In the early days of the technology, wearables were mundane – a triumph of function over flair. We wore them to count our steps, not to make us look chic. Things have changed. Modern wearable consumer electronics devices increasingly combine convenience and purpose with more than a touch of classic style in order to grab a slice of a lucrative and growing market.
In this blog, we explore different performance capabilities of the Bluetooth Mesh 1.1 network by analyzing the results of a series of experiments conducted on multiple test nodes.
In this ABI Snapshot, ABI Research’s Senior Director Andrew Zignani and Bluetooth SIG’s Market Research Program Manager Youngji Kim highlight some key findings in the 2024 Bluetooth Market Update.
To the average consumer, a product or service is simply an object or entity that fulfills a need or desire. But to the people responsible for sourcing, creating, and transporting the product, it’s an amalgamation of hard work, coordination, and intricate logistical expertise.
Wireless connectivity makes dumb products intelligent. Smart devices can transmit information about their surroundings and conditions while receiving instructions and updates. That in turn enables functionality that’s impossible for products operating in isolation.
The Industrial IoT is a digital transformation process for enterprises offering them compelling abilities to manage and overcome many growing challenges for their business activities. Bluetooth has evolved into a versatile, energy-efficient technology fit to implement emerging industrial applications that can improve and maximize the potential and reach of Industrial IoT systems. Watch Now >
Most everyone reading this enjoys the benefits of Bluetooth®. Providing short-range wireless point-to-point solutions for many applications, including computer input devices (e.g. mice/keyboards), handsfree mobile phone communication, and streaming music to earbuds and speakers, Bluetooth has relieved us of cable anxiety.
During a summer internship at Nordic, I took on a project that focused on applying Bluetooth® Mesh technology in a practical setting. The project concentrated on making emergency lighting testing in commercial buildings more efficient. Traditional methods for testing these lights are time-consuming and expensive for several reasons. Each light fixture must be manually checked, […]
In today’s sustainability-conscious world, where being carbon-neutral is an imperative for companies, consumers, and countries as they grapple with an ever-increasing energy demand driven by increasing urbanization, it has become essential to adopt technology solutions that both minimize waste and provide energy efficient benefits to their users. The Internet of Things is being challenged to […]
Bluetooth® v5.0 introduced LE Coded PHYs to extend the original range of the 1M PHY through the use of error correction techniques (FEC) and pattern mapping. Remarkably, Coded PHYs boosted the range of Bluetooth® LE without increasing radio transmit power, but the tradeoff was a reduction in protocol data rate, or raw throughput, since the […]
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