The product integrates Micro ADS-B and GNSS technologies with the most popular single board computer in the world. This allows easy access to data collected by the TT-MC1 module. The integration of GNSS technology allows you to mark frames with an accurate timestamp for multilateration purposes. For easy outdoor installation, the entire system can be powered by using POE (Power-over-Ethernet) technology - so the only cable you need to connect is an Ethernet cable.
• Powered via standard USB connector or via POE
• Based on TT-MC1a 1090MHz receiver
• Integrated GNSS with additional USB connector
• Precise time-stamping of raw frames
• Integrated temperature and air quality sensor
• Availability in different configurations
• Total power consumption - approx. 3.7W
• Ground stations
• UTM/USpace proof of concepts
• Data collecting
| Parameter | Description | Typ. | Unit. |
| Raspberry model | Raspberry Pi 3 Model B+ | ||
| Raspberry CPU | ARM11 900MHz | ||
| PoE standard | IEEE 802.3at | ||
| Carrier frequency | TT-MC1a | 1090 | MHz |
| RX sensitivity | For operation at 50Ω | -85 | dBm |
| Typical current consumption | 500 | mA | |
| Weight | 45 | g | |
| Dimensions | 85.6 x 56.5 x 17.0 | mm |