According to foreign media reports, Samsung announced a wearable device for the chip Exynos7 Dual 7270 – the first use of 14-nanometer wearable device application processor.

Samsung in 2015 began production of 14-nanometer smart phone chip. Applied in the international version of Samsung GalaxyS6, S6 edge and Galaxy Note5 Exynos 7420, Samsung is the first 14-nanometer chip, Samsung will now use advanced 14-nanometer process to produce wearable device chips.

The Exynos 7270 integrates two ARM CortexA53 cores – striking a balance between efficiency and performance. Samsung said the Exynos 7270 consumes about 20 percent less energy than its 28-nanometer equivalent chip due to its 14-nm process. hd74ls00p

Interestingly, the Exynos 7270 is also integrated with an LTE Cat.4 modem, meaning that the wearable device configured with the chip transmits data directly from the mobile carrier’s network without the need for a mobile phone. In addition, it also supports WiFi, Bluetooth and FM technology.

Exynos 7270 Another selling point is that it integrates CPU, wireless module, DRAM memory and NAND memory. Samsung said the solution could reduce chip thickness by about 30 percent, which would allow wearable equipment manufacturers to design thinner wearable devices without sacrificing performance or performance.

Samsung did not disclose the first time that the wearable device with Exynos7270 was available for sale, but vendors interested in it already had access to reference platforms – including Exynos 7270 chips, NFC chips and a variety of sensors – to start product design ahead of schedule. lm2594

Although Samsung did not mention, but the industry speculation, Exynos7270 will be the core of Samsung GearS3 smart watches. GearS3 is expected to be released as early as this month.