![]() ![]() ![]() Apps such as FFMPEG, Adobe Premiere Pro, DaVinci Resolve, XSplit, and Handbrake already support AV1 today. Indeed, Intel claims this is the industry's first full AV1 hardware acceleration GPU both for decoding and encoding.Ĭompared to H.264 (50% less efficient) and HEVC (20% less efficient), AV1 is royalty-free, open-source, and it can do more with less ensuring better fidelity for game and video streaming in the coming years. Segments of Intels new dedicated GPU lineup for gaming: mid-range, high-end and ultra-high performance (Disclosure: Intel). ![]() Intel is supporting the tech directly in its Arc A-series GPUs. Intel Iris Xe Max is based on the same game changing media and graphics IP that powers the Intel Iris Xe graphics within the 11th Generation Intel Core processors, and unlocks additional performance with Intel Deep Link technology by enabling the usage of integrated and discrete graphics together to accelerate content creation and AI workloads. Intel has given an update on the timeline for its long-awaited entry into the discrete graphics game: Arc GPUs for laptops are set to ship soon in Q1 2022 (where they’ll slot in neatly on. Want a new GPU on the cheap This AsRock Intel Arc A770 8GB card is down to £272 from Tech Next Day, giving you excellent 1080p performance for less. The same principle applies to Intel Hyper Compute with XMX, which uses all the available compute engines or AI accelerators on an Intel platform to "accelerate creation," such as Topaz Labs AI-enabled photo and video enhancing applications.ĪOMedia Video 1 (AV1), developed by the Alliance for Open Media (AOMedia), which includes Microsoft, Arm, Apple, Netflix, Samsung, NVIDIA, Amazon, is still very new. Intel’s discrete GPU revolution is finally beginning after months of previews and teasers, with the company launching its first Arc A-series GPUs for laptops today. Demo: Intel Deep Link and XMX with Topaz Labs.Īnother feature of Deep Link is Hyper Encode, which can simultaneously leverage all the available media encode engines on the CPU (iGPU) and dGPU. ![]()
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