The Exynos W920 offers 20 per cent better CPU performance and 10x better GPU performance.
Ahead of the Galaxy Unpacked event on August 11, Samsung has unveiled a replacement Exynos chip meant for wearable devices: the Exynos W920.
This new Exynos chip will power Samsung’s upcoming Galaxy Watch 4, which is slated to become the primary smartwatch to be announced running Wear OS 3.
Samsung’s New Exynos Wearable Chip Is a Major Upgrade
The Exynos W920 may be a massive intensify within the performance and efficiency department from Samsung’s previous wearable chipset. It’s also the world’s first wearable chip that’s fabricated on the 5nm EUV node.
Additionally, Samsung has used Fan-Out Panel Level Packaging (FO-PLP) to make sure the W920 is the smallest wearable chipset within the market. This packaging method ensures the facility management chip, LPDDR4 RAM, and eMMC storage are full of the Exynos W920 to release internal space, which may be wont to house a much bigger battery or make the wearable sleeker.
The Exynos W920 features two Cortex-A55 cores alongside an Arm Mali-G68 CPU. Samsung claims this offers up to twenty per cent better CPU performance and a 10x boost in GPU performance than its previous wearable chipset. The powerful CPU cores will cause faster app launches. There is a low-power Cortex-M55 processor also to power the Always-on Display mode and reduce power consumption.
The Exynos W920 features an integrated Cat.4 LTE modem and GNSS L1 for cellular connectivity and tracking outdoor workouts. It also supports Wi-Fi b/g/n and Bluetooth 5.0.
Samsung’s last wearable chipset was the Exynos 9110 that’s fabricated on the 10nm node. It packs a dual-core 1.1Ghz Cortex-A53 processor and, therefore, the Mali-T720 GPU. This chipset powers Samsung’s existing Tizen lineup of smartwatches.
Samsung’s New Wearable Chipset Is Exactly What Wear OS 3 Needs
The Exynos W920 will power the upcoming Samsung Galaxy Watch 4, which will run on a replacement version of wear and tear OS.
The new chip should cause a huge jump in performance, battery life, and user experience compared to existing Wear OS smartwatches within the market. the bulk of existing Wear OS smartwatches are powered by Qualcomm’s Wear 3100 platform that’s supported the 28nm node and features a quad-core Cortex-A7 CPU.
The Exynos W920 is also superior to Qualcomm’s Wear 4100 platform, which supports the 12nm node and features four Cortex-A53 cores.
Coupled with all the opposite performance and efficiency improvements that Google has made to Wear OS 3 as a neighbourhood of the revamp, it’s like Wear OS is finally getting an attempt within the arm that it desperately needs.