Open-source RFSOC Algorithm Verification and Evaluation Board
The open-source RFSOC algorithm verification and evaluation board features the Xilinx ZYNQ UltraScale+ RFSoC ZU47DR, which is equipped with two 14-bit ADC ports sampling at 5.0 GSPS and two 14-bit DAC ports sampling at 9.85 GSPS. This platform is a typical 2x2 MIMO platform, featuring an external Gigabit Ethernet configuration interface and a 40G Ethernet data interface. It is a high-performance, multi-core heterogeneous software-defined radio hardware platform that integrates direct RF sampling, logic gate processing, and an embedded processor all in one. The platform offers a wealth of design examples, including communication algorithm implementations using logic gates, bare-metal embedded system design cases, embedded system design cases, PYNQ Jupyter notebook design cases, and GNU Radio design cases, catering to various learning and development needs across different levels. Unlike conventional development platforms, this one supports both the PYNQ framework architecture and the open-source GNU Radio platform. The PYNQ architecture, implemented in Python, greatly facilitates software developers' work on radio products and provides a rich collection of open-source software-defined radio examples.
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Zynq UltraScale+ RFSOC Development Board
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- Commodity name: Open-source RFSOC Algorithm Verification and Evaluation Board
The open-source RFSOC algorithm verification and evaluation board features the Xilinx ZYNQ UltraScale+ RFSoC ZU47DR, which is equipped with two 14-bit ADC ports sampling at 5.0 GSPS and two 14-bit DAC ports sampling at 9.85 GSPS. This platform is a typical 2x2 MIMO platform, featuring an external Gigabit Ethernet configuration interface and a 40G Ethernet data interface. It is a high-performance, multi-core heterogeneous software-defined radio hardware platform that integrates direct RF sampling, logic gate processing, and an embedded processor all in one. The platform offers a wealth of design examples, including communication algorithm implementations using logic gates, bare-metal embedded system design cases, embedded system design cases, PYNQ Jupyter notebook design cases, and GNU Radio design cases, catering to various learning and development needs across different levels. Unlike conventional development platforms, this one supports both the PYNQ framework architecture and the open-source GNU Radio platform. The PYNQ architecture, implemented in Python, greatly facilitates software developers' work on radio products and provides a rich collection of open-source software-defined radio examples.
The open-source RFSOC algorithm verification and evaluation board features the Xilinx ZYNQ UltraScale+ RFSoC ZU47DR, equipped with two 14-bit ADCs operating at a sampling rate of 5.0 GSPS and two 14-bit DACs operating at a sampling rate of 9.85 GSPS. This platform is a typical 2x2 MIMO system, featuring an external Gigabit Ethernet configuration interface and a 40G Ethernet data interface. It is a high-performance, multi-core heterogeneous software-defined radio hardware platform that integrates direct RF sampling, logic gate processing, and an embedded processor all in one. The platform offers a wealth of design examples, including communication algorithm implementations using logic gates, bare-metal embedded system designs, embedded system development cases, PYNQ Jupyter notebook designs, and GNU Radio designs, catering to various learning and development needs across different levels. Unlike conventional development platforms, this one supports both the PYNQ framework architecture and the open-source GNU Radio platform. The PYNQ architecture, implemented in Python, greatly facilitates software developers' work on radio products and provides a rich collection of open-source software-defined radio examples.
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