Move over GeForce RTX 5090, there's a new king in town. That's the Nvidia RTX Pro 6000 Blackwell Workstation edition, which is more powerful (and much more expensive!) than the RTX 5090. While the 96GB of ECC-capable VRAM is designed for AI, CAD, 3D modeling, and other professional workloads, the first question I had was "can it game?"

After all, Nvidia can't have forgotten about gamers, and the Pro cards are still compatible with G-Sync, frame generation, and DLSS. We got our hands on one, and I've been feverishly benchmarking it vs an AIB RTX 5090, and it spanks the flagship consumer card. Not by much on some games, but others have a much wider delta. Again, you'll pay for the extra fps, but with GPU prices being what they are now, the gap is much smaller than it was at launch for the $10,000 Pro graphics card.

Nvidia's RTX Pro 6000 Blackwell is beastly

96GB of GDDR7 VRAM to stuff with gaming textures

The RTX Pro 6000 is based on the GB202 GPU die used by the RTX 5090, so you might expect similar performance. But what you get here is a near-perfect die with more cores enabled and a whopping 96GB of GDDR7 memory for some insane bandwidth.

One quick note, it doesn't support the Game Ready drivers that the RTX 5090 does, but that just means per-game tweaks might not be available for newer games. I tried to mitigate this by using older games with mature ray tracing and DLSS implementations, and the workstation drivers are still capable of handling Nvidia's technology stack.

The RTX 5090 is no slouch, either

The Nvidia GeForce RTX 5090 isn't that far behind the workstation bigger brother, with roughly three thousand shader units fewer. That's not a huge amount, considering it's hard to push the 5090 to full utilization. The additional 18 ray-tracing cores on the RTX Pro 6000 might be more beneficial for gaming, but that depends on the other components being able to feed the GPU data.

More specifically, I'm using the Gigabyte GeForce RTX 5090 Gaming OC, partly because it's the only 5090 I have on hand, but also because it's one of the better ones. If I wanted, I could flash the unlocked VBIOS onto it and set it up to pull 800W or more from the 12VHPWR cable, but I'm keeping things stock because I don't want anything to melt.

Let's talk test platform

Because a GPU is useless on its own

All testing was performed on the same system, with only the GPU swapped out after a full set of benchmark runs. As befitting the two behemoth GPUs used, the rest of the test system was equally impressive.

All testing was also done at 3440x1440 on an Alienware QD-OLED ultrawide. Neither of these GPUs should have any issues with the resolution, and we're trying to put them to work, so I'm not even going to entertain running anything at 1080p. This is a shootout from the top tiers of professional and consumer GPUs from Team Green, and should be treated with respect.

All systems go!

Time to put the Blackwell Beast through its paces

Okay, using a professional workstation graphics card to play games seems a little bit overkill, but we like a bit of that sometimes. This is the best GPU you can buy from retail while still using consumer platforms to run it, and with all that VRAM, it should chew up and spit out any game that it chooses. And it does, with every game with at least a modest improvement to fps scores.

Some games outperformed what I'd expected, with Wukong and Star Wars Outlaws both zooming ahead when ray tracing was cranked up. Maybe that's not such a surprise, as the additional cores and memory bandwidth really come in clutch here, but most games were closer to 10% on average.

Professional GPUs can still push out the frames

The line between Nvidia's consumer and prosumer GPUs has always been a little blurry, first with the Titan range sitting above the xx80 cards, and then with the introduction of the xx90 tier to replace that. But the RTX Pro 6000 is another bump above that, built for demanding server and workstation tasks that require the right tools, regardless of cost. Even at the reduced price since launch, it's still over twice the cost of a RTX 5090, but then again if you absolutely need the VRAM, it has no equal.