NVIDIA GeForce RTX 3090 Ti 24GB GDDR6X

The RTX 3090 Ti is a VRAM monster with 24GB of GDDR6X and strong compute performance, making it a solid pick for AI and rendering workloads. It's power-hungry at 450W and runs warm, with efficiency and thermals well below average. Pricing is inconsistent, ranging from USD 2,185 to USD 2,900, so shop carefully and don't overpay. If you need 24GB of VRAM without flagship prices, this is worth a look. If you're just gaming, newer cards offer better value.

The raw numbers here are still impressive. PassMark G3D comes in at 29,275, which puts raster performance well above average. The compute side is where this card really shines though. We're looking at 35.58 FP32 TFLOPS and the same for FP16, which lands it in the 84th percentile for compute. That's not top of the charts anymore, but it's still a serious number for anyone doing GPU-accelerated work. The AI score of 72.1 out of 100 puts it in the 94th percentile for AI workloads, which makes sense given that 24GB of VRAM. You can fit models on this card that would choke a 16GB card.

The 936 GB/s memory bandwidth is a big deal for AI and rendering. That 384-bit bus means data moves fast, and when you're working with large datasets or high-res textures, that bandwidth matters more than raw core count sometimes. Ray tracing performance is solid too, with an RT score of 69.8 out of 100. It's not going to beat the newer RTX 50 series cards, but it'll handle ray-traced games at 1440p without breaking a sweat. The boost clock of 1695MHz isn't anything special by today's standards, but with 10,752 cores, the card makes up for it in sheer parallelism.

The RTX 3090 Ti is competing against some serious modern hardware now. The ASUS TUF Gaming RTX 5090 is the obvious elephant in the room. It's newer, faster, and more efficient, but it's also going to cost you significantly more. If you have the budget, the 5090 is the better card, period. But if you're looking for 24GB of VRAM without paying 5090 prices, the 3090 Ti starts to make sense. The Gigabyte AERO RTX 5080 is another interesting comparison. It has 16GB of VRAM, which is less than the 3090 Ti, but it's more efficient and likely faster in gaming workloads. For AI work, the 3090 Ti's extra VRAM could be the deciding factor.

The MSI Ventus RTX 5070 Ti and ZOTAC APOCALYPSE RTX 5080 are both newer cards that will beat the 3090 Ti in efficiency and likely in gaming performance at 1440p. But again, that 24GB of VRAM is the 3090 Ti's trump card. If you're running local LLMs or doing heavy rendering, VRAM capacity matters more than raw speed. The Sapphire NITRO+ is an AMD option that's worth a look if you're not tied to NVIDIA's ecosystem, though you'd lose CUDA support, which is a dealbreaker for many AI workflows. The trade-off is clear: the 3090 Ti gives you VRAM and compute at a lower price than the newest flagships, but you're giving up efficiency, thermals, and modern features.

Let's talk money, because this is where things get messy. The price spread on this card is genuinely wild. We're seeing USD 2,185 on the low end and USD 2,900 on the high end across just three US listings. That's a USD 715 difference for the same card, which tells me some sellers are still trying to cash in on the 3090 Ti's reputation while others are being more realistic. If you're shopping for this card, the best deal in our database is at USD 2,185. Do not pay USD 2,900. That's just throwing money away.

The value proposition is tricky. At USD 2,185, you're getting 24GB of VRAM and strong compute performance, which is actually reasonable for AI work. But the affordability percentile is 7th, meaning this is one of the most expensive cards in our entire database relative to what it delivers. And when you factor in the 450W power draw, the total cost of ownership goes up. You'll need a beefier PSU, and your electricity bill will climb. For pure gaming, there are better values out there. For AI and rendering, the VRAM might justify the price, but only if you can find it at the low end of that range.

The RTX 3090 Ti Founders Edition is the last hurrah of the Ampere generation, and it's a big one. We're talking 10,752 CUDA cores, 24GB of GDDR6X memory on a 384-bit bus, and a 450W TDP that makes your power supply sweat just thinking about it. This card was built for people who need serious VRAM and compute muscle, not just high frame rates. If you're training local AI models, doing heavy 3D rendering, or just want to flex the biggest Ampere card NVIDIA ever shipped, this is the one.

But here's the thing. The 3090 Ti sits in a weird spot in 2025. It's not the newest kid on the block anymore, and the pricing is all over the place. We're seeing listings from USD 2,185 up to USD 2,900, which is a massive spread for a card that's been out for a while. The customer rating sits at 4.4 out of 5 from 78 reviews, so people who bought it generally like it. But the affordability percentile is a brutal 7th, meaning this is one of the most expensive cards in our database relative to what it offers today.

Who's this actually for? AI hobbyists and small-scale researchers who need 24GB of VRAM without dropping five figures on a workstation card. Ray tracing enthusiasts who want solid RT performance. And 1440p gamers who want to crank everything to ultra and never think about settings again. It's not for budget builders, and it's not for people who care about efficiency. This card drinks power like it's going out of style, and the thermal percentile of 33rd means it runs warmer than most modern options.

If you're building a gaming PC and don't do any AI or rendering work, skip this card. The 24GB of VRAM is overkill for gaming, and you're paying a premium for memory you won't use. The efficiency is rough at the 22nd percentile, and the thermals are mediocre at best. You'd be better off with a newer card like the RTX 5070 Ti or RTX 5080, which will give you better gaming performance per watt and run cooler.

Also skip this if you're on a budget. The affordability percentile is 7th, which means this is one of the most expensive cards in our database relative to what it offers. And if you have a smaller case or a weaker power supply, this card is not for you. The 450W TDP and 305mm length mean you need a full-size case and a serious PSU. If you're looking for something efficient and compact, look at the newer mid-range options instead.

For AI and LLM work, the RTX 3090 Ti is still a compelling option in 2025. That 24GB of VRAM at the 94th percentile for AI workloads means you can run models that simply won't fit on 16GB cards. If you're doing local inference, fine-tuning, or working with large datasets, this card earns its keep. The compute performance is well above average, and the memory bandwidth is excellent. Just make sure you have a 750W PSU and a case with good airflow, because this thing runs hot and hungry.

For gamers, the story is different. At 1440p, the 3090 Ti is still a strong performer, but you're paying a premium for VRAM you probably won't use. Most games at 1440p won't come close to touching 24GB. If gaming is your primary use case, you'd be better off with a newer card that offers better efficiency and thermals at a similar or lower price. The 3090 Ti makes sense when the VRAM is the point. If it's not, look elsewhere.