, which fits at Q6_K in 1 GB, with room to spare for a longer context.

The quant column matters as much as the parameter count. A quant is a compressed copy of the model: Q4_K_M is the practical floor most people run, Q5_K_M and Q6_K trade a little more memory for measurably better output, Q8_0 is close to lossless, and FP16 is the uncompressed original. The table lists the best quant that fully fits this card for each model, so a model shown at Q4_K_M is at its limit here, while one shown at Q8_0 or FP16 has headroom you can spend on a longer context instead.

The close but does not fit list holds models whose weights spill into system memory. Stable Diffusion 1.5 at 1.07B needs 1.3 GB of video memory at FP8 / optimized, so on this card part of it runs from system RAM (the figures assume 32 GB of it). That works, and it is how many people run models one size above their card, but every token then waits on system memory bandwidth, so expect output several times slower than a model that fits fully.

Every figure on this page comes from the same calculator the verdict pages use: file sizes are calibrated against published GGUF releases, the context cost is computed from each model's own attention shape, and the fit is measured at a 4k context. Doubling the context roughly doubles the context cost, so a model listed here at its limit will not hold a 16k conversation on this card. Numbers you can check beat adjectives, so nothing on this page says fast or smooth; it says fits, spills, or does not fit.

If you want this table computed against your own machine instead of this card alone, upload your DxDiag on the AI models page and every model gets a verdict for your exact memory, processor and system RAM, including the quant table and a context length slider. The card is only part of the answer; free memory at run time, background load and the runtime you choose all move the practical limit a little.