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The processor will likely be based on an enhanced 10nm node - 10nm+ - and feature new Willow Cove cores. Intel had previously confirmed that Tiger Lake will come with a new processor core in a presentation on the company’s road map. In a video uploaded to the social networking site, Shrout showed a laptop with Gen12 graphics running at 30 frames per second with Battlefield V playing at high settings. In a separate Twitter post, Intel chief performance strategist Ryan Shrout showed off the capabilities of Gen12 graphics. The benchmark also confirmed that Intel’s integrated GPU will be clocked at 1.3GHz and come with 96 EUs.
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Gen12 is expected to provide twice the performance of Gen11, which will help Intel compete against rival AMD’s upcoming 7nm Navi graphics architecture.Ī recent SiSoftware benchmark revealed that Gen12 graphics could go under the Intel Iris Xe branding. Also known as Intel Xe, Gen12 graphics is based on the same GPU architecture that Intel is using for its DG1 discrete graphics card. These nodes are based on first-generation Foveros 3D stacking and second-generation EMIB packaging designs.Īnd even though it hasn’t been formally announced, Intel had already confirmed a few of the features, including support for the new Thunderbolt 4 standard, USB4, as well as new Gen12 graphics. Compared to a 14nm design, Intel claimed that its 10nm-based nodes offer 2.7 times the density scaling.
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Tiger Lake could debut on September 2 at a scheduled Intel event with a 10nm++ design, though that hasn’t yet been confirmed. Intel typically launches its next generation of mobile processors in the fall, and this year it’s the 11th-gen Tiger Lake line. 2020 to come: Tiger Lake, Xe graphics, and more The design is not unlike what ARM’s big.LITTLE chip design, as Intel looks to combine Ice Lake’s Sunny Cove microarchitecture found on the powerful Core i3 and Core i5 processors with power-efficient, Atom-based Tremont cores. Unlike traditional Intel chips, Lakefield uses a combination of architectures designed to optimize performance and battery life. These experimental new chips are set to arrive on foldables, such as Lenovo’s ThinkPad X1 Fold that was announced at CES in January, and on dual-screen devices like Microsoft’s Surface Neo. Intel took a similar approach for desktops by introducing Comet Lake S chips.īeyond those standard annual updates, Intel also officially unveiled its hybrid Lakefield processors, which will arrive later this year in devices with emerging form factors and are likely part of the company’s Project Athena initiative. Its 10th-gen Comet Lake H processors were launched on larger, more powerful laptops. In 2020, Intel is also still launching new versions of its 14nm architecture as well. One of the biggest upgrades to Intel’s Ice Lake processors was the inclusion of Gen11 integrated graphics, also known as Iris Plus.
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in conjunction with Ice Lake Intel is also pushing ahead with its Project Athena initiative, which seeks to standardize small, portable laptops that have been certified by Intel. This year, Intel is continuing its rollout of the 10th-generation processor family, which began with last year’s debut of 10nm Ice Lake on thin and light laptops. Intel hopes that its aggressive development trajectory will help it regain silicon leadership, which will be important for competition against AMD’s Ryzen processors, as well as the urge to move to ARM-based processors from companies like Apple and Microsoft. With its eyes set toward the end of the decade, Intel intends on arriving at a powerfully diminutive 1.4nm node - or just one-tenth the size of its desktop node today - by 2029.
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Critics have lamented Intel’s stubbornness, but the company recently released a 10-year road map outlining a bullish cadence of innovation with a promising long-term outlook. Fitbit Versa 3Įven as rival AMD continues to push forward with its 7nm silicon, Intel has so far hung on to a larger 14nm node for its desktop chips, only migrating to 10nm within this past year on mobile. The values in the examples are measured liberally: the graphics card test system used has a dual-core CPU (65 nm), X38 chipset, two hard drives, and two memory modules, at 85 watts. For a standard PC, having a powerful graphics card can easily account for 50% of the total power consumption.