RFSOC OPEN SOURCE SYSTEM

For the field of electronic equipment such as radar, communication, test and measurement, the underlying hardware architecture of digital signal basically adopts RF+ADC/DAC+FPGA, which is subject to the influence of semiconductor technology, technology and other constraints. For a long time, the basic use of separate separate modules is due to different fields such as radar, communication, test and measurement. For the conversion requirements between analog signals and digital signals are different, we use different specifications for ADC/DAC under this architecture, with the development of semiconductor technology, the integration is getting higher and higher, and with the emergence of 3D packaging, in 2017, the United States Xilinx company first launched the RFSOC series products. Single chip has 8-16 channels of high-precision and high-sampling RF-ADC/RF-DAC capability, and combined with SOC, embedded 4-core A53 ARM and 930k high-capacity logic FPGA, which provides strong support for the unified digital signal underlying hardware architecture of traditional separate device architecture. More than 80% of the existing separate architecture can replace the traditional separate architecture digital signal processing underlying hardware architecture through RFSOC, and the related products using RFSOC architecture tend to develop in terms of miniaturization, low power consumption and high performance. At the same time, the architecture is unified. The future cross-field technology integration brings the unification of the underlying architecture, such as radar communication integration, software-defined satellites, software-defined test and measurement instruments, and so on.
With the development of new technologies, the underlying hardware architecture in the field of electronic systems has brought the foundation of unity. As the leader in the actual development of RFSOC technology in China, Pilo Electronics has accumulated rich experience in the fields of radar, communication, reactance, test and measurement, quantum computing, etc., and has brought customers a new choice in gradually replacing the underlying architecture of traditional separated devices. The new technology application is the customer in the product performance, reliability, cost-effective above brought welcome feedback, Pirui Electronics timely launch OpenRFSOC open source system, the main three wishes:
(1) Reduce the cost of using new technology RFSOC
(2) Reduce the difficulty of developing new technology RFSOC
(3) Free engineers from repeated underlying development caused by inconsistent underlying hardware architecture
WE willing to cooperate with well-known universities and research institutions to continuously develop and update engineering, system-level, full-open source function cases for RFSOC open source system under the unified hardware architecture and development environment, mainly for radar and electronic countermeasures, wireless communication, test and measurement, quantum computing in the four fields of non-real-time software architecture. Provide support Matlab, Python, C++, GnuRadio algorithm development environment, and provide graphical software interface, easy for developers to quickly on the underlying hardware
RF/ADC-DAC for configuration, embedded data flow control function, sampling trigger, storage, sampling frequency, sampling rate, sampling bit width, channel selection and other configuration and read and write, collected and received data real-time matalb analysis, such as spectrum analysis, signal generation and so on.
Peiru Electronics is willing to cooperate with well-known universities and research institutions to continuously develop and update engineering, system-level, full-open source function cases for RFSOC open source system under the unified hardware architecture and development environment, mainly for radar and electronic countermeasures, wireless communication, test and measurement, quantum computing in the four fields of non-real-time software architecture. Provide support Matlab, Python, C++, GnuRadio algorithm development environment, and provide graphical software interface, easy for developers to quickly on the underlying hardware
RF/ADC-DAC for configuration, embedded data flow control function, sampling trigger, storage, sampling frequency, sampling rate, sampling bit width, channel selection and other configuration and read and write, collected and received data real-time matalb analysis, such as spectrum analysis, signal generation and so on.