➀ Intel's Arc B580 graphics card is in high demand as retailers receive weekly restocks; ➁ The demand outstrips supply for the $249 GPU champion; ➂ The success of the Arc B580 is a welcome change for Intel after recent challenges.

➀ Intel confirms the development of Arc Xe4 'Druid' GPUs; ➁ Software optimization is the last step for the upcoming Xe3 'Celestial' GPUs; ➂ Intel's hardware teams are working on next-generation Xe4 GPUs.

➀ Onix Technology Limited is reportedly affiliated with Sapphire Technology Limited; ➁ Onix's new brand is seemingly associated with Sapphire; ➂ Sapphire may have chosen Intel Arc over Nvidia GPUs due to tight allocations.

➀ The Intel Arc B580 GPU, priced at $249.99, is already sold out at major retailers; ➁ More stock is expected to arrive in January 2025; ➂ The GPU offers strong performance and value, surpassing competitors like the GeForce RTX 4060 and Radeon RX 7600.

➀ Intel has finalized the Xe3 'Celestial' architecture and is already working on Xe4; ➁ The Intel Arc B580 'Battlemage' GPU is set to launch on December 13, 2024; ➂ The Arc team has already moved on to developing the next generation of Xe architecture.

➀ Intel is set to announce its next-generation Battlemage graphics card, the Arc B580, on December 3rd; ➁ The card is expected to compete with GeForce RTX 4060 and Radeon RX 7600, offering 12GB VRAM at around $250; ➂ Intel will need to showcase its value proposition against competitors like GeForce RTX 3060, RTX 4060, and Radeon RX 6600 and RX 7600.

➀ Intel is testing its next-gen Xe3 graphics architecture in upcoming APUs; ➁ The company is still waiting to launch its second-gen Arc desktop 'Battlemage' graphics cards; ➂ Intel CEO Pat Gelsinger mentioned a focus on integrated graphics for the future of Arc.

➀ AMD claims a clear win in laptop gaming performance against Intel, with its Radeon 890M being 75% faster on average.➁ AMD's Ryzen AI 300 processors offer more CPU cores and better Radeon drivers compared to Intel's Lunar Lake counterparts.➂ Despite the performance boost, there are trade-offs in image quality and battery life.

➀ An extensive benchmark of GPUs from Nvidia, AMD, and Intel over the past ten years; ➁ Performance hierarchy based on benchmarks at 1080p ultra and 1440p ultra resolutions; ➂ Analysis of ray tracing performance and the impact of DLSS and FSR on gaming.