Several software program options from Samsung’s unannounced Galaxy Watch three have leaked, after the smartwatch’s firmware was downloaded early by XDA-Developers’ Max Weinbach. According to Weinbach’s sleuthing, Samsung’s unannounced smartwatch may embody extra customizable watchfaces, alongside updates to its music, e-mail, and calendar apps.
Watchfaces are seeing a few of the largest software program modifications. Weinbach says there are new designs to choose from, and a few of these will embody a characteristic referred to as “informative digital edge,” the place customized particulars like your coronary heart charge or present steps could be proven across the edges of the watchface.
There are additionally modifications coming to the watch’s apps. According to Weinbach, Outlook has replaced Samsung’s own email app, and Spotify will come preinstalled on the watch in the US. Samsung’s apps are additionally being up to date. There’s a new music player app, the calendar is getting a brand new week preview, and the background of the weather app will now change primarily based on present situations.
The new software program particulars come a couple of quick days after Evan Blass leaked quite a lot of obvious press pictures of the brand new smartwatch, giving the clearest look but at its possible design. In one in every of these pictures, the watch is exhibiting the date of July 22nd, resulting in some hypothesis that this would possibly mark the date of their reveal, particularly since a July launch was beforehand rumored by SamMobile.
Based on earlier stories, we’re anticipating the Galaxy Watch three to be obtainable in two measurement variants — 41mm and 45mm, with 1.2 and 1.4-inch shows — and are available each LTE and Wi-Fi-only choices. Heart charge and blood strain screens are anticipated alongside an EKG sensor, and the watch can be anticipated to help GPS and have a 5ATM score, making it water-proof at a depth of 50 meters for as much as 10 minutes. Internally, it’s presumed to have 1GB of RAM and 8GB of storage (a capability corroborated by Weinbach).