Samsung Electronics unveiled the 'Exynos 2200' mobile AP, which addresses its weaknesses in high power consumption and GPU performance compared to competitors.

The 'Exynos 2200', announced by Samsung Electronics on the 18th, features a proprietary power efficiency optimization solution to reduce power consumption, provides a high-performance and high-definition gaming experience, and has improved NPU performance and machine learning capabilities.

The 'Exynos 2200' features the cutting-edge 4nm EUV process, the latest mobile technology, a next-generation GPU, and an NPU, providing a new dimension of user experience in various areas such as gaming, image processing, and AI.

The 'Exynos 2200' is equipped with the 'Xclipse' GPU, co-developed with AMD, providing a high-performance, high-definition gaming experience comparable to console games.

'Xclips' is based on AMD's latest graphics architecture, 'RDNA 2', and supports industry-leading game graphics performance on mobile devices.

Samsung Electronics has equipped its mobile AP with a hardware-based 'Ray Tracing' feature for the first time.

Ray tracingThe quo; function is a technology that tracks light transmitted, refracted, and reflected from objects to represent them realistically, making the game more realistic.

Samsung Electronics has also incorporated 'Variable Rate Shading' technology, which efficiently uses the GPU by selectively adjusting the shading of the image.

'Variable Rate Shading' analyzes video brightness, motion, etc., to provide optimized rendering for high-performance and high-definition scenes.

In addition, it is equipped with 'AMIGO (Advanced Multi-IP Governor),' a proprietary solution that optimizes power efficiency, reducing the burden of battery consumption in high-definition and high-spec games and programs.

The 'Exynos 2200' is based on Arm's latest CPU architecture 'Armv9' and features improved NPU performance and machine learning capabilities.

In particular, NPU computational performance has improved by more than double compared to the previous model, strengthening on-device AI capabilities that enable AI functions on smart devices.

In addition, the 'Exynos 2200' is designed as an octa-core with a 'Tri-Cluster structure' equipped with one high-performance 'Cortex-X2', three 'Cortex-A710's, and four low-power 'Cortex-A510's.

The 'Exynos 2200' has a built-in 5G modem compliant with the 3GPP Release 16 standard. It supports all major 5G frequencies worldwide, from the low frequency band (Sub-6) to the high frequency band (mmWave).

In addition, the Exynos 2200 is equipped with a high-performance ISP (Image Signal Processor) capable of processing up to 200 million pixels. The Exynos 2200 supports up to seven image sensors and can simultaneously process video and images input from four image sensors.

The ISP of the 'Exynos 2200' works in conjunction with the NPU to recognize various objects, environments, and people in the background, and supports professional photographer-level photography by adjusting the optimal color and contrast exposure.

Park Yong-in, President and Head of Samsung Electronics’ System LSI Business, stated, “Samsung Electronics will continue to launch differentiated strategic products, not just mobile APs,” adding, “We will lead innovation across the entire system semiconductor sector.”