The best price-to-performance graphics cards
Best value does not mean cheapest. It means the card that turns each dollar into the most performance you can actually use, and that is a different answer at every price. This guide explains how to read value properly, then ranks the cards that currently do it best.
Last updated
How this guide was put together
- Ranked on performance per dollar at 1440p (80%) and VRAM headroom (20%). Cards with less than 8 GB of memory are excluded, so the answer is not simply the cheapest card on the list.
- Prices are verified street prices where one is on record and launch MSRP otherwise. Each card's page says which it is.
The full site-wide methodology, including how the performance index and value scores are produced, is on the methodology page.
Computed from the database
Current picks: best value gpu
These are not hardcoded into the guide. They are read from the live ranking, so this section updates whenever the underlying data does.
How this is ranked: 80% performance per dollar at 1440p, 20% VRAM headroom. Cards with under 8 GB of memory are excluded. Only cards still in production are eligible. Price-based elements use each card's verified current price.
AMD Radeon RX 9070
The efficiency pick of the RDNA 4 range. It gives up some performance to the XT but drops 84 W of board power, and it keeps the full 16 GB memory pool, which is its main advantage over the similarly priced RTX 5070.
- 6.8 performance index points per $100 at 1440p.
- $814 current price.
- Estimated 100-145 FPS at 1440p in a typical modern AAA game at High settings, no upscaling. Modelled estimate, not a measurement.
- 16 GB of GDDR6 memory on a 256-bit bus.
Strengths
- 16 GB of VRAM at a mid-range price
- 220 W is notably efficient for this performance level
- Same FSR 4 and ray tracing improvements as the XT
Trade-offs
- Noticeably slower than the XT for a small price difference
- Ray tracing trails NVIDIA cards at the same price
- FSR 4 game support is still growing
Cheaper alternative: Arc B580 at $435
More powerful: RX 9070 XT at $988
AMD Radeon RX 9070 XT
AMD's fastest RDNA 4 card and the strongest argument for Radeon at the high end: 16 GB of memory and rasterisation performance that trades blows with far more expensive NVIDIA cards. Ray tracing improved sharply this generation but still trails NVIDIA at the same price.
- 6.4 performance index points per $100 at 1440p.
- $988 current price.
- Estimated 115-165 FPS at 1440p in a typical modern AAA game at High settings, no upscaling. Modelled estimate, not a measurement.
- 16 GB of GDDR6 memory on a 256-bit bus.
Strengths
- 16 GB of VRAM as standard, with real headroom at 1440p and 4K
- Rasterisation performance well above its price tier
- FSR 4 brings AMD's upscaling much closer to DLSS in image quality
Trade-offs
- 304 W is high for the performance tier
- Ray tracing still trails equivalently priced NVIDIA cards
- FSR 4 support depends on the game, and the catalogue is smaller than DLSS
Cheaper alternative: RX 9070 at $814
More powerful: RTX 5070 Ti at $1,510
Intel Arc B580
The most memory you can buy at this price: 12 GB on a 192-bit bus for entry-level money. Ray tracing is respectable for the tier, but the card needs Resizable BAR to perform as intended, and driver maturity varies more than it does on NVIDIA or AMD.
- 6.2 performance index points per $100 at 1440p.
- $435 current price.
- Estimated 50-70 FPS at 1440p in a typical modern AAA game at High settings, no upscaling. Modelled estimate, not a measurement.
- 12 GB of GDDR6 memory on a 192-bit bus.
Strengths
- 12 GB of VRAM and 456 GB/s of bandwidth at an entry-level price
- Ray tracing performance is competitive with cards costing more
- AV1 encode and decode, plus VVC decode
Trade-offs
- Requires Resizable BAR; performance drops sharply on platforms without it
- Driver behaviour in older titles is less consistent than the competition
- 190 W is high for the performance it delivers
What value actually measures
Performance per dollar divides how fast a card is by what it costs. A card that is twice as fast for twice the price has the same value as one that is half the speed for half the price, which is why this number is useful for comparing across the range and useless for deciding whether you can afford a given card.
It also hides what the number cannot see. A very cheap card can score well on value while being too slow for the games you want to play. The honest use of a value ranking is to decide between cards that already meet your needs, not to find a bargain that does not.
Why the middle of the range usually wins
Graphics card prices climb faster than performance at the top of the range. The most expensive cards deliver real extra speed, but each additional step costs a larger share of money than it returns in frames. At the other end, the cheapest cards carry fixed costs for the board, the cooler and the memory, so they do not get proportionally cheaper as they get slower.
The result is a sweet spot in the middle where performance per dollar peaks. It sits roughly where the card is fast enough for 1440p without paying the premium for 4K-class hardware. That is why a value ranking tends to be crowded with upper mid-range cards rather than either extreme.
The memory floor, and why it is there
A value ranking with no minimum on memory would be dominated by cheap cards whose small memory pool is about to become a problem. Memory capacity is the specification most likely to end a card's useful life early, and it does not show up in an average frame rate until the day a game exceeds it.
This ranking excludes cards under 8 GB and counts memory headroom for a fifth of the score. If you plan to keep the card for several years, give memory even more weight than the ranking does, because a card that runs out of memory loses far more than a few percent of its value.
Price basis: why two values can be hard to compare
Some prices on this site are verified street prices, with the listing they came from and the date they were checked. Others are launch MSRP, the price the manufacturer set at release. A street price can sit well above or below MSRP, so a card ranked on one basis and another ranked on the other are not measured on the same footing.
Every card page states which basis its price uses. When the two are far apart, treat the dated street price as the better guide to what you will pay, and always check the live listing, because a snapshot is not a promise.
When value is the wrong thing to optimise
If you have a fixed budget, the question is the best card at or under that figure, not the best value overall. If you have a fixed target, such as 4K at a high refresh rate, the question is the cheapest card that reaches it. Value is the tie-breaker once those constraints are set, not a replacement for them.
The budget and under-$500 guides rank by what a given amount of money buys, and the 4K guide ranks by what a target demands. Use this page when you are flexible on both and want the most efficient spend.
Frequently asked questions
Is the cheapest graphics card the best value?
How does CompareYourGPU calculate performance per dollar?
Does the best value card change over time?
Should I buy last generation's card for better value?
Is a higher value score always better?
Related reading
The best budget graphics cards
This ranking covers cards priced at $350 or below. At this end of the market the differences between products are large in percentage terms and small in absolute money, so a careful choice is worth more here than anywhere else in the range.
Is a graphics card price fair? How we work it out
Every card page on this site shows a verdict on its price: good, fair or expensive. This guide explains exactly how that verdict is produced, what it can tell you and, just as important, what it cannot, so you can decide how much weight to give it.
The best graphics cards for 1440p gaming
1440p is where most high-refresh gaming monitors sit, and where the price and performance curves meet most usefully. This ranking balances raw performance against memory headroom and value rather than optimising for any one of them.
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