Intel Arc graphics cards are an economical choice for gamers looking to save money. However, older games that utilize higher settings may require NVIDIA’s RTX 3070 instead.
The RTX 3070 provides superior performance in popular video games with both GDDR6 memory and 32 Raytracing Acceleration Cores, and excels at meeting 1% low benchmark requirements while maintaining lower temperatures.
Power Consumption
The RTX 3070 stands out in both power efficiency and thermal efficiency tests, using 16.2% less power and maintaining 9.7% lower average temperatures compared to its Arc A770 counterpart – making it an excellent choice for gamers who wish to take advantage of ray tracing features found in today’s popular games.
Intel Arc A770 graphics cards deliver exceptional gaming performance at 1080p and 1440p resolutions, but their true strength lies in ray tracing, where it easily competes or even outshines Nvidia’s flagship RTX 3070 card. Equipped with 16GB GDDR6 graphics memory for maximum bandwidth of 560 GB/s; significantly more than 8GB VRAM of the Nvidia RTX 3070 card.
Intel’s new GPU, A770, has had an inconsistent debut; however, with additional driver updates and better adaptation to Nvidia APIs, its performance should eventually match that of an RTX 3070 in most modern titles. When coupled with Ryzen processors like 6700Xs it may even outperform it in certain titles such as Cyberpunk 2077 when ReBar is activated.
But the Intel Arc A770 does consume a great deal of power; its TDP of 225W far surpasses that of Radeon RX 6600 (121W). This can be partially explained by its higher CPU core count and more FP32 cores, along with wider memory bus.
Linus Tech Tips’ recent testing demonstrated that the Arc A770 could rival or surpass Nvidia’s RTX 3060 Ti in most scenarios, though it lagged slightly when ray tracing was enabled. Horizon Zero Dawn saw it outshout the 6650 XT by 16% while being significantly closer to it at 1440p resolution than any Radeon RX 6600 card and faster by an impressive 19% than Radeon RX 6600 at 1440p resolution; at idle draw was 167W while consumption peaked around 35W when active compared with official TDP figure of 225W; something Linus Tech Tips will have to pay close attention.
Thermal Performance
Intel Arc A770 is an impressive graphics card designed to take on Nvidia RTX 3070 as the premier GPU available today, boasting superior gaming performance, reduced power consumption, and support for ray-tracing technology. However, Intel’s Arc A770 provides some compelling features which may make it worth your while when selecting your GPU option.
The Arc A770 features the DG2-512 GPU, which is an upgraded version of Iris MAX graphics processors found in other laptops. Built on TSMC’s 6nm process and equipped with 4,096 shading units and 32 RT (ray tracing) cores as well as 512 execution units and 128 ROPs; its clock frequency stands at 2,100MHz while it features GDDR6 memory with 256 bits for storage capacity; standard A770 models come equipped with 8GB VRAM but can be upgraded up to 16GB VRAM upgrades if desired.
Thermally speaking, the RTX 3070 outperforms Arc A770 considerably. Operating at an average temperature of 63degC versus its higher temperature of 66degC counterpart, plus using less power consuming only 186.2W against 229.4W for cooling power is what really sets it apart from its rival.
As for gaming performance, the Arc A770 falls behind its counterpart RTX 3070 in most benchmarks. While the former offers superior FPS performance across a wider variety of titles, Arc A770 struggles to keep up with modern titles at higher resolutions. But as more drivers are released and Intel becomes comfortable with its new GPU architecture, performance should improve significantly for Intel Arc A770 users.
The Nvidia RTX 3070 can be purchased through their board partners and online for approximately $329; its price may fluctuate based on demand and supply; in general, however, the RTX 3070 tends to be cheaper than its Intel Arc A770 counterpart and provides superior performance and compatibility – ultimately it depends on personal preferences and budget; for die-hard Intel fans though it might be best to go with the Arc A770 card instead.
Gaming Performance
The Intel Arc A770 is an excellent graphics card capable of handling most modern games at an affordable price point. However, for more advanced graphics needs the RTX 3070 may offer superior performance; here we compare their respective performance in various gaming benchmarks.
First, let’s compare the performance of Arc A770 with that of an RTX 3060. The latter boasts larger frame buffer, faster processor and more RAM; higher frame rate and superior color accuracy than Arc A770 as well as more Tensor Cores than Arc A770 which make it a superior option for AI workloads.
Gaming performance-wise, the RTX 3070 easily outclassed Arc A770 across most benchmark tests we conducted. Averaging an FPS score of 93 while Arc A770 only managed an FPS rate of 84 is achieved. Furthermore, its thermal efficiency far outshone Arc A770 by maintaining an average temperature of only 63degC versus their higher average temperature of 66degC.
The RTX 3070 excels at handling complex scenes. It can quickly render 3D models and environments, and features a significantly faster graphics pipeline for running demanding games without difficulty. Furthermore, its sophisticated display engine can produce smoother images.
Arc A770 shines when used with well-optimised games like Metro Exodus. For instance, in Metro Exodus it can deliver significantly higher frame rates than its rival, the RTX 3060. The difference can reach 54% – truly remarkable! Other titles see smaller differences; often trailing by 19% (Horizon Zero Dawn), leading by 28% (Red Dead Redemption 2) or even trailing slightly behind at times (28% in Horizon Zero Dawn). Furthermore, RTX 3070s are better suited to 1440p resolution as they support Raytracing technology compared to A770 cards (Horizon Zero Dawn), thus offering higher frame rates as compared to both rival RTX 3070 cards when running at 1440p resolution with Raytracing support (Horizon Zero Dawn), providing higher frame rates than that offered by Arc A770’s counterpart RTX 3070 support as well as Raytracing support (Horizon Zero Dawn) by as much as 28% more often leading by 28% when outperforming rival RTX 3070 supported Raytracing technology more suitable and supported Raytracing; although both models support Raytracing capabilities than the latter’s more suitable 1440p support, although not Raytracing support raytracing features than its counterpart (Horizon Zero Dawn 19%) while leading by 28% more or leading by 28% when playing Red Dead Redemption 2) which allows it can do (Horiz Zero Dawn 19% while leading it by 28%). Finally RTX3070 more suitable 1440p support; although more suitable 1440p supported Raytracing in Red Dead Redemption 2.
Value
Intel’s Arc GPU has had a slow start in gaming, suffering from driver issues and performance that lags both AMD’s and Nvidia’s flagship cards. As drivers improve and Intel becomes accustomed to its new GPU architecture, performance should improve enough that Intel cards become more competitive against DX11 games – potentially even matching or outstripping an RTX 3070 in certain instances – but for now most gamers opt for Nvidia products instead.
Our tests demonstrated that Intel Arc A770 performed admirably against Nvidia RTX 3070 in many modern DX12 and Vulkan titles, even outperforming it occasionally – such as using ReBar in Cyberpunk 2077. However, when it came to average FPS performance and ray-tracing capabilities, Nvidia still held the edge.
The RTX 3070 stands out with superior cooling efficiency, boasting lower temperatures while using less power than its rival, the Arc A770. While one consumes 231.2 W and one operates at 199.6 W respectively – that’s an approximate 14.6% difference! Furthermore, the RTX 3070’s low performance exceeds its counterpart by a significant margin.
Decisions on choosing between the Intel Arc A770 or Nvidia RTX 3070 ultimately depend on personal preference and budget considerations. While the Intel card provides its own set of features and technologies that could make for an intriguing option when building an entry-level gaming PC at a more cost-effective price point, the latter offers more consistent experiences as well as wider range of features and capabilities, making it the better overall choice.
The ARC A770 and the RTX 3070 are among the most sought-after graphics cards on the market, both offering exceptional performance, great value, and support for many popular games. While the former boasts superior power efficiency, its rival is preferred when playing higher resolutions with Ray-tracing enabled, as well as superior features like DLSS support and RT cores.
