The Arc B570 is usually the better value for new 1080p and entry-level 1440p gaming, while the RTX 4060 remains the safer choice for lower power consumption, mature drivers, CUDA software and consistently strong ray-tracing features.
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Top 3 picks at a glance
RTX 4060 vs Arc B570: the short verdict
These GPUs target the same broad budget market, but they take different approaches. Intel’s Arc B570 offers 10GB of VRAM on a wider 160-bit memory bus, giving it more headroom in newer games. Nvidia’s GeForce RTX 4060 uses 8GB on a 128-bit bus, but it has lower board power, excellent upscaling support through DLSS, and a more established software ecosystem.
For a gaming-only desktop that will run modern titles for several years, choose the Arc B570 if its street price is clearly lower than the RTX 4060 or roughly similar. Choose the RTX 4060 when you value quiet operation, ray tracing, creator applications, CUDA compatibility or trouble-free support for older games.
| Specification | GeForce RTX 4060 | Arc B570 |
|---|---|---|
| Architecture | Nvidia Ada Lovelace | Intel Xe2 Battlemage |
| VRAM | 8GB GDDR6 | 10GB GDDR6 |
| Memory bus | 128-bit | 160-bit |
| Memory bandwidth | 272GB/s | 380GB/s |
| Typical board power | 115W | 150W |
| Upscaling and frame generation | DLSS Super Resolution and Frame Generation | XeSS Super Resolution and XeSS 2 features where supported |
| Video support | AV1 encode/decode | AV1 encode/decode |
| Power connector | Usually one 8-pin connector, though board designs vary | Usually one 8-pin connector, though board designs vary |
1080p gaming performance
At 1080p, both cards are capable of high-refresh-rate gaming, but the result depends heavily on the title and graphics settings. Published reviews commonly place both GPUs in the same general performance class, with typical rasterized 1080p results ranging from around 60 to well over 150 frames per second depending on the game, CPU, preset and patch. Some games favor the RTX 4060, while newer DirectX 12 titles can give the Arc B570 a meaningful advantage.
The B570’s extra 2GB of VRAM is useful when a game’s high-texture preset approaches the RTX 4060’s 8GB limit. It does not guarantee higher FPS: a GPU can have more memory but still be limited by shader throughput or game optimization. However, avoiding VRAM overflow can reduce texture pop-in, hitching and sudden frame-time spikes.
For competitive games, either card is suitable. A fast CPU and sensible settings matter more than the GPU once frame rates become very high. The RTX 4060 may be the easier option for older DirectX 9, DirectX 11 or unusual legacy games. Intel’s later Arc drivers are substantially more capable than the company’s first-generation Arc software, but compatibility is still a more important buying consideration than a specification table suggests.
1440p: where the B570’s memory advantage matters
At 1440p, the Arc B570 is the more convincing choice when prices are close. Its 10GB framebuffer and 380GB/s of memory bandwidth give it more room for higher-resolution textures and larger render targets. Typical published-review results at 1440p vary widely, but both cards generally deliver playable performance with a mixture of high and medium settings, while demanding games often benefit from upscaling.
A useful way to understand the memory difference is to compare raw display data. A 2560×1440 frame contains about 3.7 million pixels. At 32 bits per pixel, one uncompressed frame buffer is roughly 14.7MB, but modern games need several buffers for depth, lighting, motion vectors and post-processing. High-resolution textures consume much more VRAM than the display buffer itself. That is why an additional 2GB can help even though the screen resolution alone does not require gigabytes of memory.
Neither card should be treated as a native-4K gaming solution for demanding new releases. At 4K, use a balanced or performance upscaling mode, reduce ray-tracing settings and expect compromises. For a 1440p monitor, the B570 is the better long-term fit, particularly if you want to keep texture quality high.
Ray tracing, upscaling and frame generation
Nvidia has the more predictable ray-tracing experience in this price class. The RTX 4060’s RT hardware, DLSS Super Resolution and broad game support make it easy to enable ray tracing without manually researching every title. DLSS Frame Generation can increase displayed frame rates in supported games, although it works best when the underlying rendered frame rate is already reasonably smooth.
Intel supports hardware ray tracing and XeSS, and the B570 can perform well in games optimized for modern DirectX 12 pipelines. XeSS 2 adds frame-generation features in supported games, but adoption is not as broad as DLSS support. Upscaling quality varies by game implementation, so a card’s advertised feature is not the same as universal availability.
For a demanding game, a practical starting point is:
- At 1080p: use native resolution or a quality upscaling mode, high textures, and medium ray tracing if frame rates are below your monitor’s refresh rate.
- At 1440p: start with quality or balanced XeSS/DLSS, high textures, and ray tracing off or low.
- For frame generation: first target at least about 55–60 FPS before interpolation; enabling it on a much lower base frame rate can make latency and image artifacts more noticeable.
- If the game stutters while turning the camera, lower texture quality one step before lowering every other setting. That specifically reduces VRAM pressure.
Power efficiency and system requirements
The RTX 4060 has the clear power advantage on paper: 115W versus approximately 150W for the Arc B570. The difference is 35W. If a system plays for three hours per day, 300 days per year, and the GPUs actually maintain that average difference, the extra energy use is:
35W × 900 hours ÷ 1000 = 31.5kWh per year.
At an electricity rate of $0.20 per kWh, that is about $6.30 per year. The energy-cost difference is modest for most desktop users, but the lower-power RTX 4060 can mean less heat, lower fan noise and more flexibility in a small case. Actual consumption depends on the game, frame-rate limit, undervolting, cooling and the rest of the system.
A quality 550W power supply is generally comfortable for either card in a mainstream gaming PC, assuming a modern CPU and no unusually power-hungry components. Check the specific board’s connector and dimensions before buying: partner cards can differ substantially from reference specifications.
Driver features and compatibility
The RTX 4060 is the safer general-purpose choice. Nvidia drivers support a large library of games and applications, while CUDA and NVENC remain useful for some rendering, AI, streaming and video workflows. Its AV1 encoder is valuable for efficient recording and streaming when the platform supports AV1.
The Arc B570 is also attractive for media work because it supports modern AV1 encoding and decoding. Intel’s driver updates have improved game support, performance and frame pacing, but the platform has an important requirement: enable Resizable BAR, or Smart Access Memory on some AMD systems, in the motherboard firmware. Without it, Arc performance can fall substantially in some games.
Before installing an Arc B570, update the motherboard BIOS, enable Above 4G Decoding and Resizable BAR, install the latest Intel graphics driver, and remove any previous graphics driver cleanly if changing GPU brands. These steps are not optional fine-tuning; they are part of getting the expected performance.
Which GPU should you buy?
| Your situation | Better choice | Reason |
|---|---|---|
| New gaming PC, similar prices, mostly modern games | Arc B570 | More VRAM and bandwidth for current 1080p and 1440p titles |
| Small case or very quiet PC | RTX 4060 | Lower rated board power and usually easier cooling |
| Ray tracing and upscaling are top priorities | RTX 4060 | More mature DLSS and predictable game support |
| 1440p monitor and high texture settings | Arc B570 | 10GB VRAM reduces the chance of memory-related compromises |
| Older games or a system without Resizable BAR | RTX 4060 | Broader compatibility and fewer platform requirements |
| CUDA-dependent creative or technical software | RTX 4060 | Nvidia software support is the practical deciding factor |
Frequently asked questions
Do I need to replace my power supply before installing either graphics card?
Usually not, because a quality 550W power supply is generally comfortable for either card in a mainstream gaming PC with a modern CPU and no unusually power-hungry components. Check the specific graphics card’s power connector and dimensions first, since partner models can differ from reference specifications. Both cards usually use one 8-pin connector, although board designs vary.
What motherboard settings should I check before buying the Arc B570?
Before installing the Arc B570, confirm that the motherboard supports and can enable Resizable BAR. On some AMD systems, this feature is called Smart Access Memory. Intel also recommends enabling Above 4G Decoding, updating the motherboard BIOS, installing the latest graphics driver and removing a previous graphics driver cleanly when changing brands.
Is 10GB of VRAM enough for 1440p gaming?
Yes, 10GB gives the Arc B570 useful headroom for 1440p gaming, particularly when you want high texture settings. A 1440p frame alone uses only about 14.7MB when uncompressed at 32 bits per pixel, but games also use multiple buffers and high-resolution textures. Neither card should be treated as a native-4K solution for demanding new releases.
Can either card handle competitive gaming at high frame rates?
Yes, either card is suitable for competitive games. Once frame rates become very high, a fast CPU and sensible settings can matter more than the graphics card. Both GPUs can deliver high-refresh-rate 1080p gaming, but actual performance depends heavily on the game, CPU, graphics preset and software patch. The RTX 4060 may be easier for older or unusual games.
Should I enable frame generation whenever a game supports it?
No, frame generation works best when the underlying rendered frame rate is already reasonably smooth. A practical starting point is about 55–60 FPS before interpolation; using it at a much lower base frame rate can make latency and image artifacts more noticeable. DLSS Frame Generation is available in supported games, while XeSS 2 frame-generation features depend on game support.
Final buying advice
The best answer to “RTX 4060 vs Arc B570” depends on whether you value capacity or certainty. The Arc B570 offers the stronger hardware value for modern rasterized gaming, especially at 1440p, and its 10GB of VRAM is a more comfortable specification for upcoming titles. The RTX 4060 uses less power and delivers the smoother ownership experience for ray tracing, older games, CUDA applications and DLSS-supported releases.
As a general market guide, compare current board prices rather than launch pricing. If the B570 is priced similarly to the RTX 4060, it is the better gaming purchase for most new builds. If the RTX 4060 is substantially cheaper, or if you need Nvidia-specific software and features, its lower VRAM capacity is a reasonable trade-off.
