Samsung is Developing Advanced Exynos SoC with NPU on 5G Modem for Real-Time Satellite Prediction and Enhanced Signal Strength

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Samsung’s Pioneering Efforts in Chipset Development

Recent reports highlight that Samsung is not only advancing its 2nm GAA process for future Exynos chipsets but is also planning to integrate a Neural Processing Unit (NPU) into the SoC’s 5G modem. This enhancement aims to facilitate real-time and efficient satellite communications.

Apple first introduced satellite communication features with its iPhone 14, branded as Emergency SOS via satellite. Following suit, Samsung is expected to enhance its offerings, potentially rolling out similar capabilities within its Galaxy smartphones. The highly anticipated Exynos 2600 may mark a significant milestone in this development next year, powering a wide range of devices.

Disruption of Satellite Connectivity Efforts by Samsung’s New Exynos Chipset

A recent meeting between a Samsung semiconductor executive and representatives from SpaceX has generated buzz, with reports suggesting the discussion focused on advancing a new Exynos SoC designed to interact with low-orbit satellites efficiently.

Industry analysts speculate that Samsung aims to penetrate the supply chain being constructed by SpaceX using an Exynos chipset equipped with an integrated NPU in its 5G modem. Current System on Chips (SoCs) struggle to interact directly with approximately 10, 000 low-orbit satellites, which are pivotal for facilitating fast communication with terminals, particularly smartphones.

This innovative modem is expected not only to enhance AI capabilities, forecasting satellite movements and monitoring beam statuses in real time but also to optimize signal strength. However, specifics about this Exynos chipset remain scarce, especially regarding its designation as the Exynos 2600. Previous rumors indicated that this model might feature a standalone 5G modem that could affect the overall efficiency of the chipset.

Source Article: Hankyung

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