AVR UPDI Standalone Programmer Programs AVRDA, AVRDB, AVRDD, ATtiny, Atmega Devices
Designed by microprogrammers in Canada
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What is it? A UPDI Standalone Programmer for programming AVR/Attiny/Atmega Devices. This programmer will program the Attiny0 series, Attiny1 series and the Attiny2 series MCU's. It also supports the …
Read More…A UPDI Standalone Programmer for programming AVR/Attiny/Atmega Devices. This programmer will program the Attiny0 series, Attiny1 series and the Attiny2 series MCU's. It also supports the AVRDA, AVRDB, and AVRDD devices as well as the Atmega0 series MCU's all without using a computer. Just load the hex files, set up configuration with a simple terminal program (For best results, use TeraTerm), the programmer now operates as a standalone programmer.
Similar to my other programmer here. Except this one will NOT do larger capacity (128K) devices.
To find out if this programmer supports the MCU you are using, please see the device list below.
Untested Devices: Due to the chip shortages we are all facing these days, I am unable to purchase these MCU's at this time. Normally I do not release a programmer without physically testing every single MCU that it supports. However, the programmer is expected to work for the untested MCU's.
This programmer is great for mass production programming or for updating devices for customers. If you need to program multiple devices with the same code, the UPDI Standalone programmer really simplifies the operation! It Programs and Verifies Flash, Eeprom, Fuses, User Row and Lock Bits. Each operation can be enabled or disabled in the configuration.
The AVR UPDI Standalone Programmer is most convenient for programming the bootloader in brand new chips. Just load the bootloader hex file and set up the fuses. Now you can just leave the bootloader code stored in the programmer for multiple uses. The bootloader code programs in only a few seconds!
The UPDI Standalone AVR Programmer operates through the one wire UPDI interface on your AVR MCU. A three wire connection is required. (VCC, GND, UPDI). A cable is include with the programmer.
There is a growing need for an affordable standalone programmer that supports the UPDI protocol. There is no need to install a HUGE (really slow) program on your computer just to program your MCU. The UPDI programmer is fast and reliable.
You do need a computer to set it up initially, or whenever you want to change the hex files. The UPDI Standalone Programmer is configured to work best with TeraTerm (a simple terminal program). Once set up, The UPDI Standalone Programmer runs from a USB power supply or USB port and can supply power to your target (3V or 5V only) or the target can run on its own power (1.8V to 5V). The UPDI Standalone Programmer will not run from target power, you must power the programmer from a USB (5V) power supply. The data (Flash, Eeprom, User Row, Fuse and Lock bits) are stored in the programmers memory until it is changed. Standalone operation is invoked when jumper J1 is installed. It just can't be any easier.
The UPDI Standalone ISP Programmer can also be password protected for preventing unauthorized usage. If you are purchasing this item, please check your email messages on Tindie for instructions.
Devices in Bold are untested. They are expected to work with this programmer.
AVR32DA28 | ATtiny1604 | ATtiny202 | ATtiny804 | ||
AVR32DA32 | ATtiny1606 | ATtiny204 | ATtiny806 | ||
AVR32DA48 | ATtiny1607 | ATtiny212 | ATtiny807 | ||
AVR32DB28 | ATtiny1614 | ATtiny214 | ATtiny814 | ||
AVR32DB32 | ATtiny1616 | ATtiny402 | ATtiny816 | ||
AVR32DB48 | ATtiny1617 | ATtiny404 | ATtiny817 | ||
AVR64DA28 | ATtiny1624 | ATtiny406 | ATtiny824 | ||
AVR64DA32 | ATtiny1626 | ATtiny412 | ATtiny826 | ||
AVR64DA48 | ATtiny1627 | ATtiny414 | ATtiny827 | ||
AVR64DA64 | ATtiny3216 | ATtiny416 | ATmega808 | ||
AVR64DB28 | ATtiny3217 | ATtiny417 | ATmega809 | ||
AVR64DB32 | ATtiny3224 | ATtiny424 | ATmega1608 | ||
AVR64DB48 | ATtiny3226 | ATtiny426 | ATmega1609 | ||
AVR64DB64 | ATtiny3227 | ATtiny427 | ATmega3208 | ||
ATmega3209 | ATmega4808 | ATmega4809 | |||
AVR16DD14 | AVR16DD20 | AVR16DD28 | AVR16DD32 | ||
AVR32DD14 | AVR32DD20 | AVR32DD28 | AVR32DD32 | ||
AVR64DD14 | AVR64DD20 | AVR64DD28 | AVR64DD32 |
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Paula | Feb. 22, 2023
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