During Intel’s recent conference, where new details about the launch of the Meteor Lake processors were revealed, the company also gave a glimpse of its upcoming Lunar Lake line. While initial information suggested that Lunar Lake could make its debut as early as 2024, a well-regarded leaker has now shared more details on the Lunar Lake MX processors.
In a now-deleted tweet, @YuuKi_AnS, a prominent leaker on X (formerly Twitter), posted screenshots that provide insight into the Lunar Lake MX processors. According to the leaked images, the Lunar Lake MX processors are expected to feature up to eight cores, consisting of four energy-efficient Skymont cores and four high-performance Lion Cove cores.
Furthermore, the Lunar Lake MX processors are anticipated to come with 12MB cache, up to a six-tile NPU 4.0 AI accelerator, and up to eight Xe2 GPU clusters. These processors will be produced using TSMC’s 3nm-class N3B process technology, although Intel has stated that the line will rely on its own 18A (1.8nm-class) fabrication process.
Unlike the Meteor Lake-H series, which was designed with high-performance gaming in mind, the Lunar Lake architecture focuses on low-power processing. The Lunar Lake MX GPU will support various display interfaces, including DisplayPort 1.4 and HDMI 2.1, and is expected to feature hardware-based VVC/H.266 video decoding.
Memory-wise, the Lunar Lake MX processors are rumored to be available in 16GB and 32GB configurations at the time of launch. It is worth mentioning that Microsoft is assisting Intel in the development of Lunar Lake, which could aid in software and hardware integration, according to Guru3D.
Connectivity-wise, the Lunar Lake line is expected to include the BE201 network card, which will support Wi-Fi 7 and Bluetooth 5.4 connections.
While the exact release date remains uncertain, the Lunar Lake lineup is still anticipated to debut as early as 2024.
In conclusion, Intel’s Lunar Lake MX processors promise to deliver enhanced performance with their combination of energy-efficient Skymont cores and high-performance Lion Cove cores. With features like a six-tile NPU 4.0 AI accelerator and up to eight Xe2 GPU clusters, these processors aim to provide efficient low-power processing capabilities. Additionally, support for various display interfaces, hardware-based video decoding, and collaboration with Microsoft for software and hardware integration further enhance the appeal of the Lunar Lake line. As we await the official release, it will be interesting to see how Intel’s Lunar Lake processors shape the future of computing.
