Qualcomm Officially Introduces Snapdragon 670 – Improved Kryo Core Performance With 10nm LPP Node With Snapdragon 660 Its Predecessor

Qualcomm Officially Introduces Snapdragon 670 – Improved Kryo Core Performance With 10nm LPP Node With Snapdragon 660 Its Predecessor

6 years ago
Anonymous $oIHRkISgaL

https://wccftech.com/qualcomm-snapdragon-670-official-specifications-features-performance/

Qualcomm officially introduced the Snapdragon 670 today, with the latest entrant in the 600-series mid-range lineup aiming to bridge the gap between the 600 series and the recently introduced Snapdragon 710. The Snapdragon 710 was the first SoC to be released under the new Snapdragon 700 tier of chipsets and it was aimed to fill the gap between the Snapdragon 600 and 800 series by introducing many of Qualcomm’s flagship features at an affordable cost.

The new Snapdragon 670 has the same CPU configuration as the Snapdragon 710. The Kryo 360 efficiency and performance cores are based on the Cortex-A55 and Cortex-A75 IP designs, respectively. The two performance cores running at a speed of 2.00GHz, while the more efficient cores, which are present in a total number of six are running 1.70GHz.

Qualcomm Officially Introduces Snapdragon 670 – Improved Kryo Core Performance With 10nm LPP Node With Snapdragon 660 Its Predecessor

Aug 8, 2018, 1:27pm UTC
https://wccftech.com/qualcomm-snapdragon-670-official-specifications-features-performance/ > Qualcomm officially introduced the Snapdragon 670 today, with the latest entrant in the 600-series mid-range lineup aiming to bridge the gap between the 600 series and the recently introduced Snapdragon 710. The Snapdragon 710 was the first SoC to be released under the new Snapdragon 700 tier of chipsets and it was aimed to fill the gap between the Snapdragon 600 and 800 series by introducing many of Qualcomm’s flagship features at an affordable cost. > The new Snapdragon 670 has the same CPU configuration as the Snapdragon 710. The Kryo 360 efficiency and performance cores are based on the Cortex-A55 and Cortex-A75 IP designs, respectively. The two performance cores running at a speed of 2.00GHz, while the more efficient cores, which are present in a total number of six are running 1.70GHz.