Samsung Created the First 7-Nanometer EUV Phone Processor
Daniel Johnson — August 12, 2019 — Tech
Samsung has created its first 7-nanometer EUV processor that will likely power the Galaxy Note 10. The new Samsung processor is titled the Exynos 9825, and it is the first phone chip to be built using 7-nanometer EUV which is an extreme ultra-violet silicon material that the company revealed in October of 2018. The new smartphone chip is faster and more power-efficient than its predecessors, especially for users who frequently play video games on their mobile device.
Other features of the new phone chips include 4G LTE that has a maximum of 2Gbps. The phone chip does not have built-in 5G capabilities, however, Samsung could outsource technology to access 5G. Other noteworthy features are Samsung's "neural processing unit" which will help AI photography, as well as augmented reality capabilities for the device.
Image Credit: Samsung
Other features of the new phone chips include 4G LTE that has a maximum of 2Gbps. The phone chip does not have built-in 5G capabilities, however, Samsung could outsource technology to access 5G. Other noteworthy features are Samsung's "neural processing unit" which will help AI photography, as well as augmented reality capabilities for the device.
Image Credit: Samsung
Trend Themes
1. 7-nanometer EUV Processors - The creation of 7-nanometer EUV processors opens up opportunities for faster and more power-efficient smartphones.
2. Silicone-manufactured Chips - The use of silicone material in smartphone chips presents opportunities for improved performance and efficiency in mobile devices.
3. AI Photography and Augmented Reality - The integration of neural processing units and augmented reality capabilities in smartphone chips allows for enhanced photography and immersive experiences on mobile devices.
Industry Implications
1. Smartphone Manufacturing - Smartphone manufacturers can leverage 7-nanometer EUV processors and silicone-manufactured chips to develop high-performance and energy-efficient mobile devices.
2. Gaming and Entertainment - The introduction of faster and more power-efficient smartphone chips opens up opportunities for immersive gaming and entertainment experiences on mobile devices.
3. Artificial Intelligence and Augmented Reality - The integration of AI photography and augmented reality capabilities in smartphone chips creates opportunities for advanced camera functionalities and immersive AR experiences.
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