BlueBeacon Wirepas Tag Gen2 is a keyfob-like battery-powered Bluetooth Low Energy beacon, based on nRF52832 SoC, with full support of Wirepas Mesh features.
BlueBeacon Wirepas Tag can be used as an identification badge for personnel or assets. By using the internal accelerometer, it can be configured to automatically enter into low-power mode for battery savings.
BlueBeacon Wirepas Tag uses a couple of CR2032 coin batteries that are easily replaceable by simply removing the snap-fit cover.
Tiny and light-weight enclosure: the most flexible solution for identification
Simply attach it to your keys, lanyards for badges, objects, assets, and track them
nRF52832 SoC and optimized antenna, for best on the market RF and energy performances
Beacon can be configured, using Wirepas Network Tool application
Operating modes: Non-router mode - Mobile tag (periodic transmission of identifier and location)
Configuration and diagnostics: Wirepas Network Tool application
TX power: -40, -20 to 4 dBm (with 4dB steps)
Advertising interval: 15secs to 18 hours
Version: Bluetooth 4.2, Low Energy (Bluetooth5-ready)
Frequency: 2.402 to 2.480 GHz (BLE)
Module: Nordic SoC nRF52832 (MCU and transceiver)
Antenna: printed meandered planar F-antenna
Antenna gain: 2dB (average)
Antenna pattern: omnidirectional
Model: 2x Panasonic CR2032 (450 mAh typ. capacity at 25°C)
Expected life: 1 year at 10 minutes interval, 7 years at 18 hours interval (24/7 at ambient temperature)
Operating temperature: -20°C to +60°C
Accelerometer: 3-axis linear accelerometer
Material: ABS plastic
Colour: white (your logo silk-screen printing are available on demand; optional colours available))
Size: 65 x 35 x 11 mm
Fastening: hole for lanyard/ring
BlueBeacon Wirepas Tag supports Wirepas Mesh protocol. The Wirepas Mesh protocol is a wireless network protocol that uses a multi-hop, self-organizing, and decentralized design.
Decentralized network topology enables extremely dense network deployment. Wirepas Mesh protocol is used for indoor localization solutions with cable-less infrastructure: all devices (mobile tags and anchors) are