This matchup represents one of the most consequential entry-level GPU decisions available today. The Intel Arc B570 arrived as a direct competitor in the sub-$250 space, undercutting NVIDIA’s RTX 4060 on price while offering more VRAM. Yet NVIDIA’s dominant software ecosystem, mature drivers, and DLSS feature set give the RTX 4060 advantages that raw specs cannot quantify. For anyone building a 1080p or 1440p gaming rig on a budget, choosing between these two cards is a genuine toss-up with meaningful trade-offs on each side.
The landscape shifted as Intel’s Battlemage architecture matured through 2026, bringing driver improvements that narrowed the performance gap and resolved many early software compatibility headaches. Still, the decision between these cards is not purely about frames per second. Upscaling quality, encoder capabilities for streamers, power efficiency, and long-term platform support all factor into which card delivers the best experience for a specific buyer. This guide breaks down every dimension of the comparison so you can make an informed call for your build.
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Quick Verdict
The RTX 4060 delivers roughly 5-12% higher average native rasterization performance at 1080p across the test suites reported by most major outlets, combined with superior upscaling quality through DLSS and better day-one game compatibility. The Intel Arc B570 counters with a lower MSRP, 25% more VRAM (10 GB vs 8 GB), competitive XeSS upscaling, and AV1 hardware encoding that matches NVIDIA’s in quality. For buyers who prioritize the lowest price per frame and future-proofed VRAM at 1440p, the B570 is the stronger value. For those who want the smoothest experience with minimal tweaking and the best upscaling, the RTX 4060 still holds the edge despite costing more.
Specs Side by Side
| Specification | Intel Arc B570 | RTX 4060 |
|---|---|---|
| Architecture | Xe2 (Battlemage) | Ada Lovelace |
| Shader/Compute Cores | 18 Xe cores | 3072 CUDA cores |
| Boost Clock | ~2500 MHz | ~2460 MHz |
| Memory Size | 10 GB GDDR6 | 8 GB GDDR6 |
| Memory Bus Width | 160-bit | 128-bit |
| Memory Bandwidth | ~320 GB/s | ~272 GB/s |
| TDP | 150W | 115W |
| MSRP at Launch | $219 | $299 |
| PCIe Interface | PCIe 4.0 x8 | PCIe 4.0 x8 |
| Display Outputs | 3x DP 2.1, 1x HDMI 2.1 | 3x DP 1.4a, 1x HDMI 2.1 |
| Ray Tracing Units | 18 RT units (2nd gen) | 24 RT cores (3rd gen) |
| AI Accelerator | 18 XMX engines | 4th gen Tensor cores |
Gaming Performance
1080p
Across aggregate benchmarks reported by Tom’s Hardware and Hardware Unboxed, the RTX 4060 maintains a native rasterization lead of approximately 5-10% over the Arc B570 at 1080p. In practice, this translates to a few extra frames in most titles—perhaps 5-8 FPS in a scenario where the B570 hits 80 FPS and the RTX 4060 reaches 86-88 FPS. TechPowerUp’s analysis noted that the gap varies significantly by title, with the B570 matching or exceeding the RTX 4060 in a handful of Vulkan and DirectX 12 games where Intel’s drivers have received particular attention. For competitive esports titles at high refresh rates, both cards comfortably sustain 144+ FPS at 1080p.
1440p
At 1440p the story tightens considerably. Gamers Nexus and TechSpot both observed gaps narrowing to the 3-8% range, with the Arc B570’s additional 2 GB of VRAM providing a tangible benefit in texture-heavy titles where the RTX 4060’s 8 GB buffer approaches saturation. In newer AAA releases at 1440p with high or ultra texture settings, the RTX 4060 occasionally stutters or shows lower 1% lows when VRAM pressure spikes, while the B570 handles the load more gracefully. For sustained 1440p gaming at 60-90 FPS, both cards are viable, but the B570 offers more headroom against increasing texture demands.
4K
Neither card is genuinely designed for 4K gaming, and both outlets note steep frame rate drops in demanding titles. The RTX 4060 retains a modest 5-12% native advantage, but neither card should be purchased primarily for 4K rasterization. Where upscaling is acceptable, DLSS and XeSS both make 4K playable at moderate quality settings in less demanding titles, though neither card will deliver smooth 4K in the latest AAA releases without significant compromises. TechPowerUp summarized this tier bluntly: these are 1080p-to-1440p cards pretending to be 4K-capable through upscaling.
Power, Heat and Noise
The RTX 4060 wins decisively on efficiency with a 115W TDP versus the B570’s 150W. In practice, Tom’s Hardware measured real-world board power on the RTX 4060 around 100-110W during gaming loads, while the B570 tends toward 130-150W depending on the AIB partner cooler design. This means the RTX 4060 runs cooler, quieter, and generates less heat in compact builds. The B570’s higher TDP is not catastrophic for thermals—most AIB versions use dual-fan open-air coolers that keep temperatures in the 65-75°C range—but the RTX 4060’s lower power draw makes it easier to find silent implementations and reduces demand on the PSU. For SFF builds or systems with limited airflow, the RTX 4060’s thermal advantage matters.
Features
Upscaling: NVIDIA’s DLSS 3 and 4 offer superior image quality and more robust temporal stability compared to Intel’s XeSS, which uses a similar temporal-based approach but with slightly weaker artifact handling in edge cases. Hardware Unboxed noted that XeSS quality has improved with each driver revision but still trails DLSS in clarity during fast motion. Both are preferable to TAA at lower resolutions.
Frame Generation: DLSS Frame Generation is available on the RTX 4060 and works well in supported titles. Intel introduced XeSS Frame Generation for Battlemage, though its game support library remains smaller than NVIDIA’s as of this writing. Both systems effectively double perceived frame rates at the cost of increased latency and reduced input responsiveness.
Encoders: Both cards include hardware AV1 encoding. Intel’s Arc encoders have earned strong reviews for quality in OBS and DaVinci Resolve, with Gamers Nexus noting they are competitive with NVENC. The B570’s multi-format hardware transcode support gives it a slight edge in workstation-oriented encoding workflows.
Platform: RTX 4060 benefits from G-SYNC compatibility, NVIDIA Reflex low-latency, and the GeForce Experience/NVIDIA App ecosystem. Intel offers smooth sync, XeSS, and Arc Control software that remains less polished than NVIDIA’s but functional.
Price and Value
At MSRP, the B570 costs $219 versus the RTX 4060’s $299—a 27% price premium for a 5-10% performance gain, making the B570 the clear value leader by raw cost-per-frame. Actual street prices have fluctuated, and by 2026 the RTX 4060 frequently sells near $260-280, while B570 variants sit around $220-240. On the used market, RTX 4060 cards have appeared below $200, which shifts the value calculus considerably toward NVIDIA if you find a deal. Intel’s lower launch price means the B570 has less room to drop on the secondary market, so the long-term resale value story favors NVIDIA. For buyers who never intend to sell, the B570 delivers the best frames-per-dollar at any given moment.
Who Should Buy Which
Competitive 1080p High-Refresh Player
RTX 4060. The marginal performance lead, NVIDIA Reflex for reduced system latency, and superior driver support in esports titles make it the safer choice when every frame and every millisecond matters.
1440p High-Refresh Gamer
Arc B570. The 10 GB VRAM buffer provides more stability at 1440p in modern titles, the price advantage is meaningful, and the native performance gap is small enough that XeSS upscaling closes it in practice.
4K Gamer
Neither. Look to the RTX 4070 or Arc B580 at minimum. Both cards underperform at this resolution regardless of upscaling.
Creators and Streamers
Depends on workflow. If you use Premiere Pro, After Effects, or CUDA-accelerated tools, the RTX 4060 is the only sensible choice. If you use DaVinci Resolve, OBS, or AMD-agnostic software, the B570’s AV1 encoder and 10 GB VRAM for timeline playback make it a capable budget option.
Upgrading from Two Generations Back
Arc B570 if budget-constrained and comfortable with occasional per-game tweaks. The jump from a GTX 1060 or RX 580 is enormous regardless of which card you choose, and the $80 saved by buying the B570 can fund additional RAM or an SSD. If you want plug-and-play simplicity and maximum compatibility, the RTX 4060 remains the easier upgrade path.
FAQ
Does the Arc B570 need ReBAR enabled to perform well?
Yes. Intel Arc GPUs rely heavily on Resizable BAR for competitive performance. Without it, you can lose 10-20% in many titles compared to RTX 4060. Ensure your motherboard BIOS has ReBAR enabled and that you are not running in CSM/Legacy mode.
Is Intel’s driver support good enough in 2026 to recommend this card?
The gap has narrowed substantially from the rocky early Alchemist experience. Battlemage drivers are more stable, day-one support for major titles has improved, and the monthly cadence of optimizations is consistent. Occasional per-title quirks remain, so if you play very new releases on day one, NVIDIA is still less likely to surprise you.
Can the RTX 4060’s 8 GB VRAM be a real problem?
At 1080p, rarely. At 1440p with ultra textures in the newest releases, increasingly yes. Games like The Last of Us Part I and Hogwarts Legacy have shown frame time spikes when the 8 GB buffer is exceeded. The B570’s 10 GB provides more headroom against this trend.
Which card has better ray tracing performance?
The RTX 4060. NVIDIA’s third-generation RT cores outperform Intel’s second-gen RT units in most ray tracing workloads, typically by 15-25% depending on the title. However, both cards are entry-level for RT, and enabling upscaling is essential for playable RT frame rates on either.
Sources and Methodology
Performance ranges cited in this article are aggregated from launch and post-launch reviews by Tom’s Hardware, TechPowerUp, Hardware Unboxed, Gamers Nexus, and TechSpot. These outlets tested both cards across overlapping suites of 10-25+ games at 1080p, 1440p, and select titles at 4K using driver versions available at the time of their respective publications. No benchmarks in this article were conducted by this site. Individual results vary by specific driver version, game settings, AIB cooler design, and system configuration. Percentages represent approximate ranges across multiple titles and should not be taken as exact figures for any single game or setting.
