Device manager shows the programmer under 'Atmel USB Devices'. Driver provider: libusb-win32. Driver version: 1.2.6.0 - Programmer works flawlessly with Atmel Studio 6.2 built in 'tools'. I need a USB device I can use as a target in my Windows USB device driver course. The device needs to be reasonably powerful, and allow me to control how the device appears on the bus via firmware. I’ve used the Arduino in the past, but that thing is really horrible: Slow 8-bit microcontroller. Inspect 'Windows Device Manager' again - a new interface 'USB Serial Interface' would show up after the driver was changed. It should be missing a driver. Refer to picture '4'. Point the new interface manually to 'ftdiport.inf' located again in the folder where you extracted the driver (like you did in step 4 but for a different inf file.
Hello Experts and Freaks.
General question about USB drivers for programming.
With AVR Studio 4, where Stk500.exe can be used, access to USB programming devices is based on Jungo technology.
With Atmel Studio 7, Jungo way is sort of disabled in the benefit of atmel_winusb native driver, which is used with 7.0atbackendatprogram.exe..
When both Stk500.exe and atprogram.exe need to be used, it leads to painful driver update switches in the device manager (browse my computer.., let me pick from a list..)
However in 7.0ExtensionsApplication I found some Jungo DLL's: LibJungoUSB.dll and JungoInterfaces.dll. Does it mean there's some way to use Jungo with Atmel Studio 7 and its back-end tools?
Thank you for *technical* suggestion, any piece of advice, leads, pointers, trick, loosely related information about this question.
Some side consideration could be to include LibUSB0 which seems very similar to Jungo technology. It seems this driver is installed during Atmel 7.0. And also it seems it is (was) associated with Olimex tools. Not too sure, that's why I only mention it here sideways.
Sometimes devices connected to USB ports need to be re-set. It’s not unusual GSM modems and WiFi dongles to freeze and the only way to bring them back to life is to remove and re-attach.
OLinuXino USB ports has power switches and current limiters which can be controller by Linux drivers.
Drivers realtek motherboards app. After some experimenting we found that it’s not so easy actually to do it with the standard file system and shell.
A friend suggested to try this code. It worked very well, so here is how to use it. First you need to download and compile it, then to make it executable:
Then you need to see where your USB device is. In our case I connected MOD-WIFI-R5370 WiFi USB dongle:
Olimex Usb Devices Driver Vga
you will see something like:
to reset this device use the command:
Olimex Usb Devices Driver Updater
The device USB port will be power off for a second then power on again.
All above is tested and work with official Olimex Linux images from images.olimex.com, but should work on other Linux distributions too. Quality instrumentation driver download for windows 10.