Tag: Xhorse Multi Prog

We will speak about the difference between Xhorse VVDI Prog and Multi Prog programmers.

 

 

 

If you want to buy a new programmer who can help you read the eeprom and flash, also you want to have it for the engine ECU and for the gearbox, of course, the multi prog is one of the best
business. One of the best deals because of his price. He does not have an subscription. You don’t need to pay every year.

 

For EEPROM & Flash:

If we go throught the menu on both of them, on eeprom and flash both of them are similar. Like 99% is similar.

For airbag:
Both of these programmers similar. They are not made for airbag.

 

For engine
In vvdi prog we only have a few of them but in Xhorse Multi Prog we have an entire list.
Clearly the Multi Prog is the winner.

For gearbox
We cannot find gearbox menu in vvdi prog, it only does few chips/mcus. vvdi prog is not makde for this because it is much older device.

Multi Prog supports both engine ECU and geabox TCUs. Multiprog will read, write and clone gearbox TCU, vvdiprog does not.
Multiprog is the winner.

For Dashboard:

On the dashboard we have differences on Audi and also Mercedes, we will read Audi A3 2018, MB 204-212, MB 213, MB 222 dashboard with multi prog. VVDI prog does not.

Multi prog will read and write MQB RH850/V850 cluster with RH850 adapter. VVDI Prog cannot.

 

 

For Immobilizer

On Audi, Honda, Ford multi prog has a really great function. For those people who work with Opel you have the immo box function in vvdi prog.

Multi Prog will read Audi A7 BCM1, Ford Mondeo BCM, Honda 2021, Nissan Immo R8F701019, R7F701025, Volvo CEM XC90, S80 BCM, vvdi prog does not.

Another function is the battery. VVDI Prog does not have this function. It is a big plus for the multi prog again.

 

We take now another function from the software order.

It the big plus again for multiprog is  the steering column on Audi 8 you have the electrical plgm reverse R AC controller on audi4.

We have Porsche steering gear and also the lithium battery on multi prog.

 

 

For MCU:
It is a big difference.

It was improved. multi prog supports much more MCUs than vvdi prog.
NXP is also different.
Also very important was on Infineon.
They are quite different.
Multi prog is much easier to search for them. Go to the search menu and you type something and you have it. It does not need to be same selected. This search work really good,

 

 

Special Function

Pin calculator is a great function for who need this function on vvdi prog. It is a plus for vvdi prog.

multi prog will read MQB ELV data and decode with vvdi2. vvdi prog cannot.

Xhorse Multi Prog can do IMMO Off, file format conversion, pass generator, it also does checksum correction for some ECUs. multiprog also has scripts functions. vvdi prog cannot do this.

conversion of these files it is for free you don’t want to pay it and it’s quite good function of multiprog.

 

Update:

They put a lot of updates on the multi prog than vvdi prog. You can update software, firmware and database directly in software.

 

www.vvdishop.com

Xhorse Multi Prog ECU and TCU programmer released new database V48 version on January, 3rd, 2025.

 

Database V48
2025-01-03 19:31:42
+ Add 16 series such as TMS28Fxxx,MBM29DLxxx,MBM29LVXXX,W19LXXX,W29GLXXX,
JR28FXXX,MT28EWXXX,S29GLxxx,KH29LVXXX,MX29LVxxx,EN29GLXXX,
M29WXXX,E28FXXX,TE28FXXX,A29XXX,IS29GLxxx in <Parallel FLASH>, with a total of 174 options
+ Add ST10F273,
ST10F296,
ST10F276_Cx,
ST10F276_Dx,
ST10F276_Bx,
ST10F276_Ax,
ST10F293,
ST10F163,
ST10F168,
ST10F169,
ST10F271,
ST10F167,
ST10F252,
ST10F251
options in
<MCU>-><ST>-><ST10FXX>
+ Add ENOVATE BMS(S32K144)
option in
<Lithium battery>-><ENOVATE>-><ENOVATE>
+ Add ROEWE BCM(SPC584N80)
option in
<OTHER>-><SAICMOTOR>-><SAICMOTOR>
+ Add CHERY EXEED BCM(R7F701033)
option in
<OTHER>-><CHERY>-><CHERY>
+ Add IAW-6KPI
option in
<ECU>-><MARELLI>-><MARELLI>
+ Add S-2100R
option in
<Serial EEPROM&FLASH>-><Epson>-><S-2100R>
+ Add B34AB,
B43AB,
B46AJ,
B49AJ,
B52AP,
B54AH,
B58252,
B58253,
B58256,
B58258,
B58379,
B58380,
B58608,
B58813,
B81AB
options in
<Serial EEPROM&FLASH>-><Bosch>-><BXXX>
+ Add SST25VF010,
SST25VF010A,
SST25VF016,
SST25VF016B,
SST25VF020,
SST25VF020B,
SST25VF040,
SST25VF040B,
SST25VF032,
SST25VF032B,
SST25VF064C,
SST25VF080,
SST25VF080B,
SST25VF512
options in
<Serial EEPROM&FLASH>-><SST>-><SST25VFXXX>
+ Add MSM16811,
MSM16812,
MSM16851,
MSM16911,
MSM16951
options in
<Serial EEPROM&FLASH>-><OKI>-><MSM16XXX>
+ Add TC89121(DIP8),
TC89121(SOP8),
TC89122(DIP8),
TC89122(SOP8)
options in
<Serial EEPROM&FLASH>-><Toshiba>-><TC8912X>
+ Add PCF8594
option in
<Serial EEPROM&FLASH>-><Philips>-><PCX85XX>
+ Add S25FL002,
S25FL004,
S25FL008,
S25FL016(SOIC16),
S25FL016(WSON8),
S25FL032(SOIC16),
S25FL032(WSON8),
S25FL064A(SOIC16),
S25FL064A(WSON8),
S25FL064P(SOIC16),
S25FL064P(WSON8)
options in
<Serial EEPROM&FLASH>-><Spansion>-><S25FLXXX>
+ Add S99-50084
option in
<Serial EEPROM&FLASH>-><Spansion>-><S99XXX>
+ Add MB85RC04,
MB85RC16
options in
<Serial EEPROM&FLASH>-><Fujitsu>-><MB8XRCXX>
+ Add M25PE10,
M25PE20,
M25PE40,
M25PE80,
M25PX16,
M25PX32,
M25PX64
options in
<Serial EEPROM&FLASH>-><Numonyx>-><M25PXX>
+ Add F25L004A,
F25L016A,
F25L08PA
options in
<Serial EEPROM&FLASH>-><ESMT>-><F25LXXX>
+ Add BR24C01,
BR24C02,
BR24C32,
BR24C65
options in
<Serial EEPROM&FLASH>-><Rohm>-><BR24XX>
+ Add BR9016(DIP8),
BR9016A,
BR9016F,
BR9021(DIP8),
BR9080(DIP8),
BR9080F
options in
<Serial EEPROM&FLASH>-><Rohm>-><BR90X0>
+ Add BR93A46,
BR93A56,
BR93A66,
BR93A76,
BR93A86,
BR93G46,
BR93G56,
BR93G66,
BR93G76,
BR93G86,
BR93H46,
BR93H56,
BR93H66,
BR93H76,
BR93H86,
BR93L46,
BR93L56,
BR93L66,
BR93L76,
BR93L86,
BR93LC56,
BR93LC66
options in
<Serial EEPROM&FLASH>-><Rohm>-><BR93XX>
+ Add RH56,
RH66,
RH76
options in
<Serial EEPROM&FLASH>-><Rohm>-><RHXX>
+ Add N25Q016,
N25Q032,
N25Q064,
N25Q128
options in
<Serial EEPROM&FLASH>-><Micron>-><N25QXXX>
+ Add UPD6252,
UPD6253,
UPD6254
options in
<Serial EEPROM&FLASH>-><NEC>-><UPD625X>
+ Add CY15B004J,
CY15B256J
options in
<Serial EEPROM&FLASH>-><Cypress>-><CY15BXXX>
+ Add KM93C06,
KM93C07,
KM93C46
options in
<Serial EEPROM&FLASH>-><Samsung>-><KM93XXX>
+ Add KS24A021,
KS24A041,
KS24L161,
S524A40X21
options in
<Serial EEPROM&FLASH>-><Samsung>-><KS24XXX>
+ Add HT93C46,
HT93C66
options in
<Serial EEPROM&FLASH>-><Holtek>-><HT93CXX>
+ Add CXK1011,
CXK1012,
CXK1013,
CXK1024
options in
<Serial EEPROM&FLASH>-><Sony>-><CXKXXX>
+ Add FM25L01,
FM25L02,
FM25L04,
FM25L08,
FM25L128,
FM25L16,
FM25L256,
FM25L32,
FM25L64
options in
<Serial EEPROM&FLASH>-><Ramtron>-><FM25LXXX>
+ Add FM25010,
FM25020,
FM25040,
FM25080,
FM25128,
FM25160,
FM25256,
FM25320,
FM25640
options in
<Serial EEPROM&FLASH>-><Ramtron>-><FM25XXX>
+ Add FM31L276,
FM31L278
options in
<Serial EEPROM&FLASH>-><Ramtron>-><FM31XXX>
+ Add 24FC1025,
24FC1026,
24FC128,
24FC256,
24FC512,
24FC64
options in
<Serial EEPROM&FLASH>-><Microchip>-><24FCXX>
+ Add FM24CL04,
FM24CL08,
FM24CL128,
FM24CL16,
FM24CL256,
FM24CL32,
FM24CL64
options in
<Serial EEPROM&FLASH>-><Fairchild>-><FM24CLXX>
+ Add FM24C128,
FM24C256,
FM24C32,
FM24C512,
FM24C64
options in
<Serial EEPROM&FLASH>-><Fairchild>-><FM24CXX>
+ Add FM93C06,
FM93C46,
FM93C56,
FM93C66
options in
<Serial EEPROM&FLASH>-><Fairchild>-><FM93CXX>
+ Add NM34C02,
NM34W02
options in
<Serial EEPROM&FLASH>-><Fairchild>-><NM34XXX>
+ Add NM93C13,
NM93C14
options in
<Serial EEPROM&FLASH>-><Fairchild>-><NM93XXX>
+ Add NMC9306,
NMC9307,
NMC9314,
NMC9345,
NMC9346,
NMC93C56,
NMC93C66
options in
<Serial EEPROM&FLASH>-><Fairchild>-><NMC93XX>
+ Add 77005PC
option in
<Serial EEPROM&FLASH>-><Fairchild>-><77005PC>
+ Add PDH001
option in
<Serial EEPROM&FLASH>-><Pioneer>-><PDXXX>
+ Add M34C02,
M34F04
options in
<Serial EEPROM&FLASH>-><ST>-><M34XX>
+ Add M8571
option in
<Serial EEPROM&FLASH>-><ST>-><ST24CXX>
+ Add AT17C65(DIP8),
AT17LV128,
AT17LV256,
AT17LV65
options in
<Serial EEPROM&FLASH>-><Atmel>-><AT17XXX>
+ Add AT24C164
option in
<Serial EEPROM&FLASH>-><Atmel>-><AT24XXX>
+ Add AT25F1024,
AT25F2048,
AT25F4096,
AT25F512
options in
<Serial EEPROM&FLASH>-><Atmel>-><AT25FXXX>
+ Add AT59C13,
AT59C22
options in
<Serial EEPROM&FLASH>-><Atmel>-><AT59CXX>
+ Add CAT24C00,
CAT24C00(SOT-23),
CAT24C128,
CAT24C256,
CAT24C512,
CAT24FC32
options in
<Serial EEPROM&FLASH>-><Catalyst(CSI)>-><CAT24CXX>
+ Add CAT34C02
option in
<Serial EEPROM&FLASH>-><Catalyst(CSI)>-><CAT34CXX>
+ Add CAT35C102(x16),
CAT35C102(x8),
CAT35C104(x16),
CAT35C104(x8)
options in
<Serial EEPROM&FLASH>-><Catalyst(CSI)>-><CAT35CXX>
+ Add CAT59C11,
CAT59C22
options in
<Serial EEPROM&FLASH>-><Catalyst(CSI)>-><CAT59CXX>
+ Add CAT64LC10,
CAT64LC10W,
CAT64LC20,
CAT64LC20W,
CAT64LC40,
CAT64LC40W
options in
<Serial EEPROM&FLASH>-><Catalyst(CSI)>-><CAT64LCXX>
+ Add BAW574252,
BAW658049
options in
<Serial EEPROM&FLASH>-><GI>-><BAWXXX>
+ Add ER59256,
ER59C11
options in
<Serial EEPROM&FLASH>-><GI>-><ER59XXX>
+ Add PCD85C82
option in
<Serial EEPROM&FLASH>-><GI>-><PCDXX>
+ Add GRN-001,
GRN-002,
GRN-005,
GRS-003,
GRX-008
options in
<Serial EEPROM&FLASH>-><Grundig>-><GRX-XXX>
+ Add X25010,
X25020,
X25040,
X25080,
X25128,
X25160,
X25256,
X25320,
X25640
options in
<Serial EEPROM&FLASH>-><IC Microsystems>-><X25XXX>
+ Add IS25LQ080
option in
<Serial EEPROM&FLASH>-><ISSI>-><IS25LQXXX>
+ Add PM25LD010,
PM25LD020,
PM25LD512
options in
<Serial EEPROM&FLASH>-><ISSI>-><PM25LDXXX>
+ Add PM25LV010,
PM25LV020,
PM25LV040,
PM25LV512
options in
<Serial EEPROM&FLASH>-><ISSI>-><PM25LVXXX>
+ Add MDA2061,
MDA2062
options in
<Serial EEPROM&FLASH>-><ITT>-><MDAXXX>
+ Add NVM3060
option in
<Serial EEPROM&FLASH>-><ITT>-><NVMXXX>
+ Add S-29530,
S-29630
options in
<Serial EEPROM&FLASH>-><Seiko Instruments>-><S-29X30>
+ Add X24164,
X24325,
X24645,
X24C00,
X24C02,
X24C04,
X24C08,
X24C16
options in
<Serial EEPROM&FLASH>-><Xicor>-><X24CXX>
+ Add AK6420AF,
AK6420AM,
AK6440AF,
AK6440AM,
AK6480AF,
AK6480AM
options in
<Serial EEPROM&FLASH>-><AKM>-><AK64XXX>

Problem:

Has anyone successfully read mqb r7f701402 golf7 2020 cluster with Xhorse multi prog? I did everything as they said. But multiprog gives error “Chip configuration failed”.

 

 

 

 

Solution:

This instrument cluster is MQB49.

Detect original key with vvdi key tool and check it is MQB48 or MQB49 key.

If it is MQB49, multi prog will not read cluster and decode immo data.

Only 5A cluster for immo data decoding
5C only for KM. Cannot do immo data.
Mqb 49 is not decoded by any machine.

 

www.vvdishop.com

User tested report: Xhorse Multi Prog cloned Jeep Compass 2021 GPEC3 ECM/ECU/PCM successfully and FC200 failed.

 

 

Select Jeep- Compass- FCA Continental GPEC3

 

 

Check boot mode wiring diagram

 

 

 

 

 

 

 

 

Connect multi prog programmer with ECM via ECU adapter. Pay attention to the boot pins.

 

 

 

 

 

 

 

We have backed up the original ECM eeprom and flash.

Upload original EEPROM and write to the donor ECM.

Write eeprom successfully. Then write flash to the donor ECM until completed.

 

 

GPEC3 cloning is done.

 

www.vvdishop.com

Problem:

Xhorse Multi prog At first it worked well with Flash and EEPROM of 9s12XDT256 SsangYong Tivoli, but now the following chip data verification failed error occurs.

 

 

Solution:

There are unsecured and secured options.

Choose 9s12XDT256 secured option and read again.

www.vvdishop.com

 Question:

I have to read a Citroen C3 1.2 Petrol ECU V56.12 but the wiring connection in Xhorse Multi Prog Boot Mode is missing.

 

 

 

Solution:

Multi Prog does PSA Valeo V56.x in boot mode only.

Here is the boot mode pinout.

 

Ford Focus BCM cloning is done by Xhorse Multi Prog.

 

 

using this pinout

Ford Focus BCM 5M48H (MC9S12XEP768) wiring diagram

Read chip ID ok

Read D-flash and P-flash ok.

Write D-flash and P-flash ok.

www.vvdishop.com

Can Xhorse Multi prog be used in offline mode like Vvdi prog?

 

You’re asking whether Multiprog can be used offline, similar to VVDI Prog.

Multiprog is a device programmer that typically requires a connection to a computer and the internet to function. However, there is an offline mode available for certain operations.

To use Multiprog offline, you’ll need:
1. _Multiprog software version 4.0 or later_: Ensure your software is up-to-date, as earlier versions might not support offline mode.
2. _Offline license_: You’ll need to obtain an offline license from the manufacturer or an authorized distributor. This license will enable offline mode.
3. _Pre-loaded data_: Before going offline, make sure you’ve pre-loaded the necessary data, such as device configurations and programming files.

In offline mode, you can perform certain operations, like:
– Reading and writing device configurations
– Programming certain devices
– Checking device information

Xhorse Multi Prog released new database version V44 on Nov. 19th, 2024.

 

MultiProg database V44

+ VW PASSAT ELV(5K0905861)(D70F3624)-LOCK-READ,
VW PASSAT ELV(5K0905861)(D70F3624)-LOCK-WRITE,
VW SKODA SEAT(3Q0905861)(D70F3624)-LOCK-READ,
VW SKODA SEAT(3Q0905861)(D70F3624)-LOCK-WRITE
options in <Other>-><VW>-><VW>

+ Microcontroller->Artery->AT32A403A
AT32A403ACCU7,
AT32A403ACCT7,
AT32A403ARCT7,
AT32A403AVCT7,
AT32A403ACEU7,
AT32A403ACET7,
AT32A403ARET7,
AT32A403AVET7,
AT32A403ACGU7,
AT32A403ACGT7,
AT32A403ARGT7,
AT32A403AVGT7 options

+ Microcontroller->Artery->AT32A423
AT32A423K8U7-4,
AT32A423T8U7,
AT32A423C8U7,
AT32A423C8T7,
AT32A423R8T7-7,
AT32A423R8T7,
AT32A423V8T7,
AT32A423KBU7-4,
AT32A423TBU7,
AT32A423CBU7,
AT32A423CBT7,
AT32A423RBT7-7,
AT32A423RBT7,
AT32A423VBT7,
AT32A423KCU7-4,
AT32A423TCU7,
AT32A423CCU7,
AT32A423CCT7,
AT32A423RCT7-7,
AT32A423RCT7,
AT32A423VCT7 options

+ Microcontroller->Artery->AT32F402
AT32F402KBU7-4,
AT32F402CBU7,
AT32F402CBT7,
AT32F402RBT7-7,
AT32F402RBT7,
AT32F402KCU7-4,
AT32F402CCU7,
AT32F402CCT7,
AT32F402RCT7-7,
AT32F402RCT7 option
+ Microcontroller->Artery->AT32F403
AT32F403ZCT6,
AT32F403ZET6,
AT32F403ZGT6 options
+ Microcontroller->Artery->AT32F403A
AT32F403ACCU7,
AT32F403ACCT7,
AT32F403ARCT7,
AT32F403AVCT7,
AT32F403ACEU7,
AT32F403ACET7,
AT32F403ARET7,
AT32F403AVET7,
AT32F403ACGU7,
AT32F403ACGT7,
AT32F403ARGT7,
AT32F403AVGT7 options
+ Microcontroller->Artery->AT32F405
AT32F405KBU7-4,
AT32F405CBU7,
AT32F405CBT7,
AT32F405RBT7-7,
AT32F405RBT7,
AT32F405KCU7-4,
AT32F405CCU7,
AT32F405CCT7,
AT32F405RCT7-7,
AT32F405RCT7 options

+ Microcontroller->Artery->AT32F407
AT32F407RCT7,
AT32F407VCT7,
AT32F407RET7,
AT32F407VET7,
AT32F407RGT7,
AT32F407VGT7 options

+ Microcontroller->Artery->AT32F413
AT32F413C8T7,
AT32F413KBU7-4,
AT32F413CBU7,
AT32F413CBT7,
AT32F413RBT7,
AT32F413KCU7-4,
AT32F413CCU7,
AT32F413CCT7,
AT32F413RCT7 options

+ Microcontroller->Artery->AT32F415
AT32F415K8U7-4,
AT32F415C8T7,
AT32F415R8T7-7,
AT32F415R8T7,
AT32F415KBU7-4,
AT32F415CBU7,
AT32F415CBT7,
AT32F415RBT7-7,
AT32F415RBT7,
AT32F415KCU7-4,
AT32F415CCU7,
AT32F415CCT7,
AT32F415RCT7-7,
AT32F415RCT7 options

+ Microcontroller->Artery->AT32F421
AT32F421F4P7,
AT32F421G4U7,
AT32F421K4U7-4,
AT32F421K4U7,
AT32F421K4T7,
AT32F421C4T7,
AT32F421F6P7,
AT32F421G6U7,
AT32F421K6U7-4,
AT32F421K6U7,
AT32F421K6T7,
AT32F421C6T7,
AT32F421F8P7,
AT32F421G8U7,
AT32F421K8U7-4,
AT32F421K8U7,
AT32F421K8T7,
AT32F421C8T7 options

+ Microcontroller->Artery->AT32F423
AT32F423K8U7-4,
AT32F423T8U7,
AT32F423C8U7,
AT32F423C8T7,
AT32F423R8T7-7,
AT32F423R8T7,
AT32F423V8T7,
AT32F423KBU7-4,
AT32F423TBU7,
AT32F423CBU7,
AT32F423CBT7,
AT32F423RBT7-7,
AT32F423RBT7,
AT32F423VBT7,
AT32F423KCU7-4,
AT32F423TCU7,
AT32F423CCU7,
AT32F423CCT7,
AT32F423RCT7-7,
AT32F423RCT7,
AT32F423VCT7 options

+ Microcontroller->Artery->AT32F425
AT32F425F6P7,
AT32F425K6U7-4,
AT32F425K6T7,
AT32F425C6U7,
AT32F425C6T7,
AT32F425R6T7-7,
AT32F425R6T7,
AT32F425F8P7,
AT32F425K8U7-4,
AT32F425K8T7,
AT32F425C8U7,
AT32F425C8T7,
AT32F425R8T7-7,
AT32F425R8T7 options

+ Microcontroller->Artery->AT32F435
AT32F435CCU7,
AT32F435CCT7,
AT32F435RCT7,
AT32F435VCT7,
AT32F435ZCT7,
AT32F435CDU7,
AT32F435CDT7,
AT32F435RDT7,
AT32F435VDT7,
AT32F435ZDT7,
AT32F435CGU7,
AT32F435CGT7,
AT32F435RGT7,
AT32F435VGT7,
AT32F435ZGT7,
AT32F435CMU7,
AT32F435CMT7,
AT32F435RMT7,
AT32F435VMT7,
AT32F435ZMT7 options

+ Microcontroller->Artery->AT32F437
AT32F437RCT7,
AT32F437VCT7,
AT32F437ZCT7,
AT32F437RDT7,
AT32F437VDT7,
AT32F437ZDT7,
AT32F437RGT7,
AT32F437VGT7,
AT32F437ZGT7,
AT32F437RMT7,
AT32F437VMT7,
AT32F437ZMT7 options

+ Microcontroller->Artery->AT32L021
AT32L021F4P7,
AT32L021F4U7,
AT32L021G4U7,
AT32L021K4U7-4,
AT32L021K4U7,
AT32L021K4T7,
AT32L021C4T7,
AT32L021F6P7,
AT32L021F6U7,
AT32L021G6U7,
AT32L021K6U7-4,
AT32L021K6U7,
AT32L021K6T7,
AT32L021C6T7,
AT32L021F8P7,
AT32L021F8U7,
AT32L021G8U7,
AT32L021K8U7-4,
AT32L021K8U7,
AT32L021K8T7,
AT32L021C8T7 options
+ Microcontroller->Artery->AT32WB415
AT32WB415CCU7-7 option

 

VW Passat MQB ELV 5K0905861 (D70F3624) pinout to multi prog

 

Problem:

It failed to do Xhorse multi prog firmware updates and now is says upgrading but nothing happens.

I tried reset button but same problem.

Software display error “Device Authentication Failed”. Any solution?

 

 

 

 

Solution:

Xhorse engineer suggests sync authorization to see if it is normal.

If you can sync authorization, try again. If not, restart the multi prog device and software.

 

User solutions:

1). Connect it to USB directly to the computer that has the program, turn off the equipment, turn it back on (with the USB already connected) and update the firmware, it works (it happened to me).

2). Something similar happened to me and i used another PC to do update via the LAN cable and it worked.

 

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