Samsung Electronics announced its first ultra-wideband (UWB) chipset, the Exynos Connect U100. With single-digit centimeter accuracy, the new UWB solution is optimized for use in mobile, automotive and Internet of Things (IoT) devices, offering precise distance and location information.
Samsung also unveiled Exynos Connect, a new brand that consolidates its short-range wireless communication solutions, such as UWB, Bluetooth and Wi-Fi that are essential in facilitating an increasingly hyper-connected world.
“Our Exynos Connect U100 combines sophisticated ranging and positioning capabilities with strong security to enable hyper-connectivity between people and everyday objects, fueling a range of new applications in positioning and location tracking,” said Joonsuk Kim, Executive Vice President of the Connectivity Development Team at Samsung Electronics.
UWB is a short-range wireless communication technology that operates over a broad frequency spectrum, allowing for fast data transfers at low power.
Samsung’s Exynos Connect U100 provides an accuracy of single-digit centimeters and under five degrees. This makes it especially useful when tracking location in challenging indoor environments where GPS is unavailable as well as for AR and VR applications that require exact and real-time tracking of moving people.
U100 can maximize the battery life of mobile and automotive solutions as well as IoT devices like smart tracking tags that run on batteries with limited power capacity. For reliable communication, the U100 is also equipped with a scrambled timestamp sequence (STS) function and a secure hardware encryption engine to prevent external hacking.
Samsung’s Exynos Connect U100 has been certified by the FiRa Consortium, an industry-led non-profit organization that certifies UWB products for conformity to interoperability standards.
The U100 complies with the Car Connectivity Consortium (CCC) Digital Key Release 3.0, a standard designed to store, authenticate and exchange digital keys for vehicles, enabling U100-equipped smartphones to securely communicate digital key information with vehicles.