PlutoSDR / ADRV9364 Firmware

Customized firmware for the PlutoSDR and ADRV9364-Z7020. Modified from stock firmware.

Instructions

• Build

$ git submodule update --init --recursive
$ make patch
$ make defconfig
$ make

• Upload firmware through MSD

$ make upload

• Login

$ ssh [email protected]

Password: analog

• Updating your local repository

 $ git pull
 $ git submodule update --init --recursive

Build Artifacts

• Main targets

  File	Comment
  pluto.frm	Main PlutoSDR firmware file used with the USB Mass Storage Device
  pluto.dfu	Main PlutoSDR firmware file used in DFU mode
  boot.frm	First and Second Stage Bootloader (u-boot + fsbl + uEnv) used with the USB Mass Storage Device
  boot.dfu	First and Second Stage Bootloader (u-boot + fsbl) used in DFU mode
  uboot-env.dfu	u-boot default environment used in DFU mode

Customizations

• Include hacks for larger bandwidth and dual core
• Add retrogram-plutosdr
• Add GNU Radio
• Remove wifi and other firmware to save space
• Use xz compression to save space

Note that the firmware boots slower than the official firmware.

Frequency correction

# ad936x_ref_cal -e 860000000 /sys/bus/iio/devices/iio\:device1/

To read the xo correction value,

# cat /sys/bus/iio/devices/iio\:device1/xo_correction

Build SDK in Ubuntu Docker

Build Docker image:

$ make docker

Log in Docker image and build SDK:

$ make docker-run
[docker] $ make sdk

Install Xilinx Vivado

On ArchLinux,

$ sudo pacman -S ncurses5-compat-libs lib32-libpng12 xorg-xlsclients xorg-server-xvfb libxcrypt-compat

Set IP Address

For example,

# fw_setenv ipaddr 192.168.3.1
# fw_setenv ipaddr_host 192.168.3.10

Power off completely then power on.

Set sample rate

out_voltage_sampling_frequency as well as in_voltage_sampling_frequency are not entirely independent, by default the both need to match unless adi,fdd-rx-rate-2tx-enable is set.