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2018年8月30日星期四

09.2018 DAS Update: Fault (1.2)-2.503.9901 - Solved!

Here are remedies of the following DAS error “Fault (1.2)-2.503.9901” using SD connect C4 multiplexer on Windows 7, the error started with version 2017.07 but figured upgrading to XDOS 2018.09 would have solved the issue but still occurring.
Multiplexer: SD connect C4
Operation system: Windows 7
Software: DAS
Version: DAS version 2018.07 upgrading to version 2018.09
The error: Fault (1.2)-2.503.9901

Initialization of diagnosis multiplexer failed.
Possible causes.
The link between the diagnosis multiplexer and the diagnosis socket is interrupted.
The link between the diagnosis multiplexer and the diagnosis unit is interrupted.
The voltage supply at the diagnosis socket (circuit 30 and (or) circuit 31) is faulty.
Note:
When using SDconnect check the connection status using the Toolkit.
The fault (1.2)-2.503.9901 usually happens because of:
The link between the diagnosis multiplexer and the diagnosis unit is interrupted.
Remedy:
1. use a good lan cable
2. set lan tcp/ip to:
ip address: 172.29.127.119
Subnet mask: 255.255.0.0
Wirless_IP_set to C4

Lan_IP_set to C4

you will see the status of connection happening in sdconnect toolkit in right bottom corner.
SOLUTION:
Solved by changing SDConnect from 21 to 04
Reference: XDOS SDconnect Configuration
To save an ad-hoc network and its network key on the guest computer (running Windows 7)
Note down the SSID, security type, encryption type and the key of the ad-hoc network. Disconnect your connection to any wireless network and switch off/disable your wireless device. Turn on/enable your wireless device but don't connect to any network. (Thanks GK.)
Click on the network icon in the taskbar.
Click Open Network and Sharing Center > Manage Wireless Networks > Add.
Click "Manually create a network profile". (This may look silly but we really are going to create an infrastructure network now.)
Enter the network name (SSID), security type, encryption type (if any) and the key that you noted in step 1.
Uncheck both checkboxes ("Start this connection automatically" and "Connect even if the network is not broadcasting".)
[Note that you cannot have the connection start automatically. If you try to have it checked, step 10 will fail. A different way to start it automatically during system boot is described below.]
Click Next > Close. Your connection must appear in the list with the icon suggesting infrastructure (two big screens connected to a tube). Don't worry about it.
Click Start, type in "cmd" in the search box, press Enter.
In the Command Prompt, type in "netsh wlan set profileparameter name=NetworkName ConnectionType=IBSS", exactly as shown, without quotes, except you must substitute NetworkName with the SSID (network name) of your ad-hoc network.
If everything went well, you'll see that the icon has now changed to an ad-hoc icon (three small screens connected to each other) in the Manage Wireless Networks window.
Turn on/enable your wireless device, and try connecting to the Ad-hoc network. You will notice that you no longer need to enter the network key.
To automatically connect to a saved ad-hoc network during Windows boot (can be applied to both guest and host computers running Windows 7)
Click Start > point to All Programs > right-click Startup > click Open. (You may choose Open All Users instead if you prefer).
Right-click an empty space and click New > Shortcut.
Type in "netsh wlan connect NetworkName". Once again, NetworkName must be substituted with the SSID of your ad-hoc network.
Click Next and enter a fancy name such as "Connect to NetworkName" or something like that.
Click Finish and you're done.
This shortcut will run when Windows starts up, giving you a very brief flash of the black command window, followed by your computer connecting to the ad-hoc network if it is available.
Tip: You can also pin the shortcut in your taskbar or copy it to the desktop to easily connect to the network any time you want. Note: You will probably need Administrator access to complete some of the steps above (in both procedures).
By Sarrukin

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2018年8月27日星期一

tl866a and tl866cs are good programmer

Review 1:
tl866A minipro is good choice for 29F200.., 29F400..,29F800..,29F010 and some 8pins eeproms.
Review 2:
tl866A minipro is good programmer, it is Chinese you can find it on web. There is tl866a and tl866cs they both same but the cs has additional socket in front 
To reas atmega mcu by wires.
Review 3:
Tl866 is original Chinese product.... There is no other "original" like for example XPROG and similar tools...
and yes it works good for your needs and you can buy any from a webshop I.E www.chinacardiags.com.
Review 4:
tl866a and tl866cs Update: Can update sw with newer version when it will be available.
Review 5:
There are available with two SOP44 adapters in green color and red color (shown as bellow), You need the red one for tl866 , I have a miniprog A with red adapter, it works well for 29F400 and 29F200 !!!


Review 6:
I ordered tl866A and red TSOP48/SOP44 and already tested 29f400bb read and write mod file (Skoda fabia simos 3PG) without problem.
For flash 29 44 pin you need the red one and it comes also with adapters for other MCU. First erase 29FX00! After erase you can write.
Question and answers:
Question: I tried to work on 29f200bb , it reads OK (256KB), but with writting I get error
message in the picture bellow (prt sc),even if I tried to write ori file back
This 29f200bb is from sirius 32N, I always read and write this ecu with ktag boot mode without problem, but only this sirius 32N my ktag wont read with boot mode, so I decided to read it with minipro,but It won't want to write, always with this error.

Answer: For flash 29 44 pin you need the red one and it comes also with adapters for other MCU.
First erase 29FX00! After erase you can write.
Question: I use genuine red TSOP48/44 adapter (test TSOP48 Detect is V3)
Also tried erase chip, erase message successful, but when I tried to read it again its not an empty file with all FFFF, but old data is still on flash
Answer: Solved hi Brushed legs on the flat fine stone was not enough, so I also gently brushed legs from the outside with a little flat diamont file until I have seen a little copper bellow, added a little pcc cleaner, after then I can read and write 29f200BB without problems .
www.chinacardiags.com

2018年8月24日星期五

Toyota diagnostics: Mini VCI vs VXDIAG VCX Nano Toyota

The Mini-VCIs that are often talked about Toyota forums are less than a tenth of that price (more like a twentieth, even), and you have to understand that is only possible because they are offshore counterfeits of a product that was already a knockoff. (The real Mini-VCI was made by an outfit called XHorse, and I could be wrong, but I don't think it's even possible to get a real one any more; the counterfeits drove XHorse right out of making their own product.)
Many of us have gone with using the Mini VCI cable with Toyota Techstream software, and it’s mentioned as an improved variation on this theme. You can get Mini VCI with software from any site with professional tech support like chinacardiags.com (Not Amazon or Ebay). Need a PC or laptop. I actually use an old desktop which is a little less convenient than a laptop.
I used a Mini VCI for years. For the most part they work. On some cars they will not be able to connect or cause error codes.
The cheap Mini VCI uses firmware 1.4.1. There are more expensive versions out there that have newer firmware 2.0.4.
On my 2006 Prius.
Version 1.4.1 instantly disables the car and reads a bunch of "U" codes. U codes are can bus communication errors. It is the Mini VCI causing the errors.
Version 2.0.4 will connect and read codes. It is very slow.
The VXDIAG VCX Nano uses it's own firmware. It connects and reads codes much quicker than a Mini VCI cable.