Is the Arc B570 Enough for 1080p in 2026? 10GB Verdict

Yes. The Arc B570 is enough for 1080p gaming in 2026. In modern DX12 and Vulkan titles it holds above 60 fps at native resolution, and it manages that even with ray tracing switched on in Cyberpunk 2077. The frame rate is not what should decide this purchase.

Three other things should. Resizable BAR has to be available on your platform. An older DX11 library is where this architecture is still weakest. And the 10GB buffer clears our 1080p minimum while sitting a step below the 12GB we prefer for high refresh. Get those right and this is the card to buy in this budget 1080p band.

At a glance

Is the B570 enough for 1080p?

The sufficiency question splits five ways, and the answer flips depending on which row you live in. Our framework for sizing a card to the screen in front of it is how we choose a GPU and a matching monitor, and the short version is that resolution and refresh rate set the target before any card enters the conversation.

Two rows go to the cheaper card and three go to the more expensive one. That split is the honest shape of this decision. If you are reading this because you want a 1080p machine that works now and costs as little as possible, you are in the first and fourth rows, and the B570 is your card. If any part of your plan involves ultra settings in the heaviest current releases, a high-refresh panel, or a resolution bump later, you are buying the B580 and the rest of this article is about why.

Benchmarks

Aggregate suite numbers tell this story better than any single game does, because the B570's position is consistent rather than spiky. For a wider view of the band, see our 1080p picks by refresh tier.

Read the gaps rather than the absolutes. The B570 lands about 7% behind the RTX 4060 on average frames and about 11% behind it on 1% lows, which is close enough that neither card wins the comparison outright. Against its own sibling it gives up roughly 15%, a figure three independent measurements put between 12% and 18%. And it beats the Arc A770, the flagship of the previous generation, which is a reasonable thing for a budget card to do two years later.

The pick that clears 1080p: ASRock Arc B570 Challenger OC

ASRock Intel Arc B570 Challenger 10GB OC GDDR6 Graphics Card, 2600 MHz GPU, 19 Gbps Memory, Dual Fan, Metal Backplate, HDMI 2.1a, DisplayPort 2.1, 0dB Cooling

$259.99

Buy the ASRock Arc B570 Challenger OC on Amazon

Specs

What it does well

It clears the target it was built for. Across a modern test suite at native 1080p the B570 stays above 60 fps, and that holds in Cyberpunk 2077 with ray tracing enabled, which is not a sentence anyone expected to write about a budget Intel card two generations ago. The Challenger OC's 2600 MHz boost clock is a factory bump over Intel's reference figure, and ASRock's dual-fan cooler is quiet enough that it stops being a consideration.

The 10GB buffer is the part that has aged best. This card shares a price band with 8GB cards, and two extra gigabytes matters more now than it did at launch, because texture budgets have climbed while that band has stood still. No new entrant has arrived in roughly twelve months.

Board power is 150W, which keeps the rest of the build honest. Intel recommends a 500W unit for a standard machine, so a budget builder is not paying for a GPU and a power supply in the same month. Outputs are current for the tier too, with HDMI 2.1a and DisplayPort 2.1 rather than the older display pipeline you sometimes find at this price.

What you give up

Start with the buffer, because it cuts both ways. We put the floor for 1080p high refresh at 8GB with 12GB strongly preferred, since modern titles will ask for 9 to 10GB at 1080p ultra. The B570's 10GB clears the floor and sits right at the edge of the preference. Reviewers landed in the same place and said plainly that the card would perform better with 12GB. If you want the longer version of that argument, we wrote it up in how far 8GB goes now.

Frame pacing is the weaker half of the RTX 4060 comparison. Losing 7% on averages is one thing, losing 11% on 1% lows is the thing you feel, and it shows up as the occasional hitch rather than a lower number on a chart.

Then there is the platform. Resizable BAR is not a tuning tip on Arc, it is a requirement. Intel's own guidance says the feature must be enabled for the card to perform as intended, and goes as far as pointing buyers toward other vendors when a machine cannot enable it. On a recent platform this is a BIOS toggle. On an older board it may need a firmware update first, and on some machines it is not available at all. Check before you buy, not after.

Finally, the library question. Buyers have flagged that older DX11 and DX9 titles are where Battlemage is still soft, even though drivers have improved enormously since the Alchemist era. If most of what you play shipped in the last few years, this is a non-issue. If you are working through a decade-old backlog, look up your specific games first.

Who it's for

You are building a 1080p machine on a modern platform, you play current releases, and you want the largest VRAM buffer available for the money. You are not carrying a big legacy backlog, and you have confirmed Resizable BAR is available. That buyer gets a card that does exactly what it says.

When to step up: Sparkle Arc B580 Titan OC

Sparkle Intel Arc B580 Titan OC, 12GB GDDR6, Torn Cooling 2.0, Axial Fan, Breathing Light, Metal Backplate, SB580T-12GOC

$369.99

Buy the Sparkle Arc B580 Titan OC on Amazon

Specs

What it does well

Two more Xe2 cores, a wider bus, and two more gigabytes of memory add up to roughly 15% at 1080p. More usefully, the B580 hits 12GB on a 192-bit bus, which is the buffer we want for high-refresh 1080p rather than the one we tolerate. That turns "adequate in the heaviest releases" into "comfortable."

Its lead over the RTX 4060 is wider than the B570's, and it grows as you push resolution and settings. That scaling behaviour is the interesting part of Battlemage: these cards hold their value better as the workload gets heavier, which is the opposite of how 8GB cards behave.

The headroom also buys you options. A buyer who might put a 1440p panel on this machine in two years is buying a different card than one who will not.

What you give up

The step up is no longer the small one it used to be. Launch coverage treated the B580 as a near-peer upsell sitting just above the B570, and at the listings we resolved for this article the two cards are plainly in different bands. Check the live gap yourself before you assume this is a minor upcharge, because if it has widened on the day you shop, the calculation in the scenario table changes. Should your budget stretch well past it, you are no longer shopping this band and should look at what the next tier up buys.

Board power goes from 150W to 190W. That is not dramatic, but on a build with a 500W supply and a hungry CPU it is enough to matter.

The platform caveats do not improve. Resizable BAR is the same requirement, and the DX11 backlog question is the same question. Spending more on the same architecture buys frames, not driver maturity.

Who it's for

Your budget flexes past the B570, and either you play the heaviest current releases at ultra or you expect a resolution bump inside this card's life. If the 1440p plan is firm rather than hypothetical, read the B580's own 1440p verdict before you commit, because that is a different question with a more complicated answer.

Bottom line

If you want a 1080p machine that works now and costs as little as it can, buy the B570. If you run ultra settings in the heaviest current releases, buy the B580. If you game above 120 Hz, buy the B580. If Resizable BAR is unavailable on your platform, buy neither and look at frames per dollar across the stack instead. The headline answer is yes. The conditions attached to it are what decide your build, not the frame rate.

FAQ