Best local AI models for NVIDIA Quadro K2000D

2 GB GDDR5. At a 4k context, 56 of the 233 models in our catalog with verified parameter counts fit fully, up to Allegro at 2.8B parameters.

Check your own machine against every model →

The largest models that fit fully

The 30 largest of the 56 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.

ModelParametersBest quant that fitsMemory used at 4k
Allegro2.8BQ4_K_M2 GB
Open-Sora Plan2.7BQ4_K_M2 GB
LFM2 1.2B / 2.6B2.6BQ4_K_M1.9 GB
Playground v2.52.6BQ4_K_M1.9 GB
Stable Diffusion 3.5 Medium2.5BQ4_K_M1.8 GB
Canary 1B / Qwen-2.5B2.5BQ4_K_M1.8 GB
SeamlessM4T v22.3BQ5_K_M2 GB
Parler-TTS2.2BQ5_K_M1.9 GB
Kimi K3 DSpark2.2BQ5_K_M2 GB
SmolVLM 256M / 500M / 2B2BQ6_K2 GB
Stable Diffusion 3 Medium2BQ6_K2 GB
Pyramid Flow2BQ6_K2 GB
Wav2Vec2 / XLS-R2BQ6_K2 GB
Moondream 21.9BQ6_K1.9 GB
Qwen3 1.7B1.7BQ6_K1.7 GB
SmolLM2 135M / 360M / 1.7B1.7BQ6_K1.7 GB
StableLM 2 1.6B1.6BQ8_02 GB
Sana 0.6B / 1.6B1.6BQ8_02 GB
Zonos 0.11.6BQ8_02 GB
Dia 1.6B1.6BQ8_02 GB
Whisper Large v31.55BQ8_02 GB
ControlNet / T2I-Adapter / IP-Adapter1.5BQ8_01.9 GB
Hunyuan-DiT1.5BQ8_01.9 GB
Stable Video Diffusion1.5BQ8_01.9 GB
Whisper Large v2 / turbo1.5BQ8_01.9 GB
AudioGen1.5BQ8_01.9 GB
AudioLDM 21.5BQ8_01.9 GB
Tango 21.4BQ8_01.8 GB
TinyLlama 1.1B1.1BQ8_01.4 GB
SantaCoder 1.1B1.1BQ8_01.4 GB

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.

ModelParametersMemory at Q4_K_MSystem RAM at 4k
SmolLM3 3B3B2.2 GB needed4.2 GB
Replit Code v1.5 3B3B2.2 GB needed4.2 GB
Kandinsky 3.13B2.2 GB needed4.2 GB
Voxtral Mini / Small3B2.2 GB needed4.2 GB
Orpheus TTS3B2.2 GB needed4.2 GB
Higgs Audio v23B2.2 GB needed4.2 GB
MusicGen small/medium/large3.3B2.4 GB needed4.4 GB
Stable Diffusion XL3.417B4.1 GB needed6.1 GB
SDXL Turbo3.5B2.6 GB needed4.6 GB
SDXL Lightning3.5B2.6 GB needed4.6 GB

How to read this

The NVIDIA Quadro K2000D is an entry level workstation graphics card equipped with 2 GB of GDDR5 memory. This onboard memory capacity dictates the size of the artificial intelligence models you can run locally. To fit within this 2 GB limit, models must either be highly compact or compressed using quantization techniques. Running models entirely within your video memory ensures the fastest possible processing speeds.

The quantization column indicates the specific compression level used to shrink each model. For example, the 2.8B Allegro model fits into 2 GB of video memory when using the Q4_K_M quantization. Smaller models like the 2B Stable Diffusion 3 Medium can run at a higher quality Q6_K quantization while still using 2 GB. Ultra compact models such as the 1.1B TinyLlama use the Q8_0 quantization and require only 1.4 GB of video memory.

When a model exceeds the 2 GB physical limit of your graphics card, you must offload a portion of the workload to your system RAM. For instance, running the 3B SmolLM3 requires 2.2 GB of video memory at Q4_K_M quantization and an additional 4.2 GB of system RAM. This offloading process allows you to run larger models like the 3.5B SDXL Turbo, but it significantly reduces processing speed because system RAM is much slower than GDDR5 video memory.

Hardware limitations also affect text generation length. The memory figures listed assume a standard 4k context window. If you increase the context length to process longer documents or extended conversations, the memory usage will rise. This extra memory demand can push a fitting model over the 2 GB threshold, forcing your system to slow down or fail to run the model.

You can choose from many model types depending on your needs. For image generation, Stable Diffusion 3.5 Medium fits in 1.8 GB of video memory using Q4_K_M. For audio and speech tasks, Whisper Large v3 fits in 2 GB of video memory using Q8_0. These options allow the NVIDIA Quadro K2000D to handle diverse local AI workloads within its strict hardware boundaries.