RX 9070 GRE vs RTX 5070: Which 1440p GPU to Buy in 2026

The RX 9070 GRE is not the RX 9070. It is a cut-down 48-compute-unit card with 12 GB of GDDR6, and AMD shipped it worldwide at the same nominal price Nvidia set for the RTX 5070. If you arrived here off a 9070 search, start with that distinction. We covered the full 16 GB matchup separately.

On paper the two look interchangeable. Same capacity, same 192-bit bus, same 1440p target. In practice they split on ray tracing, on Unreal Engine 5, on upscaling quality, and on what each one actually costs the week you buy it. That last one decides more purchases than the average frame rate does.

At a glance

Where each one wins

Benchmarks

Sapphire Pulse RX 9070 GRE

Sapphire 11354-01-20G Pulse AMD Radeon™ RX 9070 GRE Gaming OC Graphics Card with 12GB GDDR6, AMD RDNA 4

$569.99

Buy the Sapphire Pulse RX 9070 GRE on Amazon

Specs

What it does well

The GRE clears 60 fps native at 1440p across the current AAA set, without leaning on upscaling to get there. Reviewer testing puts it at 60 in Cyberpunk 2077 at Ultra with ray tracing off, 62 in Alan Wake 2, 61 in Black Myth: Wukong at High, and 75 in Battlefield 6. Those are native numbers on a card sold for 1440p, which is the bar it needed to clear.

It also wins in places you would not predict. Doom: The Dark Ages runs a couple of percent faster on the GRE than on the RTX 5070, and Alan Wake 2 is close enough to a tie that the difference is noise. Across the rasterized suite the deficit is single digits far more often than it is anything larger.

FSR 4 is the other change worth naming. On RDNA 4 it runs on the AI accelerators rather than the older heuristic path, and at Quality at 1440p it holds up in a way FSR 3 never did. The card draws 220 W, the lower of the two figures here, which keeps PSU sizing uncomplicated on a mid-tower build.

Sapphire's Pulse sits in the middle of the board-partner stack, above the reference-clocked entry cards and below the Nitro+ halo. It is the SKU most AMD buyers land on for a reason. The cooler is sized properly and the acoustics do not become the thing you regret.

What you give up

Ray tracing is the honest weakness, and reviewers were blunt about it. The GRE's ray-tracing performance falls off harder than its compute-unit count suggests it should. Turn ray tracing on in Cyberpunk 2077 at 1440p and the card lands near 40 fps, which is the point where you start negotiating with the settings menu instead of playing.

Unreal Engine 5 is the other soft spot, and it matters more than it used to because so much of the current release slate ships on UE5. Black Myth: Wukong at Cinematic with upscaling is the clearest example. The RTX 5070 holds a playable line there and the GRE does not.

There is no CUDA here. If you touch Blender, DaVinci Resolve, or anything running a local diffusion or language model, that is not a preference question, it is a hard stop. And the 12 GB pool is the same ceiling the Nvidia card has, so the VRAM question does not resolve in AMD's favour either.

Who it's for

Buy the GRE if you play at 1440p, your library is mostly rasterized, and your budget has a hard ceiling. It is also the better card for Linux, where AMD's in-kernel driver is the difference between installing a GPU and configuring one.

One caveat worth holding onto: reviewers have flagged that the GRE sits uncomfortably close to the 16 GB RX 9070 in AMD's own stack. If both are on the shelf and the gap between them is small, the extra memory is the more durable purchase.

ASUS TUF RTX 5070 OC

ASUS TUF Gaming NVIDIA GeForce RTX 5070 12GB GDDR7 OC Edition Graphics Card, (PCIe 5.0, HDMI/DP 2.1, 3.125-Slot, Military-Grade Components, Protective PCB Coating, Axial-tech Fans), 3 Year Warranty

Buy the ASUS TUF RTX 5070 OC on Amazon

Specs

What it does well

The 5070 is the faster card in almost every scenario, and the margin scales with how much of the frame is being computed rather than rasterized. In pure raster at 1440p it runs a few percent to low teens ahead: 68 in Cyberpunk 2077 at Ultra, 65 in Black Myth: Wukong at High, 86 in Battlefield 6. That Battlefield gap is the widest raster delta in the suite.

Turn on ray tracing and the shape of the comparison changes. Fourth-generation RT cores and a 672 GB/s GDDR7 bus give the 5070 room the GRE does not have, and path-traced titles widen the gap further than any rasterized benchmark does. Unreal Engine 5 shows the same pattern for different reasons.

DLSS 4's transformer model is the better upscaler, and the separation is largest at Performance mode. Quality mode at 1440p is difficult to tell from native. Multi Frame Generation sits on top of that: with a base framerate already at 60 or above, it turns a high-refresh 1440p panel into something the card can saturate. Below 60 native it is not a fix, and no amount of frame interpolation makes it one.

CUDA is the quiet reason a lot of buyers end up here regardless of the gaming numbers. Blender, Resolve, Stable Diffusion, local model inference: all of it assumes Nvidia. The TUF board is ASUS's mid-tier line rather than the Prime entry cooler, with a heavier heatsink and a three-year warranty behind it.

What you give up

Twelve gigabytes on a card asked to ray trace at 1440p is the complaint of this generation, and it is a fair one. The 5070 has the ray-tracing throughput to run heavier settings than its memory pool comfortably feeds. That mismatch does not improve as texture budgets grow.

Street pricing is the other thing. The 5070 has sat above its nominal figure since launch, and that is the entire reason this matchup exists. Two cards at the same list price are a spec argument. Two cards at different real prices are a buying decision.

Physically it is the bigger card. The TUF is a 3.125-slot design pulling 250 W, so measure your case and check your PSU headroom before ordering. A mid-tower with a front radiator is where this one gets tight.

Who it's for

Buy the 5070 if ray tracing is something you actually turn on, if your play time skews toward Unreal Engine 5 releases, if you stream with NVENC, or if any part of your workload is creative. It is also the right call for a 240 Hz panel, where Multi Frame Generation has a good base framerate to multiply.

If you are driving an ultrawide 1440p panel, treat this card as the floor rather than the target.

Which one should you buy?

The 1440p raster gamer on a fixed cap. Your library is Battlefield, Doom, Crimson Desert, and a competitive shooter or two. Ray tracing is a toggle you leave off. In that world the GRE gives up single digits and asks for less money, and the money it saves is real. Buy the Sapphire Pulse RX 9070 GRE.

The ray-tracing and Unreal Engine 5 player. Cyberpunk with path tracing on, Wukong at Cinematic, whatever ships next on UE5. This is where the GRE stops keeping up and the gap stops being academic. Buy the ASUS TUF RTX 5070 OC, and go in knowing 12 GB is still the ceiling.

The creator or streamer. Blender, Resolve, NVENC AV1 to Twitch, a local model or two. There is no version of this comparison where AMD wins your workload. Buy the ASUS TUF RTX 5070 OC and stop reading frame-rate tables, because they are not the deciding input for you.

The Linux builder. Kernel-level driver support, no out-of-tree module, no display-server surprises after an update. AMD has owned this for years and RDNA 4 does not change it. Buy the Sapphire Pulse RX 9070 GRE unless a CUDA dependency forces your hand.

Bottom line

If you play rasterized games at 1440p and your budget has a ceiling, buy the Sapphire Pulse RX 9070 GRE. If ray tracing, Unreal Engine 5, or creative work is in your week, buy the ASUS TUF RTX 5070 OC. The 5070 is the better card. The GRE is the better buy only while it carries a real discount, and that gap is the whole argument. Neither one escapes the 12 GB ceiling, so if you want a card that grows into heavier ray tracing, the answer is a tier up rather than a step sideways. Anything below this pair belongs in 1080p territory.

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