The Exynos W920 sports a separate dedicated low-power processor allowing users to handle tasks like checking the time, viewing notifications, powering the always-on display, and making calls without consuming a large chunk of battery life. Using the 5nm EUV process node and advanced packaging techniques means that the W920 doesn't take up too much internal space helping Sammy design a sleeker-looking smartwatch series.
The Exynos W920 uses a dual-core architecture comprised of two Cortex-A55 CPU cores running at a clock speed of 1.18GHz. It also features ARM's Mali-G68 MP2 GPU and a modem with support for download speeds up to 150Mbps and 75Mbps for uploads. There is 1.5GB (or 12Gb) of memory with 16GB of eMMC storage.
The Exynos 9110 found inside the Galaxy Watch 3 was manufactured using the 10nm process node. The dual-core chip featured the Cortex-A53 CPU running at a clock speed of 1.15GHz. The Exynos W920 should deliver a nice improvement in performance for Galaxy Watch 4 wearers who are upgrading from the previous Galaxy Watch model.
Pre-order the Galaxy Watch 4 and Galaxy Watch 4 Classic
On Friday, Google released a short video (48 seconds) promoting the Exynos W920. The video is supposed to show the view from inside one of the new Galaxy Watch 4 timepieces as someone wears one while swimming, cycling, playing basketball, and exercising (using a rowing machine?). The pounding rhythm of a heartbeat in the background might be a reminder that the devices can track a user's physical activities and some health-related metrics including his/her heart rate.
And as a Galaxy Watch 4 user runs on the streets of an unnamed city, the tag line appears. Perhaps a nod to the extra power and battery life available with the 5nm chip, Samsung says "Power up. Go the extra mile."
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