Cypress Semiconductor last week introduced at the Bluetooth World trade show its new Bluetooth Smart module that provides Bluetooth Low Energy solutions for remote controls, healthcare, fitness ...

Sitting above the physical layer is the link layer, which is responsible for scanning, advertising, creating, and maintaining links or connections between devices. The link layer also manages ...

Bluetooth Low Energy (BLE) has emerged as a cornerstone technology for efficient, short‐range wireless communications within the Internet of Things (IoT). Distinguished by its minimal energy footprint ...

Bluetooth Low Energy (BLE) is a new incarnation of the technology that is more affordable because it uses less power. Now small low-energy Bluetooth beacons can be placed around an event and can ...

Ceva is selling the technology patented by NYU Abu Dhabi researchers that more than doubles the range of BLE devices and reduce power consumption by 90 percent Researchers at New York University Abu ...

Bluetooth 5.4, the latest specification from the Bluetooth Special Interest Group (SIG), includes a number of enhancements that will open additional markets and use cases. This is one of several ...

The latest standard for the Bluetooth wireless networking protocol, Bluetooth 4.2, was released last week. Bluetooth 4.2 opens up new deployment options for users of Bluetooth Low Energy (BLE) devices ...

Bluetooth is a good way to connect devices that are near each other. However, it can drain batteries which is one reason Bluetooth Low Energy — BLE — exists. [Drmph] shows how easy it is to deploy BLE ...

The increasing ubiquity of the Internet of Things has led to a greater integration of Bluetooth mesh networks with wireless sensor technologies. Bluetooth mesh leverages the fundamental Bluetooth Low ...