WI-FI and BLE technology
Our Remote ID module is based on the following technologies:
- Wi-Fi (supported NAN and Beacon frames)
- BT (supported BLE, and legacy frames)
- GNSS (GPS, Glonass, BeiDou, QZSS, Galileo)
Using the BLE and WI-FI broadcast technology, our Remote ID (RID) device provides surveillance and drone operator identification capability based on any modern mobile device such as a smartphone or tablet.
Why Remote ID from Aerobits?
- idME PRO (UAS Remote Identification) can be easily connected to Pixhawk controller via JST connector
- Sniffer functionality – receive via Bluetooth and WI-FI signal form other RID devices
- Increase of broadcast power to +20dBm Wi-Fi and +18dBm BLE
- Automatic power adjustment according to the country of use
supports the newest MAVLink protocol, with Open Drone Id Messages - Extended configuration options allow choosing a transmission technology
- Its small outline and low power consumption allow to be used in ultra-lightweight drones (20mA)
- AT commands provide feasibility to configure broadcast messages, such as drone identification number, type of aircraft, etc. Additional authentication mechanisms are also available.
Notice:
- FAA certification
- FCC certification
- EASA certification
- In accordance with F3411 standard (ASTM)
- CE certification pending
Basic technical information
| Parameter | Description | Typ. | Unit |
| Frequency | Bluetooth | 2.402 – 2.480 | GHz |
| Max. output | Maximum output power BLE | +18 | dBm |
| Frequency | Wi-Fi | 2.4 – 2.485 | GHz |
| Max. output | Maximum output power WI-FI | +20 | dBm |
| ESD protection | All connectors | – | |
| Interface baud | Configuraton or MAVLink | 115200 | bps |
| Main connector | SM06B-GHS-TB(LF)(SN) | – | |
| Antenna connector | 2x RF-IPX125-1G-AU | – | |
| Temperature range | Operating temperature | -30 to +85 | °C |
| Storage temperature | Optimal storage temperature | -5 to +40 | °C |
| Dimension | 32.0 x 16.7 x 7.5 | mm | |
| Weight (with antenna) | 5 | grams |
