RTX 5070 vs RX 9070: Which 1440p GPU Should You Buy?

Quick Verdict

If you are building or upgrading for 1440p and both cards are available at their launch MSRPs — which are identical for the RTX 5070 and the RX 9070 according to GamersNexus and Tom’s Hardware — the Radeon RX 9070 is the easier card to recommend. It carries more memory, draws less power, and Tom’s Hardware puts it ahead of the RTX 5070 at 1440p in its head-to-head, with the gap widening at 4K.

The RTX 5070 is not a bad card, and it is closest to the RX 9070 at 1080p, where Tom’s Hardware describes performance between the two as close. But at the resolution this article is about, the Radeon is the one doing more work for less board power: GamersNexus lists the RX 9070 at a 220 W TDP versus the 250 W TDP that TechPowerUp lists for the RTX 5070, and its review framing calls the RX 9070 an efficiency standout.

The one thing that can flip this recommendation is street pricing. Tom’s Hardware has noted that while the Radeon MSRPs are real, some cards are priced at a premium, so the “same price” assumption does not always hold at retail. If a GeForce card lands meaningfully below the Radeon in your region, or if you specifically need NVIDIA’s software stack for production work, the RTX 5070 becomes defensible. At parity, buy the RX 9070.

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Key Specs

Comparison

1440p Performance

This is the decisive category, and the published head-to-head is not ambiguous. Tom’s Hardware‘s face-off gives the RX 9070 the lead at 1440p. It also notes that the two cards are close at 1080p and that the RX 9070 holds an advantage at 4K. That pattern — near-parity at low resolution, Radeon pulling ahead as resolution climbs — is the shape you would expect from a card with a wider memory buffer and a design that scales well once the GPU, rather than the CPU, is the limiting factor.

For a concrete number on the Radeon side, GamersNexus reports a 106 FPS average at 1440p for the RX 9070. We have no equivalent single-figure average from these reviews for the RTX 5070, so we are not going to invent one or estimate a gap. The honest summary is the one Tom’s Hardware states outright: at 1440p, the Radeon is in front.

What does that mean in practice? At 1440p, both of these cards are squarely in the “high settings, high frame rate” bracket for the majority of current games, and both will rely on upscaling for the heaviest ray-traced titles. Neither is a card you buy expecting to max out every path-traced showcase. The difference between them at this resolution is not the difference between playable and unplayable; it is a consistent edge that, at equal price, should tip the decision.

One caveat worth stating plainly: the reviews cited here are aggregate results across their own test suites. Individual games vary, and ray-tracing-heavy titles have historically favoured GeForce hardware. If your library is built around one or two specific engines, look up per-game charts at TechPowerUp and TechSpot rather than treating an average as a promise.

Power and Efficiency

The RX 9070 wins this outright on paper. GamersNexus lists its TDP at 220 W, while TechPowerUp lists the RTX 5070 at 250 W. The Radeon therefore has the lower rated board power while also being the faster card at 1440p per the Tom’s Hardware face-off — an unusual combination, and the reason GamersNexus frames its review around the card’s efficiency.

The practical consequences are modest but real. A lower TDP means less heat dumped into the case, which means case and GPU fans that do not have to work as hard, which usually means a quieter system at the same noise-normalised performance. It also gives you more headroom on an older or lower-wattage power supply. We are not going to quote a recommended PSU wattage here because none of these reviews state one, but a card rated at 220 W is inherently easier to feed than one rated at 250 W.

Worth noting for context: the step-up RX 9070 XT is rated at 304 W by GamersNexus. If you are specifically shopping for a cool, quiet, efficiency-first 1440p build, the non-XT RX 9070 is the card in this family that fits that brief; the XT trades efficiency for performance.

Memory and Longevity

The memory configurations differ in both capacity and type. The RTX 5070 ships with 12 GB GDDR7 per TechPowerUp; the RX 9070 ships with 16 GB GDDR6, confirmed by both GamersNexus and TechSpot.

That is a genuine trade-off rather than a clean win on either side. GDDR7 is the newer, faster memory standard, and NVIDIA is using it to compensate for the smaller buffer. But capacity is capacity: 16 GB gives you more room for high-resolution texture packs, heavy modlists, ultra-wide resolutions, and the growing number of games that treat VRAM as something to fill rather than conserve. It also matters outside games — local AI models, large scenes in DCC applications, and high-resolution video timelines all care about how much memory is on the board.

If you plan to keep this card for several GPU generations, the larger buffer is the safer bet, and it lines up with the resolution scaling Tom’s Hardware observed: the RX 9070’s advantage grows at 4K, exactly where memory pressure is highest. If you upgrade every couple of years and play mostly at 1440p with settings you are willing to adjust, 12 GB is unlikely to be your bottleneck in the near term.

Clocks and Core Configuration

Do not read much into the headline core numbers — they are not comparable across architectures. The RTX 5070 has 6144 CUDA cores (TechPowerUp), while the RX 9070 has 56 compute units (TechSpot). NVIDIA and AMD count shader resources differently, and a compute unit bundles multiple shader lanes. Comparing the two figures directly tells you nothing useful.

Clock speeds land almost on top of each other: a 2.51 GHz boost clock on the RTX 5070 versus 2.52 GHz on the RX 9070. Neither card is winning on frequency, so the performance difference at 1440p comes down to architecture, memory configuration, and how the specific game engine uses the hardware — not to one card clocking meaningfully higher than the other.

Price and Value

Both cards launched at the same MSRP. GamersNexus and TechSpot list the RX 9070’s MSRP, TechPowerUp lists the RTX 5070’s, and they match. The RX 9070 XT sits above both at a higher MSRP, per GamersNexus and Tom’s Hardware.

At identical MSRP, the value calculation is simple: the RX 9070 offers more memory, lower rated power draw, and the 1440p performance lead that Tom’s Hardware’s face-off identifies. There is no dimension covered by these reviews where the RTX 5070 comes out ahead at the same price.

The complication is that MSRP and shelf price are different things. Tom’s Hardware has specifically reported that the Radeon MSRPs are real but that some cards will be priced at a premium — meaning heavily cooled, factory-overclocked, or triple-fan models can sit well above the baseline figure. The same dynamic applies to partner GeForce cards. So before you commit, check what the cheapest in-stock, non-premium model of each actually costs where you are buying. A decision that is clear-cut at MSRP parity can reverse if one card is discounted and the other is not.

Our practical guidance: treat the RX 9070 as the default 1440p pick, and treat a meaningful discount on the RTX 5070 as the condition that changes the answer. “Meaningful” here means a gap large enough to fund a better cooler, more system RAM, or a faster SSD — not a token difference.

Who Should Buy

• The mainstream 1440p gamer shopping at MSRP: Buy the RX 9070. It leads at 1440p in the Tom’s Hardware face-off, carries 16 GB of memory, and is rated at a lower 220 W TDP — all at the same launch MSRP as the RTX 5070. This is the clearest recommendation in the entire comparison.
• The small-form-factor or quiet-build owner: Buy the RX 9070. Its 220 W TDP versus the RTX 5070’s 250 W means less heat to move and more slack on an existing power supply. Avoid the RX 9070 XT here; at 304 W it belongs in a different class of build.
• The 1080p high-refresh player: Either card works. Tom’s Hardware describes 1080p performance between the two as close, so buy whichever is cheaper, quieter, or physically fits your case. Do not pay a premium for the Radeon if your target is strictly 1080p.
• The 1440p buyer eyeing an eventual jump to 4K: Buy the RX 9070. Tom’s Hardware gives it the 4K advantage, and the 16 GB buffer is the more comfortable foundation for higher resolutions and higher-resolution texture settings down the line.
• The buyer who needs NVIDIA’s software ecosystem: Buy the RTX 5070. If your workflow depends on CUDA-specific applications, NVIDIA-only encoding or rendering paths, or tooling your studio has standardised on, that dependency outweighs the 1440p gaming gap described here. These reviews do not benchmark those workloads, so validate against your own software before committing.
• The bargain hunter watching retail prices: Buy whichever card is actually discounted. Tom’s Hardware has flagged that some Radeon cards carry a premium over MSRP, and partner GeForce cards do the same. At real parity, take the RX 9070; if the RTX 5070 is significantly cheaper in stock where you shop, its 12 GB GDDR7 configuration is still a capable 1440p option and the savings can go elsewhere in the build.
• The buyer who wants maximum Radeon performance: Look at the RX 9070 XT instead. It sits at a higher MSRP than the RX 9070 and is rated at 304 W, so you pay for the extra performance in both cash and power — but if the non-XT feels like it is cutting things close for your target frame rate, that is the upgrade path within the same family.
• The upgrader on an older mid-range card: Either of these represents a substantial step up for 1440p, so the deciding factors are the ones above: price at your retailer, power supply headroom, and whether you need vendor-specific software. Default to the RX 9070 unless one of those points you elsewhere.

Sources

• techpowerup.com
• gamersnexus.net
• tomshardware.com
• gamersnexus.net
• techspot.com
• tomshardware.com

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