CG100X V1.7.6.0 Adds Benz GLC D70F3508 Dash

 CGDI CG100X programmer released new software version V1.7.6.0 on March, 10th, 2025.

V1.7.6.0  NEW

(2025.03.10)

1. Added 364 chips to Programer.
2. Added 7 models to dashboard.
3. Added 11 models to airbag.
4. Added 12 models to read-write.

The following chips are added for Programer.
 D70F3131
 D70F3132
 D70F3133
 D70F3134A
 D70F3134B
 D70F3136
 D70F3183
 D70F3184
 D70F3185
 D70F3186
 D70F3187
 D70F3230
 D70F3260
 D70F3261
 D70F3262
 D70F3263
 D70F3263H
 D70F3264
 D70F3265
 D70F3266
 D70F3266H
 D70F3270
 D70F3271
 D70F3272
 D70F3273
 D70F3273H
 D70F3274
 D70F3275
 D70F3276
 D70F3276H
 D70F3280
 D70F3281
 D70F3282
 D70F3283
 D70F3283H
 D70F3284
 D70F3285
 D70F3286
 D70F3286H
 D70F3287
 D70F3288
 D70F3288H
 D70F3327
 D70F3329
 D70F3403A
 D70F3441
 D70F3447
 D70F3451
 D70F3452
 D70F3453
 D70F3454
 D70F3461
 D70F3464
 D70F3465
 D70F3466
 D70F3470
 D70F3471
 D70F3472
 D70F3474
 D70F3474A
 D70F3475
 D70F3475A
 D70F3476
 D70F3476A
 D70F3477
 D70F3477A
 D70F3478
 D70F3478A
 D70F3479
 D70F3479A
 D70F3480
 D70F3480A
 D70F3481
 D70F3481A
 D70F3482
 D70F3482A
 D70F3483
 D70F3483F1
 D70F3485
 D70F3486
 D70F3486A
 D70F3487
 D70F3487A
 D70F3488
 D70F3488A
 D70F3505A
 D70F3505A-5 lines
 D70F3506
 D70F3506-5 lines
 D70F3507M1
 D70F3507M1-5 lines
 D70F3507M2
 D70F3507M2-5 lines
 D70F3508
 D70F3508-5 lines
 D70F3509M1
 D70F3509M1-5 lines
 D70F3509M2
 D70F3509M2-5 lines
 D70F3510
 D70F3510-5 lines
 D70F3512
 D70F3512-5 lines
 D70F3514
 D70F3514-5 lines
 D70F3515
 D70F3515-5 lines
 D70F3522-5 lines
 D70F3529
 D70F3532
 D70F3535
 D70F3536
 D70F3537
 D70F3543
 D70F3543-5 lines
 D70F3544
 D70F3544-5 lines
 D70F3545
 D70F3545-5 lines
 D70F3548-5 lines
 D70F3549-5 lines
 D70F3560-5 lines
 D70F3561
 D70F3561-5 lines
 D70F3564
 D70F3564-5 lines
 D70F3570
 D70F3570-5 lines
 D70F3571
 D70F3571-5 lines
 D70F3572
 D70F3572-5 lines
 D70F3573
 D70F3573-5 lines
 D70F3574
 D70F3574-5 lines
 D70F3575
 D70F3575-5 lines
 D70F3576
 D70F3576-5 lines
 D70F3577
 D70F3577-5 lines
 D70F3578
 D70F3578-5 lines
 D70F3579
 D70F3579-5 lines
 D70F3580
 D70F3580-5 lines
 D70F3582
 D70F3582-5 lines
 D70F3583
 D70F3583-5 lines
 D70F3584
 D70F3584-5 lines
 D70F3585-5 lines
 D70F3592
 D70F3592-5 lines
 D70F3610
 D70F3625
 D70F3626
 D70F3627
 D70F3629
 D70F3630
 D70F3631
 D70F3632
 D70F3633
 D70F3635
 D70F3636
 D70F3638
 D70F3700
 D70F3701
 D70F3702
 D70F3703
 D70F3704
 D70F3706
 D70F3707
 D70F3709
 D70F3710
 D70F3711
 D70F3712
 D70F3713
 D70F3714
 D70F3715
 D70F3716
 D70F3717
 D70F3718
 D70F3719
 D70F3720
 D70F3721
 D70F3722
 D70F3723
 D70F3724
 D70F3726
 D70F3728
 D70F3729
 D70F3731
 D70F3732
 D70F3733
 D70F3734
 D70F3735
 D70F3736
 D70F3737
 D70F3738
 D70F3739
 D70F3740
 D70F3741
 D70F3742
 D70F3743
 D70F3744
 D70F3745
 D70F3746
 D70F3747
 D70F3750
 D70F3752
 D70F3755
 D70F3757
 D70F3760
 D70F3761
 D70F3762
 D70F3763
 D70F3764
 D70F3765
 D70F3766
 D70F3767
 D70F3768
 D70F3769
 D70F3770
 D70F3771
 D70F3778
 D70F3779
 D70F3780
 D70F3781
 D70F3782
 D70F3783
 D70F3784
 D70F3785
 D70F3786
 D70F3792
 D70F3793
 D70F3794
 D70F3795
 D70F3796
 D70F3797
 D70F3798
 D70F3799
 D70F3800
 D70F3801
 D70F3802
 D70F3803
 D70F3804
 D70F3805
 D70F3806
 D70F3807
 D70F3808
 D70F3809
 D70F3810
 D70F3811
 D70F3812
 D70F3813
 D70F3814
 D70F3815
 D70F3816
 D70F3817
 D70F3818
 D70F3819
 D70F3820
 D70F3821
 D70F3822
 D70F3823
 D70F3824
 D70F3825
 D70F3826
 D70F3827
 D70F3828
 D70F3829
 D70F3834
 D70F3835
 D70F3836
 D70F3837
 D70F3838
 D70F3839
 D70F3840
 D70F3841
 D70F3842
 D70F3843
 D70F3844
 D70F3913
 D70F3914
 D70F3915
 D70F3916
 D70F3917
 D70F3918
 D70F3919
 D70F3920
 D70F3921
 D70F3922
 D70F3923
 D70F3924
 D70F3925
 D70F3925A
 D70F3926
 D70F3926A
 D70F3927
 D70F3927A
 D70F3931
 D70F3931A
 D70F3931B
 D70F3932
 D70F3932A
 D70F3932B
 D70F3933
 D70F3933A
 D70F3933B
 D70F3934
 D70F3934A
 D70F3934B
 D70F3935
 D70F3935A
 D70F3935B
 D70F3936
 D70F3936A
 D70F3936B
 D70F3937
 D70F3937A
 D70F3937B
 D70F3938
 D70F3938A
 D70F3938B
 D70F3939
 D70F3939A
 D70F3939B
 D70F4000-5 lines
 D70F4001-5 lines
 D70F4002-5 lines
 D70F4003-5 lines
 D70F4004-5 lines
 D70F4005-5 lines
 D70F4006-5 lines
 D70F4007-5 lines
 D70F4008-5 lines
 D70F4009-5 lines
 D70F4010-5 lines
 D70F4011-5 lines
 D70F4012-5 lines
 D70F4017
 D70F4017-5 lines
 D70F4018
 D70F4018-5 lines
 D70F4021
 D70F4021-5 lines
 D70F4022
 D70F4022-5 lines
 D70F4154
 D70F4154-5 lines
 D70F4155
 D70F4155-5 lines
 D70F4177
 D70F4177-5 lines
 D70F4178
 D70F4178-5 lines
 D70F4179
 D70F4179-5 lines
 D70F4180
 D70F4180

The following models are added for dashboard.
 Peugeot 307 2016- Dashboard93C86+BSI95256
 DongFeng Fengshen E70 PRO 2023- 24C16
 Huaxia 1404Tractor 2016- R5F10DPEJ
 Kubota Rice transplanter 2021- R5F10DM
 lexus LEXUS RX300 2021- 93A86
 ZONTES 350D 2022- 24C16
 CNHTC hohan J7B 2024- 95128

The following models are added for airbag.
 Honda 77960-T0A-U620-M4 95640
 Honda 77960-T0A-J811-M4 95640
 BYD AUTO UXEB-3658100B R7F701064(encrypted)
 BYD AUTO SCE2-3658100 95128
 BYD AUTO SEC30-C SC2E-3658100 95128
 FOTON J38580812 R7F701008
 Trumpchi 8040003CAD0004 R7F701A033(encrypted)
 Renault 638202000 985104032R 628439501A XC2336B-40F
 Leapmotor LPT5723AA 95320
 Hyundai 95910-K8700 95512
 Xiao Peng 6590001FA1 R7F701064(encrypted)

The following models are added for dashboard read-write.
 BMW 65.77-9476850-01 95512(read write)
 BMW F35 D70F3483F1(read write)
 Benz GLC D70F3508(read write)
 Buick 26260465 SPC560P50L3(read write)
 Toyota 89170-07420 TC234(read write)
 Ford PP6-14010-AA R7F701009(read write)
 Geely 889415903 R7F701330(encrypted)(read write)
 Renault 603 98 99 0 8200481142 95160(read write)
 Volvo P32315799 R7F701330(encrypted)(read write)
 Chevrolet Malibu XL D70F3506(read write)
 ChangAn 3658100-MK03-BH02 R7F7010643(encrypted)(read write)
 ChangAn 3658100-AW30 R7F701009(read write)

CG100X 2023 Toyota Fronlander R7F701441 Mileage Correction

Since version V1.7.0.0, the CG100X has introduced support for mileage correction on Toyota clusters equipped with the R7F701441 MCU processor. This update allows users to synchronize the mileage on replacement instrument clusters with the original vehicle’s mileage, ensuring accuracy and compliance. Below, we’ll walk you through the process of correcting the mileage on a 2023 Toyota Frontlander using the CG100X.

 

Supported Models

The CG100X now supports mileage correction for the following Toyota models equipped with the R7F701441 processor:

• Toyota BZ4/BX4
• Toyota Platinum 4X
• Toyota Frontlander
• Toyota Corolla
• Toyota Levin

 

When replacing an instrument cluster, the new cluster often displays a different mileage than the original vehicle. This discrepancy can occur because the mileage data is stored in the MCU processor (R7F701441). To ensure the new cluster reflects the correct mileage, the data must be corrected and synchronized with the original vehicle’s mileage.

 

 

Step-by-Step Guide to Mileage Correction

1. Remove and Disassemble the Cluster

• Start by removing the instrument cluster from the vehicle.
• Carefully disassemble the cluster to access the R7F701441 processor.

2. Prepare the Cluster for Correction

• Follow the wiring diagram provided below to power on the instrument cluster.
• Since this is a brand-new cluster, the mileage will initially display 0 km.

3. Select the Correct Model in CG100X Software

• Open the CG100X software and navigate to:
  Instrument → Toyota → Frontlander → R7F701441.

4. Check the Wiring Diagram

• The process requires the removal of 4 capacitors (280nF) from the cluster. Refer to the wiring diagram for precise locations.

5. Connect the Cluster to CG100X

• Use the D1 adapter (required for reading the RH850 processor) to connect the cluster to the CG100X. Don’t extend D1 adapter cable.
• Ensure a 12V power supply is connected to the device to power the cluster during the process.

6. Read the Chip ID

• Once connected, read the chip ID to verify the processor.

7. Read and Save Data

• Read both the Dflash and Pflash data from the processor.
• Save the data to your computer as a backup before proceeding.

8. Use Built-In Algorithms for Mileage Calculation

• The CG100X features built-in algorithms specifically designed for the R7F701441 processor. These algorithms calculate the actual mileage online, so ensure your device is connected to the internet.

9. Verify Current Mileage

• Check and verify the current mileage displayed on the cluster.

10. Input the Desired Mileage

• Enter the correct mileage you wish to set. For example, if the original vehicle’s mileage is 35,554 km, input this value into the CG100X software.

11. Write the New Mileage Data

• The CG100X will begin writing the new mileage data to the cluster. Wait for the process to complete.

12. Reassemble the Cluster

• Once the new mileage is written, remove the wires and solder the 4 capacitors back onto the cluster.

13. Verify the New Mileage

• Power on the cluster and verify that both the CG100X and the cluster display the updated mileage (35,554 km in this example).

http://blog.obdii365.com/2025/03/06/2023-toyota-r7f701441-mileage-correction-with-cg100x/

CG100X V1.7.5.0 Adds Toyota R7F701644 Airbags

 CGDI CG100X released new software version 1.7.5.0 on Feb. 28th, 2025.

 V1.7.5.0  NEW

(2025.02.28)

1. Added 10 models to dashboard.
2. Added 10 models to airbag.
3. Added 1 models to Body repair.
4. Added 13 models to read-write.

The following models are added for dashboard.
BAIC CHANGHE M50S 24C02
Besturn B70S 2022- 24C16
Honda ODESSEY 2018- 93C86
Dayun Yunhong FanDouChe R5F10DPCJ
Dayun FanDouChe STM32F103VE
Dayun RUIsheng STM32F103VE
DongFeng Tianlong VL 24C08
DongFeng LandianE3 24C16
DongFeng Fengxing S50Hybrid 9S12XHY128
DongFeng ChaoLong 9S12G48
DongFeng Captain K6E 2018- 24LC256
DongFeng Duolika 2018- 24C04
feifan ER6 Dashboard95320+BCM95640
FOTON Aoling jieyun 2021- 24C04
JAC Shuailing S6 2023- 24C16
JAC Leading the way 2023- 24C16(Two poiners)
JieFang JieFang J6F 24LC16(LCD meter)
SAIC Beyond C300 2023- R5F10DSLL
MAXUS Everyone 9 2023- 24C16
Ward 1604Tractor 2020- 24C08

The following models are added for airbag.
Toyota 89170-0R470 R7F701644(encrypted)
Toyota 89170-33Y00 R7F701644(encrypted)
Trumpchi 8040003DSV0100 R7F7010643(encrypted)
Trumpchi 8040003DSV0300 R7F7010643(encrypted)
LINCOLN MA1T-14B321-AC R7F701064(encrypted)
ChangAn 3658100-MK06-CR31 R7F701064(encrypted)

The following models are added for Body repair.
PORSCHE General model 7P5 953 507 BN 95160
PORSCHE General model 7P5 953 507 FJ 95160
PORSCHE General model 7P5 953 507 GG 95160
PORSCHE General model 7P5 953 507 HA 95160
PORSCHE General model 7PP 953 568 CQ 95160

The following models are added for dashboard read-write.
Northern Bus Bus 2018- 24C08(read write)
BYD AUTO Fang chnegbao 25256(Left body module)(read write)
ChangAn UNI-Z 2024- 24C32(read write)

CG100 or Xhorse Multi Prog for VW Golf 7 Airbag Cloning?

Which is a better tool to reset crash data or clone VW Golf II airbag SPC560 inside module? CG100 or Xhorse Multi-Prog?

Model: VW Golf 7 2015
Airbag part number: Siemens 5WK44884 VW 5Q0959655D
Processor: SPC560P50L3

Let’s explore the strengths and weaknesses of each tool, and see which one came out on top in this specific task.

 

The Scenario: Cloning a Water-Damaged Airbag ECU

The car in question, a Volkswagen Golf 7, had been flooded, resulting in significant water damage to several ECUs, including the airbag module. The owner reported that the diagnostic tool could no longer connect to the original airbag ECU, likely due to the water damage. The goal was to clone the data from the original, non-functional airbag ECU to a replacement module.

The Challenge: Cloning vs. Reprogramming

Before diving into the process, it’s important to understand the challenges of cloning an airbag ECU. In most cases, simply replacing the ECU with a used one isn’t straightforward. The ECU is often tied to the car’s VIN (Vehicle Identification Number), and if the replacement ECU has been previously programmed for another vehicle, the car’s system will reject it. The ideal solution is to clone the original ECU’s data onto the replacement module, but this isn’t always easy, especially if the car has received factory updates that may have altered the hardware or software of the ECU.

 

The Tools: CG100 vs. VVDI MultiProg

For this task, we used two popular programmers: the CG100 and the VVDI MultiProg. Both tools are well-regarded in the automotive diagnostics community, but they have different strengths and weaknesses.

 

CGDI CG100: The All-Rounder

The CG100 is known for its versatility and ease of use. It’s capable of reading and writing data from a wide range of ECUs, and it has a reputation for being able to repair airbag ECUs by clearing crash data. In this case, the CG100 was able to read the original ECU’s data quickly and even detected that the car had been involved in an accident (based on the crash data stored in the D Flash).

One of the standout features of the CG100 is its ability to automatically repair airbag ECUs by clearing crash data. This is a huge advantage if you’re dealing with a module that has been involved in an accident. However, when it comes to cloning, the CG100 has some limitations. While it can read and write the D Flash and P Flash, it doesn’t have access to certain configuration data (like Shadow and Test data), which are crucial for a complete clone.

Using the CG100, we were able to quickly read the D Flash and P Flash, but we noticed that the tool couldn’t access the Shadow and Test data. This meant that while we could repair the ECU and clear the crash data, we couldn’t perform a complete clone.

Xhorse Multi Prog: The Specialist

The VVDI MultiProg, on the other hand, is a more specialized tool. It’s designed for advanced users who need to work with a wide range of ECUs and microcontrollers. In this case, the VVDI MultiProg was able to read additional data from the ECU, including the Shadow and Test data, which the CG100 couldn’t access.

However, the VVDI MultiProg has its own limitations. While it can read more data than the CG100, it doesn’t have the same automatic repair capabilities. This means that if you’re dealing with a crashed airbag ECU, you’ll need to manually clear the crash data, which can be a more time-consuming process.

We were able to extract the Shadow and Test data, which gave us a more complete backup of the ECU’s data. However, the VVDI MultiProg couldn’t automatically repair the ECU, so we had to rely on the CG100 for that part of the process.

The Verdict: Which Programmer is Better?

In this specific scenario, both the CG100 and the VVDI MultiProg had their strengths and weaknesses. The CG100 was faster and more user-friendly, with the added benefit of being able to automatically repair airbag ECUs by clearing crash data. However, it fell short when it came to accessing certain configuration data, which is crucial for a complete clone.

The VVDI MultiProg, on the other hand, was able to read more data, including the Shadow and Test data, but it lacked the automatic repair capabilities of the CG100. This made it a better choice for advanced users who need to perform a complete clone, but it required more manual intervention.

Conclusion: Choosing the Right Tool for the Job

Ultimately, the choice between the CG100 and the VVDI MultiProg depends on your specific needs. If you’re looking for a tool that can quickly repair airbag ECUs and handle most common tasks, the CG100 is an excellent choice. However, if you need to perform a complete clone and are comfortable with a more advanced tool, the VVDI Multi Prog is the better option.

In this case, we can use both tools to achieve our goal. We use the CG100 to repair the ECU and clear the crash data, or use OBDSTAR P50 airbag reset tool. It will also repair this SRS and crash crash data. And then used the VVDI MultiProg to perform a complete clone. This combination allowed us to get the best of both worlds and successfully clone the airbag ECU.