YunSDR Y230
Covering the frequency range of 70 MHz to 6 GHz
Real time bandwidth up to 56MHz
USB 3.0 high-speed interface
Ready to use software toolkit out of the box
MATLAB, Python, C #, C/C++secondary development APIs
Open source GNU Radio environment
Open source 4G and 5G protocol stacks
Software defined radio in your pocket
In stock:
>1, ready to ship in 2 workdays
Overview
Applications
· Wireless access
· Test and measurement
· Early warning/radar
· Cable TV access
· Other high-performance RF applications
YunSDR Y230 is designed for radio enthusiasts and engineers, offering an out-of-the-box experience with no programming required. It provides rich cases from basic experiments to advanced communication systems. The supporting software enables self-test, spectrum analysis, recording and playback, facilitating rapid wireless problem diagnosis.
Y230 offers abundant experimental cases for students at various levels, supporting both instructor-led teaching and self-study. It helps students deepen their understanding of real-world RF signals and improve practical engineering skills in communication majors.
Product Description
Main features and interfaces
· RF channel: 2TX/2RX
· Transmitting power P1dB: ≥7dBm
· Supported channels: 70MHz~6GHz
· Signal bandwidth: 200 KHz~56MHz
· Zero intermediate frequency mode: 2 channels of zero intermediate frequency
· Rx and Tx modulation accuracy EVM:<-38dB (2%)
· ADC and DAC sampling rate: up to 61.44MSPS
· ADC and DAC accuracy: 12 bits
· Data processing unit: XILINX ZYNQ SoC 7Z020 integrated dual core
· DDR3 SDRAM:256MB; QSPI Flash :256MB( 32MB )
· Data interface: USB 3.0 (TypeC), Gigabit Ethernet
· Debugging interface: USB-JAG, debugging ZYNQ FPGA and ARM
· Power supply method: USB 3.0 direct power supply (5V)
· Typical power consumption: 10W
· Size specifications: Width 105 x Depth 145 x Height 32mm
· Weight: 305g with shell/75g without shell
As a universal software defined radio device, Y230 supports mainstream open-source SDR projects such as GNU Radio, SRS LTE, and Open Air Interface 5G through the LibYunSDR driver library, and can be directly applied to engineering projects. Various complex wireless applications can be programmed and developed using Python, C/C++, C #, and MATLAB languages.
Product Information
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