Garmin is reportedly working on a new smartwatch control system that could serve as an alternative to the digital crowns found on Apple and Samsung devices, according to a report from Gadgets & Wearables. The U.S.-based wearable maker is said to be testing a crown mechanism that relies on a Hall effect sensor for improved accuracy and durability.
Unlike traditional rotating crowns that use physical moving parts, Garmin’s approach would detect rotation through magnetic movement, thereby reducing mechanical wear. “Garmin is utilising a Hall effect sensor to detect rotation via magnetic movement,” Gadgets & Wearables reported, adding that this could make the system less prone to damage from water or dust.
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The report suggests that Garmin’s design incorporates a crown guard and may accompany a shift away from the brand’s familiar five-button layout. Early concept images show two buttons on one side of the case and a single protected crown on the other.
While the technology is not expected to debut in the flagship Fenix or Tactix series, it could appear first in a mid-range device such as the Venu or Vivoactive line. The publication noted that the new control system might allow users to navigate menus and apps without relying solely on the touchscreen.
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Garmin has yet to confirm the development or reveal a timeline for release. The company recently introduced LTE connectivity and microLED displays with the Fenix 8 Pro, signaling a broader effort to modernize its smartwatch portfolio.
Source: Gadgets & Wearables