Samsung has set in motion its own ultra - wideband Saratoga chip , the Exynos Connect U100 , which will help it to further rival Apple ’s U1 cow chip and the wider AirTag ecosystem .
The Exynos Connect U100 is Samsung ’s first ever ultra - wideband ( UWB ) chipset which , when installed in next smartphones and other devices , will enable them to be exactly tracked with “ single - digit cm ” and “ under five academic degree ” accuracy .
With such a UWB chip onboard , it makes it potential to track devices even in indoors environments where GPS no longer evidence effectual . The power to close cross object also enable a whole host of new in advance AR and VR app .
Samsung saysthat its unexampled Saratoga chip has been optmised for usance in “ peregrine , self-propelling and net of Things ( IoT ) devices ” .
basically , this is Samsung ’s belated response to Apple ’s ownU1 fleck , which endue it AirTag ecosystem . The South Korean companionship has previously trust on third political party UWB chip providers for the the like of itsSmartTag Plustracker ( pictured ) .
Alongside this new UWB chipset , Samsung also declare the wider Exynos Connect brand name . This will contribute together all of the fellowship ’s short - mountain range wireless communicating first step , include UWB , Bluetooth and Wi - Fi .
“ Our Exynos tie in U100 combines sophisticated range and positioning capability with potent security to enable hyper - connectivity between people and everyday aim , fuel a range of new applications in placement and positioning tracking , ” said Joonsuk Kim , Executive Vice President of the Connectivity Development Team at Samsung Electronics .
Samsung says that its Exynos Connect U100 chipset feature a beat timestamp sequence ( STS ) function and a secure hardware encoding locomotive engine as a means of ensuring security .
