Bluetooth Core 6.2 readiness means proving firmware, host behavior, RF test access, and security assumptions before a wireless peripheral reaches EVT or DVT. Treating a Core 6.2 module as a...
Discover Bluetooth 5 improvements in range, speed, and IoT use cases, with Developex insights
Bluetooth Core 6.2 readiness means proving firmware, host behavior, RF test access, and security assumptions before a wireless peripheral reaches EVT or DVT. Treating a Core 6.2 module as a...
The basic limitation of Bluetooth Low Energy is a lack of popularity in home automation systems.
The idea of a smart home is cool, of course. But which smart devices for your home are a really good investment of your money?
The IoT segment, and wearable devices as an important part of it, now urgently needs to unify protocols and standards for communications. Today there are 10+ solutions that claim to...
Before you choose a BLE chipset what factors should you consider? It is a good idea to determine the best options before starting any project.
The Internet of Things (IoT) is gradually infiltrating our lives with the intention of making things easier by integrating many devices with our portable smart phones or PC. The bad...
The Bluetooth low energy is perfect technology for wearables because it is very energy efficient and inexpensive to boot. The BLE modules are tiny. The Bluetooth Special Interest Group Bluetooth...
Bluetooth Low Energy has two important features: this technology has been developed for low energy consumption and a chip (or module) is much smaller than the classical Bluetooth chipset. BLE...
Arduino is one of the most popular open-source electronics platform. But how does it fit with Bluetooth Low energy (BLE) technology? Read to know them.
Comparison of 10 Bluetooth Low Energy chips that are most popular on the market today.
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