Samsung completes 2nd gen 10-nanometer process

The 10-nanometer Lower Power Plus process increases chip performance by 10 percent and energy efficiency by 15 percent, and will likely be used for the Galaxy Note 8.

Samsung Electronics has completed the development of its second-generation 10-nanometer process, the company said.

The 10-nanometer Lower Power Plus (10LPP) increases performance by 10 percent and consumes 15 percent less power than its predecessor the 10-nanometer Lower Power Early (10LPE) process, the company added.

Samsung began mass production of 10-nanometer processors, using the 10LPE process, last year in October. It used the process for its own System-on-a-Chip (SoC), the Exynos 9, and Qualcomm's Snapdragon 835, which powers the Galaxy S8 and S8 Plus.

The newer process will likely be used to make SoCs that power the Galaxy Note 8 in the fall.

The company said it will diversify its client base with the second-generation 10-nanometer process to not only mobile clients, but for computing, wearables, the Internet of Things, and networks.

Samsung will also expand its S3 line at Hwaseong to prepare for increased demand for its 10-nanometer process.

The company built 14-nanometer chips up until last year.

Samsung previously said it plans to move to 7-nanometer after 10-nanometer.

It competes with Taiwan's TSMC for contract-making clients, the two most important being Apple and Qualcomm.

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