Iris Xe MAX Graphics: Intel Launches Its First Discrete GPU for Thin-and-Light Laptops Figure : Intel

Intel has finally released its much-discussed DG1 discrete GPU, which debuted today in the form of the Iris Xe MAX graphics chip, specially designed for thin and light notebooks.

According to Intel, Iris Xe MAX is powerful enough to handle today’s most popular 1080p games. The GPU introduces two new features, Game Sharpening and Instant Game Tuning, the latest of which includes automatic driver updates.

Iris Xe MAX also uses Intel Deep Link Technology to improve performance. It works by combining multiple processing units and a common software environment to scale the workload on discrete, integrated GPUs.

The first devices with Iris Xe MAX graphics are the Acer Swift 3x, the Asus VivoBook Flip TP470 and the Dell Inspiron 15 7000 2-in-1. These thin and light notebooks are available today.

 

Original press release

What’s the news? Today Intel launched the Intel® Iris® Xe MAX graphics cards, designed for thin and light notebooks and now available through its partners. Intel Iris Xe MAX graphics cards are based on the same Xe-LP microarchitecture used for the 11th generation Intel Iris Xe graphics cards. It uses the Intel® mobile processor generation Core™. It is Intel’s first Xe-based Discrete Graphics Processing Unit (GPU) as part of its strategy to enter the discrete graphics market. Intel Iris Xe MAX platforms incorporate Intel® Deep Link Technology as part of Intel® Adaptix™, support PCIe Gen 4 and meet the growing demand for performance in creating content for thin and light notebooks.

We took up the challenge to redefine the role of discrete graphics in thin and light notebooks and to appeal to a growing segment of creative professionals who want more portability. Iris Xe MAX graphics cards and Intel® Deep Link Technology are examples of platform innovations that Intel intends to bring to market in the future when we implement our scalable Xe roadmap.
– Roger Chandler, Vice President and General Manager of XPU Products and Client Solutions for Intel’s Architecture, Graphics and Software Group.

Why this is important: On Intel® Architecture Day, Intel announced that the Xe-LP microarchitecture will deliver high performance for mobile platforms. Intel Iris Xe graphics transform the visual experience on mobile PCs and offer a new level of visual experience with the 11th generation of Intel Iris Xe graphics. Intel Core mobile processors feature impressive graphics with low power consumption and state-of-the-art multimedia, display and artificial intelligence features. Intel continues to innovate and leads the way in the introduction of 11th generation mobile core processors. Intel Iris Xe and Intel Iris Xe MAX to offer developers a new experience, access to a more open and distributed software platform and simplified distribution and validation of drivers for customers.

That’s exactly what Deep Connection does: Deep Link integrates multiple calculators using a common software platform to enable new features and improved PC performance. This framework unleashes the creative potential of thin and lightweight notebooks by maximizing processing power, increasing the performance of Artificial Intelligence (AI) and taking encryption to a new level.

  • How Deep Connection works : DeepLink technology integrates processors under a common software shell and enables software developers to dramatically improve performance when creating content. Applications can scale specific workloads using integrated and discrete graphs. Here are a few examples:
  • Additive artificial intelligence that makes it possible to meet and render on both GPUs to speed up the creation of content.
    A combination of state-of-the-art encoding engines in each GPU with hypercoding, allowing video to be rendered for replay or sharing.

The first applications to support Deep Link use the Intel® Media SDK, the Intel® Toolkit distribution OpenVINO™ and the Intel® Profiler VTune™ to access the full power of the platform. Developers will also benefit from deep link technology with powerful Intel OneAPI tools for cross-architecture applications. Developers interested in accessing deep link technology may sign up to receive future updates and information.

Where you can get it: Starting today, Intel® Iris® Xe MAX graphics cards are available for Acer Swift 3x, Asus VivoBook Flip TP470 and Dell Inspiron 15 7000 2-in-1. These are the first devices to respond to the 11. Intel Core mobile processors, Intel Iris Xe MAX graphics and Intel Deep Link technology.

What she delivers: The Intel Core mobile processors of the 11. The Intel Iris Xe MAX graphics generation offers up to 7x faster AI add-ons than comparable third-party notebooks and Hyper Encode for up to 1.78x faster encoding compared to high-end desktop graphics cards. In addition, the processor in thin and light laptops, in combination with discrete third-party graphics, is rarely optimized. Deep Link Dynamic Power Share allows you to allocate all power and heat sources to the CPU when discrete graphics are inactive, resulting in a 20% increase in CPU power when the creator attempts to perform a permanent task such as B. final display.
Intel Iris Xe MAX graphics cards offer excellent 1080p, thin and light, even in the most popular games. Intel adds two new features to the gameplay: Sharpening of the game and immediate execution of the game. These features will be available through the Intel® Graphics Command Center.

Intel offers two packages of actions that deliver applications and games to their creators. A set for the 11th. The generation of systems with Intel Core processors is launched in 3rd place. The second set, exclusive to Intel Iris Xe MAX-based systems, will be available on Amazon.com and other participating retailers.

What happens then? The Xe architecture is a fully scalable graphics architecture that will serve many markets, from embedded graphics to discrete, high-end entry-level graphics for gaming applications and data centers for HPC and AI workloads. In addition to mobile phones, Intel is working with partners to introduce discrete Xe-LP graphics on valuable desktops in the first half of 2021. Intel is on track to improve visual computing for billions of people while continuing to develop its Xe architecture and software initiatives. This year the server GPUs based on the Intel® Xe-LP processor will go on sale and Xe-HP and Xe-HPG products will be available in 2021.

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