Explore how Auracast is set to transform audio experiences and connectivity across various devices. In this podcast episode, Chuck Sabin, Senior Director of Market Development at Bluetooth SIG, and Mikael Herje, Director of Global Category Communication for Headphones and Wearables at HARMAN, discuss the latest in Bluetooth innovation – recorded live from IFA in Berlin. […]
Bluetooth LE Audio brings in a suite of changes including a new generic audio framework and a new audio codec. The latest spec introduces ISOC channels and at a high level, this enables lower latency between devices, bidirectional communication, and broadcasting. This broadcasting feature is a big change in LE Audio since it will enable […]
In the ever-evolving age of advancing technology, precise positioning technology is serving as the bridge between the physical and digital realms. The Bluetooth Special Interest Group (SIG) just released Bluetooth® Channel Sounding, a new feature introduced in the recently adopted Bluetooth® Core Specification v6.0.
If you haven’t heard of AuracastTM broadcast audio yet, it’s time to fully embrace it. This revolutionary Bluetooth® technology is transforming how our everyday devices broadcast and receive audio in public settings.
From smart door locks and access systems to asset tracking and management, Bluetooth® Channel Sounding unlocks the true potential of IoT and creates a seamless web of interconnectedness by enabling the highest accuracy distance measurement for intelligent and context-aware systems.
In Part 1 we introduced the new Bluetooth distance measurement innovation known as Channel Sounding (technical overview) which measures Round-Trip Time (RTT) and/or Phase-Based Ranging (PBR) between two Bluetooth Low Energy devices to achieve accuracy down to 10cm. To make these measurements, both devices alternatively transmit and receive signals in a coordinated fashion.
The Serial Port Profile (SPP) has long been a well-known standard for wireless serial communication essentially eliminating the need for physical serial cables, providing a flexible and convenient solution for device communication, particularly in scenarios where traditional cables are cumbersome or limiting. However, the rise of Bluetooth® Low Energy (LE) brings a new dimension in […]
As retailers focus on ways to optimize store operations and improve customer experiences, electronic shelf labels (ESLs, also referred to as Digital Shelf Labels or DSLs) have become increasingly strategic in the evolution of the physical store. The number of ESLs deployed globally is expected to grow by 15-18% annually through 2030, and the use […]
In this blog post, we’ll cover the details of a Bluetooth Low Energy-based system that serves as a foundation for a scalable centralized wireless system consisting of low-power nodes that gather environmental sensor data.
With smart technology and IoT forming the foundation of our digital landscape, Industry 4.0 has finally arrived. Industry 4.0 (also known as the Fourth Industrial Revolution or smart manufacturing) is reshaping how we think about industrial and manufacturing processes. Imagine factories where decisions are made in real-time, productivity soars, and the supply chain becomes more […]
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