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Samsung’s Exynos chipset is venturing into 10nm territory with the latest Exynos 9 Series 8895. This chip promises up to 27% higher performance and 40% lower power consumption than a comparable 14nm chip.
The chipset features an octa-core CPU starring second generation custom Samsung cores (four of them) as the big cluster while Cortex-A53 (again, four) reprises its role as the little cluster. The GPU is a Mali-G71, which has its eye on VR. It should have as much as 20 cores!

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Samsung maintains parity with Qualcomm by offering a Gigabit LTE modem – that’s 1Gpbs down and 150Mbps up. A built-in security module will work with fingerprint readers and iris scanners for secure payments.
VR is a special focus of the Exynos 9 Series 8895. The GPU is built with VR in mind and promises to minimize latency for a more immersive experience. Non-interactive VR is helped by the video decoder, which can enhance 360° videos.

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Other goodies include support for 4K @ 120fps video recording and playback. There’s a Vision Processing Unit too, which can track moving objects in video, help with panorama processing and machine vision.
Samsung has more than flagship smartphones in mind for the Exynos 9 – automotive infotainment systems are another opportunity to shine. Audi has already signed up to use Exynos chips in its cars and thanks to the Harman acquisition, Samsung will have more customers lined up.
Before we go, here’s how the new Exynos chip stacks up against the known competition.
Chipset Process CPU GPU GPU cores
Exynos 8895 10nm 4x 2nd gen. Mongoose + 4x A53 Mali-G71 20
Exynos 8890 14nm 4x Mongoose + 4x A53 Mali-T880 12
Kirin 960 16nm 4x A73 + 4x A53 Mali-G71 8
Helio X30 10nm 2x A73 + 4x A53 + 4x A35 PowerVR 7XT Plus
Snapdragon 835 10nm 4x Kryo 280 + 4x A53 Adreno 540
Pinecone V970 ⋆ 10nm 4x A73 + 4x A53 Mali-G71 12

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