Eft Pro Dongle Crack V3 9.1 Loader Download Link
Sharif Garmon
Please note: The Bluetooth dongle does not work with AB Profile loader. The USB Cable is necessary for this connection. This dongle is required to connect to Kestrel LiNK Windows or MAC however for the 5000 Series Kestrels.
LiNK Wireless Dongle for PC or Mac allows wireless communication between any LiNK enabled model in the Kestrel 5 Series and a laptop or computer. Use the dongle and Kestrel LiNK software to install firmware updates and upload logged data from your Kestrel.
This versatile device is compatible with Windows and Mac operating systems and installs in any USB port. Its advanced communications capacity enables long-range data exchange with LiNK- enabled products. This dongle is small and lightweight, which makes it easy to transport.
Hello. I have writed external loaders for 2 flash memories: W25N01GV - 1Gb and GD25Q127C - 128Mb. They are working correctly but too slow. For example, programming 66MB of data take time about 25 minutes! That's horrible long. What can I do to make programming faster(or is it possible at all)?
I've tried one thing. I make the write function in my program empty, it doesn't write anything. But in this situation the programming process is also as long as with the normal write function. So the problem is in the ST-link.
So, there is definitely much room for improvement in your setup. I don't know how the external loader interface in STLink-Utility/STM32CubeProgrammer (BTW: which one do you use) is implemented in detail (that's closed source, I'm afraid), but for reasonable speed sort of "dual-port buffer" (i. e. buffer is filled/drained via debug access and CPU simultaneously) or multiple buffers are necessary. Maybe there is only a "ping-pong" style transfer implemented?
I got an nRF52840 Dongle from someone else and started to see what I could do with it. The problem is, although I've downloaded everything needed including nRF Connect on Windows 10, the dongle doesn't show up in Device Manager, or in nRF Connect Programmer, Segger, or VS Code. When I plug it in, LD2 blinks blue at first and then switches to blinking red, while LD1 blinks green more slowly. Does this mean it's in bootloader mode?
I'm new to nRF devices and also J-Link somewhat, so I'm not completely sure my understanding of what to do is correct yet. Is there anything else I can do to get the USB interface working or do I need to re-flash the bootloader over SWD? If the latter, I don't currently have the male pin header for the P1 footprint on the bottom of the device, so would I be able to instead solder the SWDIO and SWDCLK to wires that connect to the proper pins on a J-Link, and use the USB interface for VCC and GND?
Finally, I saw in the bootloader documentation that nrfjprog or Segger can be used to re-program memory. So if I need to re-flash the bootloader, should I connect the device over USB and SWD as described above and use Segger or the following command to flash the .hex file? Is there anything I'm missing?
There are two tiny buttons on the Dongle. One is a white button facing away from the board. The other is a button next to the white button and is oriented 90 degrees from the white button. While keeping this latter button depressed, plug the dongle into the USB port. Once it is inserted, release the button. Now it is in boot loader mode.
As Austin944 mentioned, you can use sideways button to enter bootloader mode. Though as you have gotten it from someone else, it might be that they have already flashed something to it that has removed the MCUBoot partition. With the bootloader present however, it should be possible to flash it using the nRF Connect Programmer while it is in bootloader mode. Using VSC and SES doesn't work, as they would need an external programmer which the Dongle doesn't have. For those reasons the Dongle can be a bit hard to work with, so I recommend that you give this blog post on how to work with it a read.
It might be that you would have to re-flash it using the external debugger on another DK, with SWD. Though first of all, are you getting it to enter bootloader mode? And if so do you see it in the drop-down menu in the nRF Connect Programmer?
As I mentioned in my reply to Austin, I can't get the device to exhibit any other behavior even after pressing reset, and as I said in my post, the Programmer doesn't show the device. The problem with the Dongle Programming Tutorial is that the device doesn't show up on the Programmer or any nRF Connect apps, and they all say "Connect a Nordic Development Kit to your computer". Does the Programmer only work with the DK or is it supposed to work with the dongle as well? What is the usual procedure to flash the dongle over USB then? If the bootloader is gone, what are the possible methods to re-flash it, and does the procedure I described in my post work?
You can NOT connect your Kestrel 5000 series to your Mac/PC via bluetooth without this Kestrel LINK Dongle. Unfortunately, you can not just buy a regular LINK dongle as you might suspect on Amazon a computer site, they won't work... it MUST be the Kestrel LINK Dongle as sold here. We wish that were different, but this is the one.
I just wanted to chime in for the next person who comes along with this problem. @Jarek's solution is what worked for me. In my case, I have two St-Link V2 USB dongles, and both have a Geehly chip instead of an ST chip inside. I updated the firmware on both using ST's Firmware upgrade utility and tried every possible combination of settings in STM32CubeProgrammer but was unable to get anything to happen upon clicking 'Connect'. This includes not getting any error messages. The serial number for both of my dongles was a single letter ("A" and "D"). I never managed to get them working with STM32CubeProgrammer, but was able to use them with the deprecated STM32 ST-LINK Utility as well as using them as a debugger with IAR.
Like you, I couldn't find a proper solution online. I created a somewhat detailed notes, but couldn't make a post on ST Community, Seeed Studio forum or here. Since I'm a new user, I don't have much reputation to embed links or add multiple images. It also finds it as a spam. Hoping I get enough upvotes to make a simple post for future users.
When I got into moderating this subreddit, I noticed a good 60 or 70 percent of posts are asking for help with USB Loader GX. And that's completely justified; Wii USB loaders can be finicky, troublesome, and annoying.
The very first step in USB Loader GX is having a Wii with the Homebrew Channel and cIOS. Installing cIOS is easy if you follow the right guide. Install the app from my link, and follow the guide. Or, alternatively, if there's a part you don't understand, I can explain it.
You've come this far. It's finally time. Download USB Loader GX from this link, and to many's dismay, it's a .7z compressed zip file. Don't worry, you'll live. Most people have some kind of decompression utility on their Windows PC or their Mac.
Go inside this new folder. Inside is a folder named "apps". Inside this "apps" folder, there is another named "usbloader_gx". Move the "usbloader_gx" folder to your SD card or USB drive's "apps" folder.
You see that in this example, at least four different drivers available on the system are happy to service the device. The first two are generic libusb drivers, not specific to the dongle (OpenOCD is happy to use either of those, if I remember correctly). The ST-Link utility, however, wants a dedicated driver, developed by STM - those are the two entries below on my picture. If you do not see those, try installing the ST-Link utility again (no need to uninstall anything) or download just the driver from the STM website.
I just ran into this. The problem boiled down to using Nucleo boards and trying to interface with them using older versions of ST-LINK (ST's search for ST-LINK's first hit led me to stsw-link0004, which was not installing the right drivers). Why they don't point you to the latest greatest first, who knows.
nRF52840 MDK USB Dongle is shipped with the UF2 Bootloader, which is an easy-to-use and self-upgradable bootloader that can be used to update the firmware by just copying the .uf2-format images to the flash drive. Alternatively, you can update the firmware by using DAPLink Firmware or using Pitaya-Link debug probe.
Segger has also taken the rather nice step of offering a free "upgrade" to any on-board debugger on a dev kit which turns the vendor-specific debugger into a licensed J-Link. This is of course to get you trying and using their tools so you will buy them for use on your own boards, but it's a brilliant tactic. More info here for ST-Link, follow their "Models -> Other J-Links" links for other vendors. They also have educational discounts and J-Link "lite" hardware which is very reasonably priced (USD$50 I think?) and is restricted to Cortex processor cores.
ARM makes the cores, the cores have an SWD interface, which is now openly documented, and there are many solutions. Yes you can use an stlink to communicate to chips other than the stm32. Likewise the one arm is pushing, cant remember its name, found on the newer ti launchpads for example the msp432 board(s) I think has one. And you can get j-link clones on ebay for a few bucks that work just fine. You can go into openocd and on the parallel backend implement whatever you want, can bit bang say through an ftdi device used as gpio, slow but works perfectly fine. as well as some folks have simply implemented swd tools using various boards, mcus, etc.
some vendors NXP and ST in particular continue to have a uart based bootloader which is completely independent of arm and the swd interface into the arm core, these bootloaders are simple protocols that you can bang out your own tool in a half an hour using a usb to uart on your development machine (ftdi, etc) or there are many already written ones. atmel sadly has given up on samba, they offer one you can download to the samd parts, but you have to be responsible not to erase it and that part is super easy to erase the flash, disturbingly easy. so that is a bit of a fail for an interface like the other vendors you used to be able to rely on being there.
08ab062aa8