Intel Arc may not be as energy efficient as Team Green and Team Red platforms, but it offers greater graphical power and support for AV1 encoders – both key elements in creating content creator workflows.
Intel promises regular driver updates to further optimize its upscaling performance; some games even rival that of Nvidia’s RTX 3060 in performance terms.
Intel recently unveiled their own high-end GPU, known as the Intel Arc A770, entering the high-end GPU market. Priced similar to Nvidia’s RTX 3060 but offering higher performance in some games. Plus it comes equipped with extra features such as XeSS upscaling and Ray Tracing capabilities aimed at gamers and content creators alike. But is the Intel Arc A770 worth the price tag? Let’s examine its current performance and pricing to make an assessment.
Intel Arc A770 is an advanced graphics card designed to handle most modern games at medium to high settings, thanks to its 16GB of GDDR6 memory with a bandwidth of 512.0GB/s and boost clock speed of 2.0 GHz. This powerful card can run games with high resolutions and frame rates with stunning visuals and immersive audio that are both breathtaking.
As an alternative to the RTX 3060, the Arc A770 is an excellent option for gamers seeking a quick and reliable graphics card for their PC. Offering excellent performance in newer DirectX 12 and Vulkan titles as well as older games optimized for Intel GPUs, the A770 may not be suitable for players who primarily play DX11 titles with complex settings that need constant adjustments.
Intel Arc A770 is more cost-effective and consumes less power compared to the RTX 3060, boasting superior cooling system features that result in a lower average temperature. On the other hand, RTX 3060 Ti has more memory bandwidth and speed for handling more demanding games with higher framerates.
The RTX 3060 Ti is more expensive than Intel Arc A770, but offers superior performance. Its RTX Ray Tracing technology creates stunning visuals while its DLSS technology improves DX11 games by up to 20 percent – plus, demanding games can run at higher frame rates without using too much power; though this GPU should only be recommended on PCs with 500 W or greater total power capacity.
Intel Arc A770 stands up well to Nvidia RTX 3060 when it comes to performance, both priced similarly and both offering impressive ray-tracing performance in 1080p to 1440p resolution ranges. But when it comes to overall performance, Nvidia RTX 3060 prevails due to their mature drivers offering more consistent experience compared to Intel Arc GPUs that are just debuting.
Intel Arc GPUs are still new, and much remains to be proven with them. But, already they have proven some impressive results in modern games using Direct X 12 and Vulkan APIs; on the other hand, older titles using DX9 or DX11 APIs do show some signs of struggling and there may also be stability issues with Intel’s drivers.
To help you select the appropriate card, we conducted several benchmark tests comparing the performance of Arc A770 and RTX 3060 Ti. In particular, in 3DMark’s DirectX Ray-tracing feature test, Arc A770 offered higher frame rates than Nvidia card but fell behind it when it came to low performance (1% low performance).
Our gameplay tests indicate that the Arc A770 outperformed the RTX 3060 in most cases; however, in certain games where GPU-accelerated effects were being utilized heavily it fell behind. As expected with its more CUDA cores and faster boost clock, it also performed better in rasterized benchmarks.
Intel Arc A770 performs extremely closely against Nvidia cards when editing video with DaVinci Resolve due to Intel Vega architecture’s built-in hardware decoding of popular codecs like HEVC and VP9. However, it should be noted that Nvidia has optimized its RTX 3060 drivers specifically for this kind of workload.
Compute performance comparison between Nvidia’s RTX 3060 and Arc A770 is striking in many applications, due to the former possessing more CUDA cores and RTX features that allow it to excel across more tasks.
After an initially poor debut, Intel’s Arc GPU lineup is slowly making an impactful statement about their presence in the graphics market. While driver performance had held it back from competing against Nvidia and AMD flagship cards, as more drivers are released and Intel architecture adapts to GPU market, these cards are beginning to demonstrate their true potential.
The Arc A770 is an efficient graphics card that can compete with Nvidia’s RTX 3060 in most modern games, though exact performance will depend on resolution and game type. In some instances it even outshines it – including in ray-traced titles! However, keep in mind that the RTX 3060 Ti offers superior cooling capacities and overall is more energy-efficient despite having lower framerates in certain titles.
Even with its limitations, the Intel Arc A770 remains an excellent budget solution for gamers looking for quality ray-tracing performance at an affordable price. It can handle most modern titles with high texture detail and multiple visual effects while offering exceptional ray-tracing performance at relatively affordable price points.
Intel Arc A770’s energy requirements are also minimal, so your utility bill won’t increase drastically; at full load consumption only 170 W is consumed and it has an extremely low operating temperature that makes it ideal for gaming PC users who seek a cooler operating environment.
Even with its impressive results, Intel Arc A770 still isn’t quite ready for primetime just yet. It doesn’t beat Nvidia RTX 3060 in all games at 1080p resolution and only outperforms Radeon 6650 XT by about 9% in most titles – meaning a significant price reduction will be necessary before it can compete against Nvidia’s latest GPUs at this price point.
Intel Arc A770 Vs Rtx 3060 is an excellent option for anyone in search of an upgrade in graphics card performance and compatibility, offering exceptional performance across a range of motherboards while boasting lower temperature and power consumption than its Nvidia counterpart as well as offering faster boost clock and providing greater memory bandwidth than it.
The Arc A770 has been performing well in many newer DX12 and Vulkan games, often matching or outstripping Nvidia’s RTX 3060 in some titles. Unfortunately, however, legacy or non-triple-A games don’t fare quite as well compared to its counterpart. Intel has pledged their focus towards improving current-gen APIs like DX12 and Vulkan with future driver releases; hopefully these may improve upon performance as well.
Intel Arc A770 stands head and shoulders above Nvidia RTX 3060 when it comes to ray-tracing performance, reaching up to 114fps on The DioField Chronicle, 89fps on Arcadegeddon and 87fps in Shadow of the Tomb Raider respectively compared to just 74fps from its counterpart RTX 3060.
Intel Arc A770 excels at rendering high-resolution textures at higher frame rates, which is especially advantageous for gamers playing 4K resolution games. However, the RTX 3060 Ti is faster at rendering these textures than Arc A770.
The RTX 3060 Ti outshines its counterpart in terms of power efficiency as it consumes 191.6 W, 2.4% more than 172.6 W consumed by Arc A770. Furthermore, its cooling system boasts superiority as it maintains an average temperature of 58degC; 12.1% lower than Arc A770’s temperature averages.
Although Intel Arc A770 initially started slowly, it has managed to quickly surpass Nvidia and AMD’s flagship GPUs in performance and capabilities. Indeed, it now appears to be on track to become one of the premier mid-range GPUs, while future upgrades could further close any gaps with Nvidia RTX 3060 GPUs – making this Intel Arc A770 card an excellent option for experiencing the benefits of Ray-Tracing gaming titles.