Home > Pluto SDR > OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
1/1
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA

OpenSourceSDRLab New PlutoSky 7020-SDR AD9363 for Pluto Software Defined Radio Without PA

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  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
1/1
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • OpenSourceSDRLab New 7020-SDR AD9363 for Pluto Software Defined Radio Without PA
  • Description

Newly designed aluminum alloy casing

1. Adding a gigabit Ethernet port can support some functions of ZEDBOARD+FMCOMMS2-3. The corresponding firmware is also provided in the documentation, but it does not support USB ports;

2. Add a JTAG port, which supports power supply, FPGA debugging, and serial port functions, making it convenient for some friends to develop bare metal drivers. In the factory firmware, this JTAG port is used as the boot information output interface, and also for configuring network port IP addresses and other functions.

3. Replace the main control chip, the original Pluto main control chip is XC7Z010-CLG225, changed to XC7Z020-CLG400;

4. Increase DDR capacity to 1GB;

5.Introduce dual transmitter and dual receiver on the RF interface, and crack it into 9361 using the original firmware;

6. Introduce the local oscillator input interface and reference clock input interface;

7. Introduce several GPIO for users to expand their functions;

8. Strict simulation and impedance control of the RF part, adding PA to increase output power




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