Tiny IoT beacon SoC certified for Bluetooth 5.3

November 11, 2021 // By Jean-Pierre Joosting
Tiny IoT beacon SoC certified for Bluetooth 5.3
Smallest available Bluetooth beacon SoC requires no software programming offering a true configure-and-use development experience for a variety of wireless IoT applications.

The NanoBeacon IN100 SoC recently launched by InPlay has been certified by Bluetooth SIG as compliant with Bluetooth Core Specification 5.3. As the smallest Bluetooth beacon SoC that requires no software programming, the IN100 significantly lowers the technology barrier and provides developers with a true configure-and-use development experience for a variety of wireless IoT applications, such as real-time asset tracking, cold chain management, industrial wireless sensing, healthcare monitoring, etc. As a Bluetooth 5.3-compliant core specification chipset, users can design products with confidence that it provides a seamless user experience when interacting with other Bluetooth chipset-based systems, such as smartphones or Bluetooth gateways. With a package size as small as 2.5- x 2.0 mm, this IN100 SoC is the ideal for enabling next-generation short-range wireless connectivity for billions, if not trillions, of IoT devices.

The IN100 supports various types of sensor interfaces, including analog and digital sensor interfaces. Developers can easily connect the IN100 to a sensor, configure its threshold, and once the threshold is reached, wirelessly publish alerts or raw sensor data information via its Bluetooth air interface.

Other key features of IN100 are:

  • Ultra-low power consumption as low as sub microwatt to support multi-year operation lifetime;
  • Super low cost;
  • Reduced BOM for space constrained applications;
  • Enhanced security for authentication and confidentiality;
  • Wide operating voltage range (1.1 to 3.6 V, suitable for all types of batteries).

Vous êtes certain ?

Si vous désactivez les cookies, vous ne pouvez plus naviguer sur le site.

Vous allez être rediriger vers Google.