The high-end mobile processor Exynos 2200 opens up a new track for mobile processor development

Recently, Samsung Electronics launched its new high-end mobile processor Exynos 2200. According to reports, Samsung is based on the advanced 4nm pole ultraviolet lithography process, and equipped with a new Xclipse GPU and a new NPU with a powerful RDNA 2 architecture, opening up a new track for the future mobile digital experience.

The relevant person in charge of Samsung Electronics said that the extreme ultraviolet lithography process is a forward-looking and difficult semiconductor processing process. This time, the Samsung Exynos 2200 CPU uses the ultimate accuracy of 4nm, which can place more electronic components per unit area to improve performance.

The Exynos 2200 uses a very UV lithography semiconductor process. Courtesy of respondents

The person in charge also proposed that the Exynos 2200 has significant improvements in performance and security, and its CPU part adopts a three-cluster structure design, consisting of a flagship core Arm Cortex-X2, three large core Cortex-A710 with balanced energy efficiency ratios, and four energy-efficient small core Cortex-A510, a total of 8 cores. The flagship core handles heavy tasks, the energy-efficient big core is used to ensure smooth daily use, and the energy-saving small core allows the device to have a longer battery life.

At the same time, the MFC multi-format codec in the Exynos 2200 supports 8K video recording at 30fps or 4K video recording at 120fps, and can decode 4K video at up to 240fps and 8K video at up to 60fps, and can also browse smoothly after shooting high-definition footage. Exynos 2200's new ISP supports collaborative work with NPUs to intelligently adjust the look and feel of the picture based on AI to identify multiple objects, environments, and faces when taking photos. Its ISP architecture has been redesigned, combined with the latest sensor to support 200 million pixel images shooting, or 108 million pixels of images at a speed of 30 frames per second, supporting 64 million pixels + 36 million pixels dual camera solution, but also to meet the needs of most users.