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AURSINC SDR Radioberry for Raspberry Pi 4 - Radio Card Analog Devices AD9866 & 10CL025 12-bit Broadband Modem
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*Packaging of actual item may differ from photo shown
- Electrical items MAY be 110 volts.
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AURSINC SDR Radioberry for Raspberry Pi 4 - Radio Features
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The radioberry is actual a radio card (raspberry pi 4 hat) installed with the latest hardware V.Beta5, which can be plugged into a raspberry pi 4, forming a Software Defined Radio (SDR). RPI4 is the target for running the radioberry. The radio card uses an Analog Devices AD9866, which is a 12-bit broadband modem mixed signal front end that has been repurposed as a direct down conversion (DDC) and direct up conversion (DUC) SDR transceiver covering 0-30 MHz
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[Note] The input/output connectors of radioberry may not be straightened out, which might be damaged during the long-time shipment, therfore if you find the connectors difficult to fix please tell us, we will help you resolve it together
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The radio card uses an Intell Cyclone 10LP FPGA, supporting the 10CL25.The firmware will be loaded via the raspberry pi. If you need a software to make it work, here's a software for your reference: drive.google.com/drive/folders/107P8LtLrib3iiQJd-Ooc6LsHVtl1SYay?usp=sharing
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Power supply for the radio card is provided by the raspberry pi 4; For more infomation, please go visit: github . com/pa3gsb/Radioberry-2.x/wiki/Overview
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Package content: 1pcs SDR Radioberry for Raspberry Pi 4
About AURSINC SDR Radioberry For Raspberry Pi 4 - Radio
Here's a software download address for your reference, download it on the SD card and it will work. drive.google.com/drive/folders/107P8LtLrib3iiQJd-Ooc6LsHVtl1SYay?usp=sharing For more infomation, please go visit: github . com/pa3gsb/Radioberry-2.x/wiki/Overview More on the Radioberry Card The gateware, actual a raw binary file (rbf) is the product of the RTL (register-transfer level) process, executed by Intell's Quartus free tool. The gateware program must be loaded, after each power cycle into the FPGA. Using the gateware development as defined for the Hermes Lite 2 by adding the radioberry boards and variants. The other main module is a raspberry pi running the raspberry pi linux version. The card and the raspberry pi are connected using the 40 pins GPIO connector. The radioberry is using the GPIO of the SBC to retrieve the reduced data flow, no other device is required. Besides using the GPIO pins for the RX and TX data streams these pins are used to upload the gateware into the FPGA. Downsampling (another term for data flow reduction) by the gateware can go to : 48K, 96K, 192K or 384K samples per second for a receiver channel. For all the receiver channels the same data rate (sample rate) is used, as a result of the openHPSDR Protocol-1 description. Using the openHPSDR protocol-2 it is possible to use different sample rates per channel. The radioberry is using the P-1; an hermeslite-2 gateware variant, using the radioberry firmware software component. This radioberry variant implements max 4 RX channels, the data of these streams must be retrieved by the SBC.
