naxlabel.blogg.se - Minipro 6.50 download

#Minipro 6.50 download install#
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The key thing seems to be to retain your original 'Device ID' and 'Serial number' values.

#Minipro 6.50 download software#

The official client software now also works properly without any annoying pop-ups or more importantly without flat-out refusing to work at all. My device is now safely updated to v6.82 for the TL866A version. So, all's well that ends better-as someone once wrote!Īfter following Radioman's direction in the post I linked above I can confirm his new firmware flasher works exactly as described.

#Minipro 6.50 download Pc#

As a last step I re-cased the device, reconnected it to my PC and ran a few successful read/write/erase tests with a handy AT29C256 EEPROM.

It is important to do this as otherwise the device would remain in 'boot' mode every time it was powered up!

I disconnected the TL866 from USB and then desoldered the pull-up resistor from its PCB.

On selecting this option the old, known-good firmware is written in to TL866 micro-controller. The TL866 hardware was recognized and within the 'Tools(V)' menu the 'Reflash firmware' item was finally available.

I plugged the bare PCB back in to my PC via USB and started the MiniPro v6.71 software.

It goes without saying you need to ensure no part of the resistor's legs short any track or component on the PCB.

I soldered a 200ohm pull-up resistor between a source of 3.3volts and the RC1 leg of the TL866's micro controller-as pictured in the *.PDF above.

I again dismantled the TL866 and extracted its PCB assembly.

I installed the known-good MiniPro v6.71 distribution which kheller2 provided a link for above-making sure I permitted it to re-install the USB driver.

#Minipro 6.50 download driver#

While perhaps unnecessary, I also removed the USB driver when I was given that option.

First of all, since I had installed the booby-trapped v6.80 MiniPro software I made sure to uninstall it.

It is worth mentioning this process would work to reinstall any version of the firmware. I found this document made fascinating reading and more importantly I could properly follow his explanation of the method to reset the microprocessor inside the TL866 and thereby enable re-flashing. However, the same topic is illustrated in far more detail by 'radioman' from the EEVBlog forum in the documents that accompany his open-source flashing software. However I found the site rather confusing and I was unable to use the very brief directions it gave. Basically the material linked to by kheller2 above does indeed cover the necessary ground. However, I started it without her.A little more reading on the matter has turned up a successful workaround. Some instructions say that you need to press the BOOT button on the Board during boot. Select any example (for example, here)ġ0.1. Meet ESP32, part 1: installing the Arduino IDE ESP32, arduino, instruction, first run, dinobotĩ.

There must be something like that among them Select the COM port to which the Board is installedĨ.1.2. Select the cost in the Tools > Board (Tools > Board) (I DOIT ESP32 DEVKIT V1)Ĩ.

#Minipro 6.50 download install#

If the drivers themselves are not installed, then install the driver for CP210x (I had CP2102) from hereħ. However, this is not a Real time Clock, but a low power core.Ĭ:/Users / /Documents/Arduino/hardware/espressif / esp32Ĭ:/Users / /Documents/Arduino/hardware/espressif/esp32 / toolsĥ.1. Hibernacja with the included kernel low energy consumption 5 µaĪCHTUNG! You will often encounter the word RTC when using ESP32. A bunch of peripherals for cryptography (cryptographers, hashes, gsch) Infrared controller, and, both for reception and transmission Wi-Fi 802.11 n with a maximum speed of 150Mbps Optional external flash-memory 4-16 MB (what I was talking about earlier) 448 KB of flash memory (actually there are more, will be discussed further) Dual-core 32-bit processor, operating at a frequency of 80, 160 or 240 MHz (well, plus another energy-saving core with a reduced set of commands and at a frequency of 32 KHz) ESP32 IS a modern microcontroller from Espressif Systems, which was released recently (2016).