• Diamex Dx35 Driver
• Diamex Avr Isp Driver
• Diamex Dies

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Overview

Diamex Dx35 Driver

The Pololu USB AVR Programmer v2 is a compact, low-cost in-system programmer (ISP) for Atmel’s AVR microcontrollers. The programmer provides an interface for transferring a compiled AVR program from your computer to the target AVR’s non-volatile memory, allowing it to run the program. It is a good solution for programming AVR-based controllers like our Orangutan robot controllers. It can also be used to update, replace, or remove the bootloader on some Arduino boards including the Uno, Leonardo, and Mega, and also on our Arduino-compatible A-Star controllers. This programmer is designed to work well with both 3.3 V and 5 V devices, and it can even be configured to provide power to the target device in low-power systems.

The programmer connects to your computer’s USB port via a standard USB A to Micro-B cable (not included) and communicates with your programming software, such as Atmel Studio, AVRDUDE, or Arduino, through a virtual COM port using the STK500 protocol. The programmer connects to your target device via an included 6-pin ISP programming cable (the older, 10-pin ISP connections are not directly supported, but it’s easy to create or purchase a 6-pin-to-10-pin ISP adapter). The programmer also acts as a USB-to-TTL serial adapter, providing a TTL-level serial port that can be used to communicate with other serial devices from your computer. It ships fully assembled with connectors soldered in as shown.

This product requires a USB A to Micro-B cable to connect to a computer.

Features and specifications

• Connects to a computer through USB via a USB A to Micro-B cable (not included)
• Emulates an STK500 programmer through virtual COM port interface
• Works with standard AVR programming software, including Atmel Studio, AVRDUDE, and the Arduino IDE
• Configuration software available for Windows, Mac OS X, and Linux
• Supports both 3.3 V and 5 V devices; can automatically switch operating voltage based on detected target VCC
• Can optionally power the target at 3.3 V or 5 V in low-power systems
• USB-to-TTL serial adapter functionality for general-purpose serial communication
• Provides a 100 kHz clock output, which can be useful for reviving misconfigured AVRs
• All I/O pins are protected with 470 Ω resistors
• 6-pin ISP cable and a 1×6 double-sided male header included
• Comprehensive user’s guide

Supported AVR microcontrollers

The programmer should work with all AVRs that can be programmed with the AVR ISP (in-system programming) interface, which is also known as in-circuit serial programming (ICSP), serial programming, or serial downloading, but it has not been tested with all devices. We expect it to work with most AVRs in the megaAVR (ATmega) family, and it works with some members of the tinyAVR (ATtiny) family, but it does support the Tiny Programming Interface (TPI), and it does work with the XMEGA family or with 32-bit AVRs. The programmer features upgradable firmware, allowing updates for future devices.

The programmer is designed for use with AVR microcontrollers running at either 3.3 V or 5 V. By default, the programmer expects the target to be self-powered, but it can be configured to deliver power to the target device in low-power systems.

Supported operating systems

We support using the Pololu USB AVR Programmer v2 and its configuration software on desktop versions of Windows (Vista, 7, 8, and 10), Linux, and Mac OS X 10.11 or later. Older versions of Windows are not supported.

Bonus feature: TTL-level serial port

This programmer doubles as a USB-to-serial adapter. The programmer installs as two virtual COM ports: one for communicating with programming software and one for general-purpose serial communications. This means that you can seamlessly switch between programming an AVR and debugging it through the TTL serial port without having to open and close your terminal program. In addition to the serial transmit (TX) and receive (RX) lines, the programmer lets you use A and B as serial handshaking lines that can be configured using our software.

The six pins on the serial header (GND, A, VCC, TX, RX, and B) are arranged to be similar to the pinout of commonly-available FTDI USB-to-serial cables and breakout boards. In the default configuration, pin B is used as the DTR output (and pin A is an unused input), which allows you to plug the programmer directly into a variety of Arduino-compatible boards and use it to upload programs to the board via a serial bootloader.

Included accessories

The Pololu USB AVR Programmer v2 ships fully assembled with ISP and serial connectors soldered in, and it includes the accessories shown in the picture below. The 6-pin ISP cable can be used to program AVRs. The 1×6 double-sided male header can be plugged into the serial header to effectively reverse its gender (making it possible to connect that header to a breadboard or female jumper wires).

Comparison to the older Pololu USB AVR Programmer

The Pololu USB AVR Programmer v2 is an updated version of our Pololu USB AVR Programmer (product #1300). It features a number of improvements compared to the original:

• Support for devices operating at 3.3 V (in addition to 5 V)
• VCC pin can be configured to provide 3.3 V or 5 V power to target in low-power systems
• Protection resistors on all I/O lines
• More accurate emulation of the ISP frequencies provided by the STK500; you can use the user interfaces of Atmel Studio and AVRDUDE to set your ISP frequency more easily
• Usability enhancements for serial interface, such as a more standard pin arrangement (similar to FTDI) and a pre-populated female header

This programmer does not include a USB cable, and it does not have the SLO-scope bonus feature. In addition to these changes, many other details are different between the v2 programmer and the original; please be sure to refer to the user’s guide for the USB AVR Programmer v2 to familiarize yourself with this programmer. This programmer was released in March 2016, so any written references to the “Pololu USB AVR Programmer” from before that time refer to the original (older) programmer.

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Diamex Avr Isp Driver

• Dieses Thema hat 2 Antworten und 2 Teilnehmer, und wurde zuletzt aktualisiert vor 2 Jahre, 1 Monat von .

• Beiträge

• I can’t see my USB Device in JinX! Did I miss a step in the configuration? I want to use jinx! to make a tpm2 file, put it on my USB stick and play it with my LED-PLAYER-STICK. But in the Jinx! “Add/Edit Device” menu the “serial Port/USB Device the USB-stick is not visible. In the “Jinx! Konfiguration für LED-Player und LED-Controller-L” it says I that the drivers for LED players must be installed and the controller must be reachable via COM port. The USB stick is reachable via My Computer but not via jinx!.

  My setup:
  Diamex LED-player-stick: The build in Funktionstest works with the IR-B remote controller.

  USB stick 32GB: I put the _CONFIG_ file and stripe1-5.out files on USB stick and it works.

  Neopixel strips with 900 LEDs: Works, but to light them all i need Jinx! to work.

  I think this is a Jinx problem. Perhaps Jinkx can’t handle USB-Sticks cause they are too slow when writing the LED-Datastream. In this case please write the TPM2-File (.out) to your harddisk and after this copy this file with windows filemanager to the stick.
  You can’t connect the stick-player to pc. So you don’t need any driver and you have no COM-Port.

• Beiträge

• I can’t see my USB Device in JinX! Did I miss a step in the configuration? I want to use jinx! to make a tpm2 file, put it on my USB stick and play it with my LED-PLAYER-STICK. But in the Jinx! “Add/Edit Device” menu the “serial Port/USB Device the USB-stick is not visible. In the “Jinx! Konfiguration für LED-Player und LED-Controller-L” it says I that the drivers for LED players must be installed and the controller must be reachable via COM port. The USB stick is reachable via My Computer but not via jinx!.

  My setup:
  Diamex LED-player-stick: The build in Funktionstest works with the IR-B remote controller.

  USB stick 32GB: I put the _CONFIG_ file and stripe1-5.out files on USB stick and it works.

  Neopixel strips with 900 LEDs: Works, but to light them all i need Jinx! to work.

  I think this is a Jinx problem. Perhaps Jinkx can’t handle USB-Sticks cause they are too slow when writing the LED-Datastream. In this case please write the TPM2-File (.out) to your harddisk and after this copy this file with windows filemanager to the stick.
  You can’t connect the stick-player to pc. So you don’t need any driver and you have no COM-Port.

Diamex Dies

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