darkluntic / nand_programmer

NANDO - NAND Open programmer

NANDO (NANDopen) programmer

General

NANDO is open source NAND programmer based on STM32 processor. It supports parallel NAND and SPI flash programming.

PCB boards:

Application:

Features

• USB interface
• PC client software for Linux & Windows.
• TSOP-48 socket adapter for NAND chip (compatible with TL866 adapter)
• TSOP-48 solder adapter for NAND chip
• 8 bit parallel NAND interface
• SPI interface
• 3.3V NAND power supply
• NAND read,write and erase support
• NAND read of chip ID support
• NAND read of bad blocks
• NAND bad block skip option
• NAND include spare area option
• Open KiCad PCB & Schematic
• Open source code
• Read & Write LEDs indication
• Write speed: 512KBytes/s
• Read speed: 640KBytes/s
• Erase speed: 256MBytes/s
• Extendable chip database
• Chip autodetection
• Firmware update

Supported chips

Parallel NAND:

K9F2G08U0C, HY27US08121B, TC58NVG2S3E, F59L2G81A, MX30LF2G18AC and others.

See full list of supported chips qt/nando_parallel_chip_db.csv

SPI flash

AT45DB021D, MX25L8006E, W25Q16JV and others.

See full list of supported chips qt/nando_spi_chip_db.csv

Release binaries

You can download host application deb package for Ubuntu/Windows installer, firmware binary for STM32, schematic and gerber files from here:

https://drive.google.com/drive/folders/1d5hP6MKbkEBGQe_xIRl4-A5LPt_-9QIN

License

In general the sorce code, PCB and schematic are under GPLv3 license but with limitations of:

firmware/libs/spl/CMSIS/License.doc

firmware/libs/spl/STM32_USB-FS-Device_Driver/ - http://www.st.com/software_license_agreement_liberty_v2

firmware/usb_cdc - http://www.st.com/software_license_agreement_liberty_v2

Build

Requirements

Linux based OS

Build firmware

1. Download compiler and documents from Google Drive:

• Go to https://drive.google.com/drive/folders/1zLtebfLW6CxaWMq0rr4EfEPmeXfGk-7n?usp=sharing
• Press "Download All"
• mkdir ~/dev/
• cd ~/dev/
• mv ~/Downloads/nand_programmer*.zip ./
• unzip nand_programmer-*.zip
• cd nand_programmer/compiler/
• tar -xvf gcc-arm-none-eabi-4_9-2015q1-20150306-linux.tar.bz2
• cd ..
• git clone https://github.com/bbogush/nand_programmer.git
• cd nand_programmer/firmware
• make

Burn firmware via SWD (ST-Link)

• sudo apt-get install libusb-1.0-0-dev
• cd ~/dev/
• git clone https://github.com/texane/stlink.git
• cd stlink/
• mkdir -p build && cd build
• cmake -DCMAKE_BUILD_TYPE=Release ..
• sudo make install
• sudo cp ../etc/udev/rules.d/* /etc/udev/rules.d/
• sudo udevadm control --reload-rules
• sudo udevadm trigger
• connect ST-Link to board
• cd ~/dev/nand_programmer/nand_programmer/firmware
• st-flash write ./obj/prog.bin 0x8000000

Build host application

Linux

• sudo apt-get install libboost-all-dev
• Install Qt5.x
• Open ~/dev/nand_programmer/nand_programmer/qt/qt.pro with QtCreator.
• Go to Projects->Build->Build Steps->Add Build Step->Make. Add "install" to "Make arguments".
• Build->Run qmake
• Build->Build All
• Build->Run

Windows

• Install boost library from GoogleDriver archive under C:/boost/ or compile.
• Install Qt5.x
• Open ~/dev/nand_programmer/nand_programmer/qt/qt.pro with QtCreator.
• Go to Projects->Build->Build Steps->Add Build Step->Make. Add "install" to "Make arguments".
• Build->Run qmake
• Build->Build All
• Build->Run

Schematic and PCB

• Install KiCad 5.0.1
• Open ~/dev/nand_programmer/nand_programmer/kicad/nand_programmator.pro

Adding new chip

• Go to Settings->Chip database
• Press "+" button and fill out parameters from datasheet.

WiKi

Check WiKi page for more information.