Harnessing Ambient Energy for IoT: Silicon Labs’ New Energy Harvesting Solution

There’s a groundbreaking new concept emerging in the IoT (Internet of Things) world. We’ve now reached a stage where devices can draw power from their environment, leading to a substantial decrease in energy costs and environmental footprint. This concept, the Ambient IoT, is poised to transform the IoT landscape, and Silicon Labs has just unveiled […]

2024 Bluetooth® Market Update: Expanded Capabilities for Greater Possibilities

Arguably the foundation of all modern technology, Bluetooth® has reinvented how we interact with devices, stream data, and orchestrate our digital lives — and the latest Bluetooth® Market Update shows that the technology will continue to reshape the landscape of connectivity and communication in the years to come.

Bluetooth Low Energy Fundamentals

The Bluetooth Low Energy (LE) Fundamentals Course is designed to give you the knowledge and hands-on experience needed to start developing your own Bluetooth LE prototype right away.

Bluetooth® LE Audio and Auracast Going Mainstream Will Redefine Wireless Audio

Three-and-a-half years on from the Bluetooth Special Interest Group’s (SIG) announcement of a new specification that defined a high quality, low-power audio codec (Low Complexity Communications Codec or LC3) that promised to redefine audio streaming and wireless sound, Bluetooth LE Audio (LE Audio) is finally about to hit the commercial mainstream.

Navigating Tomorrow: RTLS Trends and Projections for 2024

Looking back at the rise of location technology throughout 2023, it’s evident that the spotlight on Real-Time Locating Systems (RTLS) will only intensify. With numerous companies exploring both the benefits of tracking assets and analyzing their movements within and across different environments, the stage is set for a continued evolution of location-based services (LBS).

High-Accuracy Low-Power Secure Ranging using Bluetooth® Channel Sounding

Many applications use Bluetooth-based ranging and localization using received signal strength indication (RSSI), including access control in vehicles and buildings, asset tracking, indoor navigation, and proximity services. Ranging determines the distance from one location to another and it is possible to localize a Bluetooth® device with distance measurement from multiple Bluetooth devices in known fixed […]

Bluetooth® Low Energy Angle of Arrival Location Solution – Tags, Receiver, Antenna, Firmware, Application Software

The development of Bluetooth® Low Energy angle of arrival location solutions requires multi-disciplinary co-operation in application software, firmware, receiver antenna and tag design. We will showcase an angle of arrival solution based on the co-operation and expertise of four different companies, each specialized in their own area. For developers, the completed tag design with a […]

Distance Estimation Advantages Using Bluetooth® Channel Sounding

Bluetooth® Channel Sounding is an upcoming feature enables secure, fine ranging between two Bluetooth devices. Channel Sounding will introduce a distance estimation technique that is interoperable, secure, and accurate over a Bluetooth® LE connection, with no extra BOM required. This session introduces Channel Sounding through IoT and automotive use cases to illustrate how the feature […]

NOTICE: The Bluetooth SIG updated its Privacy Policy on 6 June 2024Learn more
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