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Home > Pluto SDR > Software defined SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
@opensourcesdrlab OpenSourceSDRLab Software Defined Radio (SDR) AD9363 ZYNQ7020 ADI Pluto Platform for Communication & Networking Experiment#OpenSourceSDRLab #SDR ♬ 原声 - opensourcesdrlab
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  • Software defined SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
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Software defined SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform

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  • Software defined SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
1/1
  • Software defined SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Software defined radio SDR AD9363 AD9361 ZYNQ7020 ADI Pluto communication experiment platform
  • Description

Product description:

Inspired by ADI Pluto, the design refers to Pluto, and the firmware is transplanted to support Pluto


1 Using XC7Z020-2CLG400I chip 7z020-2I;

2 The AD9363 chip is configured as the AD9361 chip, the frequency range is 70MHz~6GHz, and the maximum sampling rate is 61.44MHz. As a result, the laboratory test shows that it is significantly different from the AD9361;

3 PS 1GB DDR3 32bit bit width, frequency 1066M;

4 32MB QSPI Flash, support TF card;

5 Onboard JTAG circuit and USB to serial port, one line for power supply and debugging;

6 Support USB OTG, can be master or slave, all USB interfaces use TYPE-C interface, OTG mode is automatically recognized, and the USB port is turned on for power supply;

7 Adopt VCXO, support PPS or 10MHz tame;

8 Gigabit Ethernet interfaces;

9 Adopt 10-layer PCB wiring, impedance matching, signal integrity design;

10 The product adopts CNC shell to strengthen heat dissipation and ensure strength;


Note:

1 The AD9363 is pasted on the board, and there is not much difference in performance this time;

2 The output of the digital PLL part of the board uses 8-bit DA. Maybe there is a problem with the chip supply chain. The price of 16-bit DA chips is outrageous;

3 The other MINI-Circuit used by the balun does not use the fairy TCM1-63AX+. In theory, the balun has a 3dB loss at 6GHz;

 

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