NV NVIDIA Consumer Unified memory

NVIDIA GeForce RTX 2050

Runs downloadable LLMs up to ~7B at Q4, ~18.3-21.8 tok/s on an 8B model.

NV
8GB · 112 GB/s
8GB
Unified memory
112
GB/s bandwidth
7B
Max model (Q4)

What you can run

At 8k context, FP16 KV. Full-speed tok/s holds up to "max ctx"; beyond it the context spills to SSD swap and drops to the degraded figure.

Model sizeFP16Q8Q4
3B won't run 27.3-32.5 t/s
≤31k ctx · then ~2.4-2.9 (slow)
48.7-58 t/s
≤51k ctx · then ~4.3-5.2 (slow)
7-8B won't run won't run 18.3-21.8 t/s
≤4k ctx · then ~1.6-1.9 (slow)
13B won't run won't run won't run
32B won't run won't run won't run
70B won't run won't run won't run
120B won't run won't run won't run
400B won't run won't run won't run

Estimate: tok/s ≈ bandwidth ÷ (params × bytes/param) × efficiency (NVIDIA). Cyan = fits ~6.5 GB usable. Beyond "ctx", KV spills to SSD swap (rough degraded speed shown).

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About the NVIDIA GeForce RTX 2050

NVIDIA GeForce RTX 2050 is a unified-memory system from NVIDIA, 2021. For local genAI the numbers that matter are its 8 GB (how big a model + context fits) and 112 GB/s bandwidth (generation speed).

Frequently asked questions

What size LLM can the NVIDIA GeForce RTX 2050 run?â–¶

With ~6.5 GB usable it runs up to ~7B at Q4 (~2B at FP16) at 8k context. Bigger spills into SSD swap and slows sharply.

How many tokens/sec does the NVIDIA GeForce RTX 2050 generate?â–¶

Generation is bandwidth-bound. At 112 GB/s an 8B model at Q4 runs ~18.3-21.8 tok/s (estimate).

Why does long context slow it down?â–¶

The KV cache for the context must also fit fast memory; once weights+KV exceed 6.5 GB it spills to SSD swap and throughput collapses. Each row shows the max usable context.