70MHz-6GHz Zynq7020+AD9363 SDR Software Defined Radio Development Board with CNC Shell for Pluto SDR MATLAB

70MHz-6GHz Zynq7020+AD9363 SDR Software Defined Radio Development Board with CNC Shell for Pluto SDR MATLAB

Improvements:
- Update firmware V0.38, hacked to AD9361, supports 70MHz-6GHz, dual transmitting and receiving, and supports both USB and Ethernet ports.
- Improved power supply stability.
- Adding 9363 external input clock interface.

Features:
- AD9363 chip, replacing AD9361, with frequency range of 70MHz~6GHz. Current laboratory tests show that there is not significant differences between these two chips.
- Board size: about 5 x 8cm
- Peripheral: double DDR, 1GB
- For N25Q128 FLASH, can be used to start.
- One channel SD card, can be used to start.
- Integrated FT2232 debugger, with serial port.
- PS end USB2.0.
- PS end gigabit Ethernet port.
- PL end with crystal oscillator, can drive AD9363 with pure PL.
- Support external input of local oscillator.

Supported Software:
- For IIO Oscilloscope, SDR Sharp, GNU Radio, MATLAB, and other software that support for libiio.

Key Parameters:
- RFIC: AD9363BBCZ/AD80305BBCZ
- Processor: XC7Z020-2CLG400I
- LO frequency: 70MHz - 6GHz
- BW: 200K - 20MHz
- PA: PGA102+ (10dB gain, bypassable)
- RF interface: 2T2R
- DDR3: 1GB
- Flash: 16MB
- 1000/100/10M ETH: One (PS)
- UART + JTAG: One (Type-C)
- USB2.0: One (Type-C)
- SD card slots: one
- Extend IO: 1.8V IOx8, 3.3V IOx4
- PTT out: one (5V level)
- RFIC clock: 0.5ppm TCXO/FPGA/IPEX (default TCXO)
- Size: 88 x 62 x 22mm (CNC)
- Power supply mode: USB/JTAG/XH2.54

Package Included:
- 1 x SDR Development Board (with CNC Shell)
- 1 x SD Card (Compatible Pluto firmware installed)
- 1 x Antenna
- 1 x USB-C Cable

Note:
- Please contact our customer service for firmware resources and routines after receiving the product.