Single Core Processor FPGA OEM Receiver TT-SU2 with ADS-B, GNSS, UAT
TT-SU2 is a high-quality and low-price OEM ADS-B/GNSS receiver/UAT receiver series operating at 1090MHz and 987MHz. It is based on the proven FPGA-In-The-Loopâ„¢ technology, a unique combination of a single-core processor and an FPGA. The patented solution allows high-speed RF data processing with a significantly reduced number of electronic components. Simultaneously, the module’s miniaturization and OEM nature open various possible applications.
The basic version of the module offers the possibility of receiving and decoding ADS-B and Mode-A/C/S in different modes. The analysis of the power/quality of the RF signal and the use of time stamps facilitates the implementation of multilaterations, and the fast UART interface and easy configuration with AT commands allow for the simple integration of the module with the user’s system. In addition, extra interfaces open the way to customizing the firmware and extending the module with non-standard functions. Several communication interfaces, protocols, and unique functionalities are available on request.
Features:
- Fastest ADS-B implementation on a surface of < 4 cm2
- Receiving ADS-B, Mode-A/C/S with RF signal strength/quality analysis
- Timestamp (raw data only) for multilateralism
- Multiple supported protocols, i.a., RAW HEX, CSV, AERO, MAVLink, ASTERIX, GDL90
- Integrated high-quality GNSS position source
- Best-in-class aircraft tracking
- Receiving UAT
- Firmware update capability
- High-resolution ADC with real-time signal processing; best-in-class aircraft tracking
- High sensitive front-end, jamming, and ESD protection (only version b) with ranges over 150 km (open space, 1dBi antenna)
- Simple module integration via UART interface and AT commands
- Scalable OEM solution with enormous customization potential (additional functions or interfaces on request)
- Firmware update capability (uC and FPGA)
- Designed to meet the MOPS defined in TSO-C199
Application:
- SAA / DAA (Sense and Avoid / Detect and Avoid)
- UAS ground stations and high-density traffic surveillance
- UTM / U-Space construction (traffic surveillance network)
- Traffic-flow analysis and statistics
- Monitoring of the 1090 MHz band (signal integrity check)
- ADS-B/In/Out devices that meet the NextGen/SESAR philosophy
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