How to Add MLB Key by Xhorse MLB Tool No Soldering?

 Xhorse VVDI MLB Tool is compatible with Xhorse VVDI2 Key Programmer/VVDI Key Tool Plus Pad to add new keys for Audi, Porsche, Volkswagen, Lamborghini, Bentley, and other MLB vehicle models without soldering, only need to remove 2 capacitors using a plier. The new Xhorse MLB Solder Free Adapter Kit is required to work with the devices.

VVDI MLB Solder Free Adapter Kit comes with 5 types:

Type 1 and Type 2 are for Audi, Lamborghini

Type 3 is for Audi, Bentley

Type 4 is for Porsche

Type 6 is for Volkswagen, Touareg

How to connect MLB Solder Free Adapter to MLB Tool?

1.Remove Capacitors from the Original Key

i.e. Xhorse VVDI Key Tool Plus Pad

Use the OTG converter to connect the Xhorse MLB Tool to Key Tool Plus

Select Immo Programming>> Audi >> Select by Type>> MLB Immobilizer Systems

Select the corresponding key type and check the wiring diagram.

Follow the diagram to remove the two capacitors from the original key

1. Connect the MLB Solder-Free Adapter to Original MLB Key Board

Align the pins on the adapter with the contacts marked on the wiring diagram.

Fasten the buckle securely:

The short side of the buckle should face upwards.

The long side, marked in white, should face downwards.

3.Connect MLB Adapter to MLB Tool

Attach the Xhorse MLB Adapter to the key.

Connect the MLB Adapter to the MLB Tool, ensuring proper orientation.

Ensure the adapter ends up in the sensing area for accurate detection.

After connection, you can add a spare MLB key by VVDI MLB Tool and Xhorse Key Tool Plus.

For example: Add Audi A4L key (just skip the soldering steps)

http://blog.obdexpress.co.uk/2024/07/03/how-to-add-audi-a4l-key-by-vvdi-mlb-tool-and-key-tool-plus/

In addition, you also can use the above connection method to add MLB key by MLB Tool and VVDI2.

Reference:

http://blog.obdexpress.co.uk/2024/07/08/audi-a4l-key-programmed-by-vvdi-mlb-tool-and-vvdi2/

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Xhorse MLB Solder-Free Adapter & XM38 Toyota Key

 Good news! Xhorse has released new product MLB Tool Solder Free Adapter Kit & XM38 Toyota Universal Smart Key recently. Let’s see what features the tools have.

• MLB Solder-Free Adapter

XDMLBPGL Solderless Adapter is used to add keys for MLB models with ease. Need to remove 2 capacitors and work with VVDI MLB Tool. More simpler and safer. It comes in 5 types.

Type 1. Support Audi, Lamborghini

Type 2. Support Audi, Lamborghini

Type 3. Support Audi, Bentley

Type 4. Support Porsche

Type 6. Support Volkswagen Touareg

• XM38 TOY.T Universal Smart Key

Xhorse has launched 3 new colors of XM38 Toyota Universal Keys with supercar style: XSSC01EN Glassy Black, XSSC05EN Marble Grey and XSSC04EN Miami Blue.

Buy now to enjoy technological aesthetics.

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Toyota R7F714xx ODO/ Buick BCM (NEC3558) Mileage Repair with Yanhua ACDP2

 Yanhua Tech newly released Yanhua Module 35 to work with Mini ACDP1/ACDP2 for Toyota R7F714xx ODO/Buick BCM (NEC3558) mileage correction. The module using a quasi-blind plug-in interface board, No soldering, No need to pry up the chip pins, No capacitor removal, No soldering is required to read and write data without damage. The software comes with pin detection function, making data reading and writing safer and more reliable.

What can Yanhua ACDP Module 35 do?

It can perform the mileage correction function below.

• Support Toyota semi-LCD meter mileage correction with chip model R7F701441.
• Support Toyota full LCD meter mileage correction with chip model R7F701401.
• Support Buick BCM mileage correction with chip model NEC3558.

Which car models are supported by Yanhua ACDP Module 35?

Support Buick (17–22), Toyota (21–24) Levin, Corolla, Camry, RAV4, Frontlander, Sienna, Alphard, Vellfire and so on…

How to enter the menu?

Run ACDP APP

Select Module>> TOYOTA ODO>> R7F701401 or R7F701441>> Identify Info>> Pre-process chip>> Reset mileage (auto mode)

Or select Module>> Buick BCM (D70F3558)>> Identify>> Auto Mode

Note:

If you cannot find the Module function on the main menu, please go to setting to clear cache first.

How to connect Yanhua ACDP, Module 35 and Toyota/ Buick Cluster?

• For TOYOTA R7F701401

1.Push the interface plate latch to the unlock position, locate the motherboard chip and the latch fastening points, and determine the installation area of the interface plate.

2.Find the correct positioning holes of D1-D4 on the instrument.

3.Check the Test Point Pin Definition (RXD, VCD, VRCG1, GND3, VRCG0, FLMD, TXD, RES)

4.Place the interface board accurately into the installation area, align the pins with the D1, D2 positioning holes.

5.Press down on the interface board, push the PCB lock buckle to the Locked position to lock the interface board, installation is done.

• For TOYOTA R7F701441

1.First, complete the installation of the 1A interface plate, then proceed to install the 1B interface plate.

2.Find the interface board installation area on the instrument according to the visual positioning mark on the interface board.

3.Locate the D1, D2 and D4 positioning holes correctly on the instrument panel.

4.Accurately place the interface board into the installation area, align the D2 and D4 positioning points and screw hole.

5.Check the R7F701441- TOYOTA-1A Test Point Pin Definition (VRCG0, VRCG1, GND2, VCC, FLMD, RXD and RES).

6.Clamp the interface board and the odometer by hand, and tighten the copper column.

7.Locate the D1, D2 and D4 positioning holes correctly on the instrument panel.

8.Locate the D1, D2 positioning holes correctly on the instrument panel.

1. Check the R7F701441- TOYOTA-1B Test Point Pin Definition (TXD)

10.Align the screw fastening hole, TXD1 connection pin, and D1 positioning points, then press down on the interface board and tighten the copper pillars.

• For Buick BCM (NEC3558)/D70F3558

1.Based on the probe of the interface board, determine the installation area of the interface board on the instrument

2.Find the correct positioning holes of D1, D2 on the instrument

3.Check the Test Point Pin Definition (RTXD, RES, GND, T, FLMD, VCC)

4.Align the interface board probe with the probe hole on the odometer board and with the D1 and D2 positioning points

5.Clamp the interface board and the odometer board by hand, with the TOP of the buckle facing upwards, and insert the buckle into the Lock mark on the interface board to lock the interface board.

Yanhua ACDP Module 35 for Toyota R7F714xx ODO/Buick BCM (NEC3558) Mileage Correction will be in stock next Friday. You can pre-order it now! First come, first serve!

https://www.obdexpress.co.uk/wholesale/yanhua-acdp-module35-for-toyota-buick-mileage-correction.html

CGDI CG100X V1.6.6.0 Update

 The latest software of CGDI CG100X Programmer was updated to V1.6.6.0 on December 14th, 2024.

Check the details below.

1. Added 35 models to airbag.

The following models are added for airbag.

BAIC A00108504 R7F701A033 (encrypted)

BYD AUTO SA6H-3658100 R7F710643 (encrypted)

BYD AUTO SA3HV-3658100A R7F7010643 (encrypted)

DongFeng SX6H-5824010 R7F710643 (encrypted)

DongFeng SX7H-5824010 R7F710643 (encrypted)

DongFeng 988202GY0A R7F710643 (encrypted)

DongFeng SX5–5824010B R7F701A033 (encrypted)

Trumpchi 8040003ARX0002 R7F701A033 (encrypted)

Trumpchi 8040003AFC0000 R7F7010643 (encrypted)

Trumpchi 8040003ATN0001 R7F701A033 (encrypted)

Trumpchi 8040003AVN0500 R7F7010643 (encrypted)

JAC 5824901U7312 R7F701A033 (encrypted)

SAIC C00226608 R7F701A033 (encrypted)

WuLing 23530566 R7F710643 (encrypted)

WuLing 24373897 R7F7010643 (encrypted)

WuLing 23854947 R7F7010643 (encrypted)

WuLing 23823284 R7F7010643 (encrypted)

ChangAn 3658100-MK06-CN01 R7F710643 (encrypted)

ChangAn 3658100-BN11-AA R7F710643 (encrypted)

ChangAn 3658100-MK03-AW02-AA R7F710643 (encrypted)

ChangAn 3658100-MK06-AW10-AA R7F710643 (encrypted)

ChangAn 3658100-MK09-DY04 R7F710643 (encrypted)

ChangAn 3658100-MK06-AW10 R7F710643 (encrypted)

ChangAn 3658100-MK06-CN03 R7F7010643 (encrypted)

ChangAn 3658100-MK03-BP01-AA R7F7010643 (encrypted)

ChangAn 3658100-MK03-BQ04 R7F7010643 (encrypted)

ChangAn 3658100-MK09-CW02 R7F7010643 (encrypted)

ChangAn 3658100-DC01 R7F7010643 (encrypted)

ChangAn 3658100-MK09-CW01 R7F7010643 (encrypted)

ChangAn 3658100-CN01 R7F701A033 (encrypted)

Great Wall 3658112XST01A R7F710643 (encrypted)

Great Wall 3658110XKJ20A R7F710643 (encrypted)

Great Wall 3658110XKN07A R7F710643 (encrypted)

Great Wall 3658111XKN53A R7F7010643 (encrypted)

Great Wall 3658110XPS01A R7F7010643 (encrypted)

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Lonsdor K518 Pro Program 2019 Nissan Altima Smart Key via OBD

 It has been tested and confirmed by Lonsdor Tech that the 2019 Nissan Altima smart key programming with Lonsdor K518 Pro via OBD perfectly.

Case:

The 2019 Nissan Altima has been dismantled, and the ignition button is here.

Operation guide:

Connect K518 Pro to the vehicle’s OBDII port via the OBD2 Test cable

Select IMMO & Remote>> Nissan>> Select from vehicle>> Asia>> Altima>> 2019- >> Smart Key>> Program Smart Key

Turn the ignition off, and turn on the hazard lights

For this car has been dismantled, the hazard light is there as shown in the figure below.

Pay attention to the operation instructions:

This car BCM number is 284B56CT0A.

Do not perform "Program Key" function to the vehicle with BCM number 280B1–4CB0A and 280B1–4CB1A.

That will cause errors.

Close all the doors

Open the door once, and then close it

All keys will be deleted. Click "OK"

Set 4 keys at most. Click "OK"

Press the Start button, attach this key to the ignition button within five seconds, then press this Start button

Click and attach the key. The dashboard will light up automatically. The immobilizer light flashes five times.

After scanning, click "OK"

Turn off the ignition

Program successfully. Whether to program the next key?

Click "Yes" to get the new key

Program the new key in the same way

Wait a while, and the new key has been programmed successfully as well

Turn off the ignition

Use the first key to attach the ignition switch, then press it. It’s gonna have a continuous beep.

At this moment, the programming process has been completed. Click "OK" to proceed.

This car has been dismantled, so the dashboard will indicate that key registration is completed.

Finally, test the remote control

Turn off the ignition

And then the switch is off and now turning off the phone switch to show the key is done

Check the remote control, turn hazard lights off. Listen to the beep sound

The remote control works well.

Start the car, step on the brake, the engine starts normally

Result:

Lonsdor K518 Pro Key Programmer programmed the smart key for the 2019 Nissan Altima via OBD successfully.

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How to Configure SUPER MB PRO M6+ PRO for BENZ & BMW?

 This is a guide for SUPER MB PRO M6+ PRO Mercedes-Benz & BMW configuration step by step.

Plug the M6+ PRO into the power supply or connect the OBD to the test vehicle, and plug in the USB/LAN cable of the M6+ PRO.

Turn on the computer and plug in the computer USB/LAN cable.

Open the computer network configuration interface and find the Realtek USB FE Family Controller network/the network adapter that comes with the PC.

Click "Properties" — TCP/IPV4, and set the IP address as shown in the figure below.

Click "Advanced", and add a group of network IP addresses as shown in the figure below.

TCP/IP Address

IP address: 172.29.127.45

Subnet mask: 255.255.0.0

Click "OK". After the configuration is successful, the display is as follows.

For the same computer, if you replace a new M6+ PRO, you need to reset the IP address. After the setting is completed, the computer is successfully bound to the M6+ PRO and there is no need to set the IP address again for wired and wireless Internet access. (Use LAN port connection mode, no need to re-set IP when changing devices).

You can test Mercedes-Benz normally. Please connect the diagnostic cable with SUPER MB PRO

BMW wireless BMWAiCode configuration(only for F+G chassis)

Connect to the M6+ PRO -***, password: 123456789, wirelessly, press and hold the M6+ PRO switch button for 3 seconds, and the M6+ PRO host wireless indicator will flash. The computer-side BMWAiCoder configuration is as follows:

BMW wired BMWAiCode configuration(only for F+G chassis)

Connect the USB/LAN cable, press and hold the M6+ PRO switch button for 3S, and the M6+ PRO host wired indicator light will flash. The computer-side BMWAiCoder configuration is as follows:

BMW wired and wireless E-Sys configuration(only for F+G chassis)

Connect to the M6+ PRO -*** wirelessly, press and hold the M6+ PRO switch button for 3 seconds, and the M6+ PRO host wireless indicator will flash. On the computer side, select the following for direct connection. Wired is similar, no setup required.

BMW wired ISTA configuration(only for F+G chassis)

Connect the USB cable, press and hold the M6+ PRO switch button for 3S, and the M6+ PRO host wired indicator light will flash. The computer ISTA configuration is as follows:

BMW Wireless ISTA configuration(only for F+G chassis)

Connect to the M6+ PRO -*** wirelessly, press and hold the M6+ PRO switch button for 3 seconds, and the M6+ PRO host wireless indicator will flash. The computer side is selected as follows:

The mobile phone BWM APP adopts wireless connection. (only for F+G chassis)

Connect to the M6+ PRO -***, password: 123456789, press and hold the M6+ PRO switch button for 3 seconds, and the M6+ PRO host wireless indicator will flash.

Supported BMW models and years.

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