Re: Flashtool 0 9 9 0 Windows Exe
Corette Guitreau
Recently, well actually two days back when I installed Flashtool on my Windows 8 Laptop in order to flash my cutie pie, Xperia Ray phone ? I ran into a massive issue. After successfully installing Flashtool setup I headed up to installing flashtool drivers. I selected the needed drivers from the list and executed with the process, but then suddenly the driver installation results had failed at the end. I tried running as Admin, restarting the Lap and I even downloaded the whole set up once again, which was pretty much retarded until i realized the issue and reinstalled the whole thingy. But still NO ! -_-
To install all the drivers for the Windows operating system, you download the software Easy Driver Pack for Win8 x64 at download here (Chinese version), after downloading, run the .exe file. For other Windows versions, you accessed at and search by keyword Easy Driver Pack
I have a asus K53E and I reinstalled windows using the serial key that my laptop came with. I am now trying to instal the BIOS flash program for windows that asus has. But when I try to it says. "sorry, this program only supports ASUS notebook!". Why is it doing this? And is there any way to fix this?
So, I'm sitting here trying to create a usb drive for unraid using the flash creator without any kind of luck. I open up the windows version of the app, select stable of version 6.6.6 then chose my usb drive and hit Write. It downloads the media then I'm presented with an error: Couldn't open C:/Users/*****/AppData/Local/Temp/unraid.bootimg.gz. Is there something obvious that I'm missing?
Had this issue as well, the issue was the part of the path that you have removed with asterisks, my windows username contains the letter '' from the Swedish alphabet and looks like the media creation tool does not like that.
KKmulticopter Flash Tool is a software tool to easily upload new firmware to your KKmulticopter board or ATmega8 based brushless ESC. It is designed to support users that have never flashed firmware to a micro-controller. The KKmulticopter Flash Tool is very simple to set up and use.
Once the software is installed you select your programmer and your board or controller type you want to flash. You can then flash a firmware file from your PC, or from the Internet, by selecting from a list of the latest available firmware. The software will save your settings when you exit, so you will not need to set up everything again when you next launch the software.
The Flycam Blackboard is also supported by the tool. Please be careful when you select which board you wish to flash with new firmware. The board must have the capacity to store the new firmware selected.
SimonK BL-ESC firmware and Wii-ESC can be flashed to any by the firmware supported ATmega8 based BL-ESC. If you updated your ESC to SimonK firmware version 01.06.2012 or newer and enabled the bootlader you can later reflash the ESC with the ArduinoUSBLinker, Afro USB Programming Tool or the Turnigy USB Linker simply via the Servo plug. I already use successfully HobbyKing 10A with bs.hex, F-20 (HobbyKing 20A)EU Warehouse and F-30 (HobbyKing 30A)EU Warehouse both with bs_nfet.hex.To get more informations on how to flash BL-ESC see also the Flashing ATmega8 based BL-ESC manual. And the How to make a ArduinoUSBLinker.
Helpful for first time flashing BL-ESC with Simonk firmware is also the Atmel Atmega Socket Firmware Flashing Tool that can be put directly on most ESC without the need to solder any cable to the processor or pads.
When installing the drivers for your USBasp programmer dongle, it's recommend to install the original drivers from fischl.de. The drivers supplied with eBay auctions often don't work very well.
The tool also supports xwopen USBasp, please use the driver provided by xwopen not the fischl driver.
Before running KKmulticopter Flash Tool on Windows with an USB programming dongle please make sure you install a driver based on libusb on your computer. On Linux and Mac OS X, you normally do not need to install additional drivers.
If you have already installed AVRStudio, you have to remove the Jungo-Driver for your AVRisp mkII.
If you have a USBtiny the flashtool newer than 0.33 and older than 0.63 beta 11 will not work with until you replace the avrdude.exe and avrdude.conf in the folder /lib/avrdude/windows/ with the one in this download. Since 0.63 beta 11 the usbtiny part of the flashtool is fixed.
Pinout of image 1 is the look onto the pins on the kkboard. If you build your own adapter, make sure that the programmer you use coresponds to the pinout shown above. Some programmers out there have not ground (GND) connected to pin 4, 6 and 8.
Have a good day. Based on that information that current module firmware was corrupted BUT luckily still showing that hardware address via ubuntu which means /dev/ttyUSB0 should be shown. You get that file from below website.
I have downloaded and ran tar on the SDK however I do not know how to compile if needed or install could someone explain how to install? I am using 16.04 LTS I can install a newer version if that will help.
Your issue looks like a simple WIndows driver problem to me. You should primarily try to solve it using the Windows driver installer. It does take a few options which might help. Doing all sorts of magic stuff in another OS comes a bit further down on the list of things to try
There are two possible ways to solve a windows driver issue: Either switch the modem configuration into something matching your drivers, or install drivers matching the modem configuration. Deleting stuff or running fdt will not achieve either, and is therefore futile. Running arbitrary commands without knowing what they will do is how you got into the problem. Unfortunately it is not the way to get out of it. You may instead end up with bigger problems.
I have been struggling with flashing the Jetson Orin Nano with NVMe disk through WSL2.
The issue that I am facing is that during the flashing procedure I see that the Orin Nano exhibits itself from initially an APX USB device to a Remote NDIS Compatible Device, USB Serial Device.
I believe that NVidia supports the WSL2 flow with the sdk-manager and thus I assume that this should work fundamentally. However, it seems that I am missing a crucial point somewhere which prevents the Orin Nano to show up as an ethernet over USB interface.
Hi @henkman,
You would have to rebuild the WSL kernel to add support. I had to do something similar to add joystick and usb mass storage support. Here is the tutorial I followed =iyBfQXmyH4o . Only difference being in the menuconfig you would need to change a different settting. If you can, I also suggest using windows 11.
Incidentally, one would want to be sure that the WSL2 is itself running on an ext4 filesystem type if any image is to be generated. If the content which is to be copied in to the loopback partition is not originally copied to a filesystem type which understands Linux permissions, then the flash will succeed, but boot will end up with an unusable system needing to be flashed again.
For that reason I opened this thread with clarifying my starting conditions. It remains fuzzy what NVidia used with their WSL2 link where they suggest that the 1.9.3 version of the SDK manager works with WSL2. I even saw a post from someone who mentioned successful flashing without ever indicating what versions of the kernel was used. It just stated that WSL runs ok with the sdk manager. That makes a large difference and leads to questions, especially if it then does not work as expected.
Given the fact that I want to develop on a company machine (which uses Window10 Enterprise) I am currently investigating how mature WSL2 is and if I can use it for all my development tools, such as FPGA tooling, simulators, Yocto builds (which all run ok now at WSL2) and recently this NVidia stuff. I always used native Linux for all those tools but sometimes company rules do not make life easier and you need to work around it.
If something does not work, I tend to find solutions and solutions are only possible if we understand the problems. And finally understanding these problems is the point where you learn a lot. And sometimes you need some help from others to speed up this learning curve.
I think a lot of the history revolves around supporting each individual VM being a lot of work. One would need time to test each platform on each VM, and then predict what failures will occur (e.g., in one setup USB always passes through, but in other cases it only passes through once and disconnect/reconnect is lost; or updating a kernel in each VM has different instructions; NVIDIA would itself have a huge learning curve).
Ubuntu has been used for a very long time. I have a Tegra 3 sitting here which was basically Yocto, but everything from TK1 and newer is Ubuntu. Before TK1 only a reference design was given, and third party manufacturers had to build their own boards. There was no publicly available sample board an average person could purchase (all purchases had to come from a larger company before that). The TK1 board is when Ubuntu came to life in the first Jetson. That design was set, and everything since then has inherited it.
I still do not understand your loopback discussion on WSL2. It is already supported for a while.
With respect to USB; it works just like you normally see in virtual environments (for example VirtualBox). Which means you need to bind and attach.
With respect to OpenEmbedded; is what you write based on your own latest experiences? The OpenEmbedded github pages suggest that it is all derived from the latest release of L4T; Jetson Linux release: R35.3.1 JetPack release: 5.1.1
Many people have come here and had a failure on loopback. If this is already supported, I guess it is a question then of knowing which release on which platform loopback becomes supported in. I do not know that answer.
My comments are not specific to OpenEmbedded. I am familiar with two things that comments are related to: (A) The progression of change in boot content over the years, and (B) the Xorg server and how it uses the GPU driver.
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