SOQPSK Software Defined Radio ID: 2016-052
This technology represents a cutting-edge approach to SOQPSK-TG synchronization and detection through advanced software.
Photo by Telecommunications tower
Technology Overview
The SOQPSK Software Defined Radio is an innovative software solution developed in C++ for efficient SOQPSK-TG synchronization and detection. It is designed to work with waveform samples produced by USRP radios and operates on a Zybo board equipped with a Zync chip. The software is capable of configuring the USRP radio, applying detection filters, establishing synchronization with phase lock loops, making bit decisions, performing differential decoding, and interfacing seamlessly with FPGA fabric.
Key Advantages
- Advanced SOQPSK-TG synchronization and detection capabilities
- Highly efficient and accurate bit decision-making process
- Seamless integration with FPGA fabric for enhanced performance
- Flexible and adaptable to various USRP radio configurations
Problems Addressed
- Improves accuracy and efficiency in SOQPSK-TG signal processing
- Addresses synchronization challenges in software-defined radio systems
- Enhances the capability of wireless communication systems to handle complex waveforms
- Reduces latency and increases the reliability of data transmission
Market Applications
- Telecommunications infrastructure and services
- Military and defense communication systems
- Aerospace telemetry and remote sensing applications
- Advanced research and development in wireless communications
Additional Information
Technology ID: 2016-052
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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