InPlay's NanoBeacon Named RFID Journal's Best New Product of 2021
In recognition of InPlay's innovative design and game changer in the RFID industry, RFID Journal awarded InPlay's newly launched NanoBeacon product - IN100 the prestigious "RFID Journal's Best New Product of 2021" award at the just-held RFID Journal Live industry show in Phoenix, AZ.
RFID Journal is the world's first independent media company devoted solely to radio frequency identification and its many business applications. by far, it has become the world's leading source of RFID news and insights.
The IN100 integrates with the latest Bluetooth 5 technology and supports both traditional LE advertising and extended advertising. It supports the 1Mbps PHY as well as 125Kbps coded PHY, which gives it a big boost for long range wireless applications.
The device features a firmware-less design that eliminates the hassle of understanding complex Bluetooth communication protocols, making it a true configure-and-use design. The IN100 also supports various types of sensor interfaces, including analog signals and digital interfaces such as I2C. Developers can easily connect it to analog or digital sensors, configure sensor thresholds, and once the threshold is reached, wirelessly distribute alarms or raw sensor data information via its Bluetooth over-the-air interface.
RFID Journal is the world's first independent media company devoted solely to radio frequency identification and its many business applications. by far, it has become the world's leading source of RFID news and insights.
The IN100 integrates with the latest Bluetooth 5 technology and supports both traditional LE advertising and extended advertising. It supports the 1Mbps PHY as well as 125Kbps coded PHY, which gives it a big boost for long range wireless applications.
The device features a firmware-less design that eliminates the hassle of understanding complex Bluetooth communication protocols, making it a true configure-and-use design. The IN100 also supports various types of sensor interfaces, including analog signals and digital interfaces such as I2C. Developers can easily connect it to analog or digital sensors, configure sensor thresholds, and once the threshold is reached, wirelessly distribute alarms or raw sensor data information via its Bluetooth over-the-air interface.
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