NVIDIA RTX 6000 Ada Generation
NVIDIA · Enthusiast
The Ada Lovelace successor to the A6000, with 48GB of ECC memory, faster tensor cores, and FP8 support, aimed at professional and prosumer local AI.
Specifications
| VRAM | 48GB |
|---|---|
| Memory bandwidth | 960 GB/s |
| Power draw | 300W |
| Type | gpu |
A premium new-buy workstation card, into several thousand pounds. Verify current pricing.
NVIDIA RTX 6000 Ada Generation: common questions
- What models can the NVIDIA RTX 6000 Ada Generation run?
- With 48GB of VRAM it can run models up to roughly 77B parameters at a 4-bit quantisation, or smaller models with more context. Use the hardware matrix for specifics; these figures are approximate.
- How much power does the NVIDIA RTX 6000 Ada Generation draw?
- About 300W under load, so pair it with a power supply that has real headroom.
Strengths
- 48GB plus Ada FP8 tensor cores give strong single-card inference
- 960 GB/s bandwidth is a meaningful step up over the Ampere A6000
- A 300W draw keeps it workstation-friendly despite the performance
Weaknesses
- Very expensive new, with far worse cost-per-GB than consumer 24GB cards
- GDDR6 bandwidth still trails HBM data-centre GPUs for high-throughput serving
- No NVLink, so scaling beyond one card relies on slower PCIe
Featured in builds
Entry last verified 18 August 2026. Specifications and especially prices change; verify before buying.