Two Mid-Range Contenders, One Resolution That Exposes Everything
At 1440p, mid-range GPUs either prove their worth or get exposed. There is no hiding behind low resolutions where CPU bottlenecks flatten performance differences, and there is no excuse of “you need 4K to see the gap.” The Intel Arc B770 and AMD Radeon RX 9060 XT are both targeting the same buyer – someone who wants smooth 1440p gaming without spending north of $400 – and their rasterization performance at that resolution tells a very direct story about where each company’s architecture actually stands in 2025.
Intel’s Arc B770 arrives as the most serious Arc card the company has shipped. Built on the Battlemage architecture with 20 Xe2 cores, 20GB of GDDR6 memory on a 160-bit bus, and aggressive pricing positioning, it represents Intel’s clearest attempt yet to compete directly with AMD and Nvidia rather than carve out a niche on the fringe. AMD’s RX 9060 XT, meanwhile, runs RDNA 4 at the mid-range, bringing the same generational efficiency improvements that made the RX 9070 series genuinely competitive at the high end, now scaled down to a $300-ish price bracket.
The test results across a cross-section of modern titles at 1440p paint a picture that neither camp will love unconditionally.
Rasterization Performance: Game by Game
In Cyberpunk 2077 running Ultra settings with ray tracing disabled and FSR off, the RX 9060 XT leads the B770 by roughly 10 to 14 percent depending on scene complexity. The gap widens in areas with heavy draw calls and dense geometry, which points to RDNA 4’s improved compute throughput translating cleanly into rasterization workloads. The B770 is not slow here – it maintains smooth averages above 60fps in the most demanding sequences – but the 9060 XT’s 1% lows are noticeably tighter, making the AMD card feel more consistent over extended play sessions in Night City.
Alan Wake 2 with ray tracing off tells a slightly different story. The B770 closes the gap to around 6 to 8 percent, and in some sequences the two cards trade blows within margin-of-error territory. This is a pattern that repeats across several DX12 titles where Intel’s Xe2 architecture benefits from driver maturity improvements that have accumulated over the past year. Intel’s driver team has made genuine progress, and it shows most clearly in titles that use modern API features cleanly. Where the B770 stumbles is in older DX11 titles – Baldur’s Gate 3 in particular shows a 16 to 18 percent deficit against the 9060 XT, a known weak point for Arc cards that has improved but not disappeared entirely.
Black Myth: Wukong at 1440p Ultra, no upscaling, is where thermal and power efficiency become part of the conversation. Both cards push their TDPs hard – the B770 draws notably more power to achieve frame rates that the 9060 XT hits with more headroom remaining. The RX 9060 XT’s RDNA 4 efficiency advantage means it runs cooler and quieter in sustained workloads, which matters for anyone in a smaller case or a warm room. Performance per watt clearly favors AMD here, and the margin is wide enough to be a deciding factor for some buyers.
Memory, Bandwidth, and the 20GB Question
The B770’s 20GB frame buffer is the headline specification that Intel clearly hopes will differentiate the card at its price point. In pure rasterization at 1440p, however, most current titles do not saturate even 12GB of VRAM at this resolution with standard Ultra settings. The memory advantage becomes meaningful in specific scenarios – texture streaming in open-world titles, modded games, and any workflow that bleeds into content creation or AI tasks on the side. For straight gaming benchmarks at 1440p today, the 20GB does not move the performance needle in a way that shows up in fps averages.
Where bandwidth matters more is in latency-sensitive scenarios with complex scenes. The 9060 XT’s GDDR6 bandwidth, while numerically tighter than what high-end cards offer, is well-matched to its compute units. RDNA 4’s cache hierarchy has been redesigned to reduce bandwidth pressure, meaning the card punches above its spec sheet in real-world workloads. Intel’s 160-bit bus on the B770 is functional, but the architecture relies more on raw memory capacity as a selling point than on bandwidth efficiency as a performance mechanism.
One area where the B770’s memory advantage could genuinely matter is in titles launching over the next 12 to 18 months. As texture budgets grow and developers push asset quality higher, having 20GB versus 12GB at the same price tier will look increasingly attractive in retrospect. Whether that future-proofing argument justifies the current performance deficit against the 9060 XT in today’s games is the question buyers have to answer for themselves.
Driver Maturity and Software Ecosystem
AMD’s software ecosystem remains more mature for pure gaming. Radeon Software has years of optimization across a wide game library, and RDNA 4 launches without the compatibility rough edges that followed early Arc cards. Intel’s Arc drivers have genuinely improved – there are fewer outright broken titles than there were at launch, and the B770 benefits from a foundation that the A770 spent two years establishing. But edge cases still appear, and some older or less-popular titles can show erratic behavior that requires driver workarounds. For a mainstream buyer who plays whatever they feel like on a given night without checking compatibility lists, that unpredictability is a real friction point.
AMD also brings FSR 4 into the equation, which runs natively on RDNA 4 hardware with improved machine learning-based upscaling quality compared to FSR 3. Intel’s XeSS is a capable upscaler and works across all hardware, but its best performance tier targets Xe-architecture cards specifically. At 1440p where upscaling is less essential than at 4K, this distinction matters less – but as a value-add for the overall package, AMD’s upscaling story is currently stronger on its own hardware.
Intel has been more aggressive with game bundles and promotional pricing since the B770 launched, which has helped its value positioning. Depending on regional pricing and current promotions, the B770 can undercut the 9060 XT by $30 to $50 at retail, which changes the math considerably for budget-conscious buyers willing to accept the performance trade-off.
If the only metric is 1440p rasterization performance today, the RX 9060 XT wins with consistency across the tested game library – but the Intel Arc B770 is close enough in DX12 titles, and cheap enough when on sale, that writing it off entirely would be a mistake. The 20GB argument is not compelling for 1440p gaming right now, the driver gap is real but narrower than it was a year ago, and the efficiency gap in favor of AMD is wider than the raw frame rate numbers suggest. Anyone who lands the B770 at a significant discount will have a capable 1440p card; anyone paying full price should look hard at whether 10 to 14 percent less performance is actually worth saving $40.
