Luckily, I managed to find on a back-up the file "ArduinoISP_org_WindowsDriver.zip" from the original arduino.org website, and all is working well. It would be nice in future that this driver was available to download from the arduino.cc website in case I ever loose it, or if someone else needs it?
Stk500 driver windows 10
This thread triggers my question:Did the .org section use different hardware/drivers compared to the .cc section of the Arduino group? I know they were separated for quite some years but I actually didn't know that it also touched hardware so deeply.
The USBASP programmer is used for convenient microcontroller programming. If you are using Windows 10, you will need to use signed drivers so that the programmer works. I have prepared a video for you where the entire installation procedure is explained.
From the page Download the Zadig program. He has everything in each other. First, insert a USBasp to USB and start the program. Find USBasp in the drop-down menu. If there is no, turn on the Options / List All Devices. Be careful to select usbasp only. The program does not check for a hardware to install the drivers and could not be able to shut down some hardware.
After lots of unplugging, checking ports, restarting IDE, etc. The ting which seemed to make a difference fixing this fault with Arduino Mega 2560 was to uninstall the windows USB arduino driver then reinstall it usig the driver here & select manually from the list>com ports>arduino -DRIVERS-TOOLS/Others/Arduino-Mega-2560-USB-Driver-1110-for-Windows-7-64-bit.shtmlI may have tested it on my uno then back to the mega so there's a small chance talking to the uno made AVRDUDE happy but unlikely.
To install com0com is a little tricky, because the virtual COM ports drivers are not digitally signed for Windows. com0com can be used without problems with Windows XP, but for newest Windows flavors, like Windows 7, we need to disable the digital signature enforcement for drivers. The most easy way to do this is by restarting Windows and boot into disabled enforcement mode.
LOL, actually I didn't knew it. When I first used the described setup, a few years ago on a Windows XP, the PICkit 2 was not supported by AVRdude, and also the whole mess with the test mode and the signed drivers was not required by XP. Since then, I didn't checked AVRdude, but I will give it a try next time.
I am not totally familair with ESX but if the VM has a LPT port assigned you can at least test this. Make sure the driver for hte device/card is installed in the VM and connect with a RDP client where you can set the LPT port redirection.
As soon as you alter a lock or fuse bit, the corresponding Write-button will be enabled. You need to click it to write the new value. The lock and fuse bits are read again so you can see if it worked out. The lock and fuse bits shown will depend on the used chip. Every chip has different fuse bits. Some fuse bits can not be altered via the serial programming method. The native stk500 driver uses the serial programming method. Some fuse bits require the parallel or high voltage programming method. For example the fuse bit 'enable serial downloading' can not be changed with the serial programming method.
Before you can start using the Tiny AVR Programmer, you may need to set it up on your computer. If you're using a Mac or Linux machine, you don't need to install drivers. Just plug the board in, and skip to the Programming in Arduino page.
If you're using any version of Windows, you've got a few steps to follow before you can join your Mac/Linux comrades. There are two sets of instruction for driver installation on this page. The first is the easiest, quickest method, and should work for most everyone. The second installation process is only required if the first one fails -- it takes a more manual approach to the driver installation.
To begin, plug the Tiny AVR Programmer into your computer. Upon initially connecting the board, Windows will try to automatically install the drivers. Some computers may be lucky, but most will turn up with a message notifying you that the driver install failed.
After you've plugged the Tiny AVR Programmer into your computer and your machine has run through the process of checking for and failing to install drivers, proceed to the "zadig_v2.0.1.160" folder you just unzipped. Then Run zadig.exe software.
After verifying those two selections, click "Install Driver". The installation process can take a few minutes, but after you've watched the scroll bar zoom by countless times, you should be greeted with a "The driver was installed successfully" message.
After plugging in your Tiny AVR Programmer, Windows will try to look for a driver that matches it. Keep an eye on the notification area in the bottom-right corner. Wait for Windows to try to install the driver on its own. There's a chance that, after searching, Windows will find the driver. If you get a Device driver software installed successfully notification (lucky you!), you can ignore the next few steps. But, if you got something like this:
If Windows couldn't find the driver for you, you'll need to download it. You can head over to the Tiny AVR Programmer GitHub repository and grab what you need there, or you can click the link below to download the zip file directly.
To install the driver, you'll need to first open up the Device Manager. From the Control Panel, go to the System and Security section, click System, and click on Device Manager. (Alternatively you can Run devmgmt.msc).
Then click Next, and the driver will begin updating. Shortly after that, though, a Windows Security window should pop up to let you know the driver isn't "signed". Click Install this driver software anyway. We promise it won't damage your computer!
Hi, great Instructable. Unfortunately It didn't work for me, however I did find a fix so I thought I'd post it here for anybody else with the same problem. My problem is that I'm using Windows 8 and apparently the arduino drivers aren't signed and therefore windows 8 will not utilize them. Fortunately YouTube user beachedwhale found an easy work around that'll get it working without turning off driver signing. You can watch his video by following this link: =CdE72XUYC7k In a nutshell, you update the driver through device manager and use the wizard to pick from a list of device drivers on your computer, when this list comes up you choose a Compaq Ricochet Wireless USB Modem, apparently the two devices use the same driver, you just need to change a few of the driver's settings once it's installed (make sure the baud rate is 9600, etc...). It only takes about two minutes to do, definitely worth a try if your getting this error and running Windows 8.
I have tried every possible suggestion given the group but still didnot find any solution .I had checked the port connections,board name in tools bar, updated drivers, no problem with boot loader .Please help me with this.
avrdude: stk500_recv(): programmer is not respondingavrdude: stk500_getsync() attempt 1 of 10: not in sync: resp=0xf8If the pin 13 LED lights up on connecting the board, yet the code shows the above mentioned problem while uploading code even when there is surely no problem in the code or the hardware setup itself, it might be a corrupted bootloader**Here's what you can exactly do to fix the problem: -us/articles/36001...**(The bootloader is a piece of code that is stored in a reserved space of the memory of your Arduino board.Basically, this code initiates the sketch as soon as the board is powered on and also allows new sketches to be uploaded from the PC)
I bought a cheap Arduino Nano clone from China which uses the CH340C USB chip instead of the chip found on the genuine Arduino. I fixed it by:1) Installing the CH340 driver2) Set processor to ATmega328P(Old bootloader)3) Using Arduino IDE installed locally on my Win10 pc, NOT the online Arduino IDE. NB. If both the locally installed and online Arduino IDE are open at the same time they can generate a different error "avrdude: ser_open(): can't open device "\\.\COM8": Access is denied." Simply close the online Arduino IDE to fix this error.
If you want to attach more than one USB programming board to your machine, they need to use the same USB port. This means you need to have a USB hub. This is a problem with the driver, if you check the Device Manager, you will get an error message like the following:
Silabs does not provide drivers on their website for their USB-Serial Bridge CP2101 that we used for the USB Programming board. Together with your USB Programming Board you should also get working Mac OS X and Windows XP drivers. The provided linux binary drivers do work on some Linux systems but certainly not on all. Luckily, some brave people went out and took the trouble of reverse-engineering the used protocol.
Note: It has been ported to windows (via cygwin) and linux. Other unix systems should be trivial to port to. Avrdude is part of the FreeBSD ports system. Building and installing on other systems should use the configure system, as such:
* Revert "Revert "xen: set max_pfn_mapped to the last pfn mapped"" - LP: #898139 * Revert "core: Fix memory leak/corruption on VLAN GRO_DROP, CVE-2011-1576" - LP: #844361 * kbuild: Disable -Wunused-but-set-variable for gcc 4.6.0 - LP: #898139 * kbuild: Fix passing -Wno-* options to gcc 4.4+ - LP: #898139 * maintainer - LP: #898139 * Remove the old V4L1 v4lgrab.c file - LP: #898139 * i8k: Tell gcc that *regs gets clobbered - LP: #898139 * Fix gcc 4.5.1 miscompiling drivers/char/i8k.c (again) - LP: #898139 * USB: serial/usb_wwan, fix tty NULL dereference - LP: #898139 * ipv6: add special mode accept_ra=2 to accept RA while configured as router - LP: #898139 * set memory ranges in N_NORMAL_MEMORY when onlined - LP: #898139 * FLEXCOP-PCI: fix __xlate_proc_name-warning for flexcop-pci - LP: #898139 * m68k/mm: Set all online nodes in N_NORMAL_MEMORY - LP: #898139 * nfs: don't lose MS_SYNCHRONOUS on remount of noac mount - LP: #898139 * NFSv4.1: Ensure state manager thread dies on last umount - LP: #898139 * Input: xen-kbdfront - fix mouse getting stuck after save/restore - LP: #898139 * pmcraid: reject negative request size - LP: #898139 * mmc: sdhci-pci: Fix error case in sdhci_pci_probe_slot() - LP: #898139 * mmc: sdhci: Check mrq->cmd in sdhci_tasklet_finish - LP: #898139 * mmc: sdhci: Check mrq != NULL in sdhci_tasklet_finish - LP: #898139 * USB: fix regression in usbip by setting has_tt flag - LP: #898139 * ARM: 6891/1: prevent heap corruption in OABI semtimedop - LP: #898139 * Open with O_CREAT flag set fails to open existing files on non writable directories - LP: #898139 * Input: elantech - discard the first 2 positions on some firmwares - LP: #898139 * Staging: rtl8192su: Clean up in case of an error in module initialisation - LP: #898139 * Staging: rtl8192su: Fix procfs code for interfaces not named wlan0 - LP: #898139 * USB: teach "devices" file about Wireless and SuperSpeed USB - LP: #898139 * SUNRPC: fix NFS client over TCP hangs due to packet loss (Bug 16494) - LP: #898139 * nfs: fix compilation warning - LP: #898139 * Increase OSF partition limit from 8 to 18 - LP: #898139 * hwmon: (applesmc) Add MacBookAir3,1(3,2) support - LP: #898139 * ALSA: emux: Add trivial compat ioctl handler - LP: #898139 * ALSA: hda - MacBookPro 5,3 line-in support - LP: #898139 * ALSA: hda - Add model=mbp55 entry for MacBookPro 7,1 - LP: #898139 * ALSA: hda - MacBookAir3,1(3,2) alsa support - LP: #898139 * Bluetooth: Add support Bluetooth controller of MacbookPro 6,2 - LP: #898139 * Bluetooth: Add support Bluetooth controller of MacbookPro 7,1 - LP: #898139 * Bluetooth: Add MacBookAir3,1(2) suppor... 2ff7e9595c
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