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From the log i only see that the chip select is not the problem, please write which ecu you are using and if known the eeprom chip type on it.
MH-Auto states on this ME7.1.1 Ecu is a 95160 eeprom so you need to adapt the call line. 95160 is type 0 and size needs to be 0x800 for full read, if there are only zeros or FF´s in upper half you can use 0x400

read: ME7BootEeprom 9600 -read -SSC 0 Port6 Pin3 0x800 Read.ori
write: ME7BootEeprom 9600 -write -SSC 0 Port6 Pin3 immoOff.bin

the driver used for read and write 95040/5P08C3  against the 95080-95320 is different. please read again, your readout is wrong, if you read with a 95160 with type 1 the readout has an extra byte like ff on start of each line. i will do it on an me7.1.1 in the afternoon and post logs

Still Doesn't want to write anything




C:\Users\ericg\Desktop\me2024>ME7BootEeprom 9600 -read -SSC 1 Port6 Pin3 512 ReadagainafterWRITE.ori

BootMode EEprom Tool for me7 Variants inspired by ArgDub , 360trev and Gremlin
***********

-read  baudrate:  9600
 eeprom type is 95040 or 5P08C3
 size:  0x200
C16x SSC is used
Waiting for K+Can or KKL Adapter (plug in USB if not done!!)
using  COM3

this is bullshit, so there's no way it could be written down

Hello, I am attempting to run an audi a5 b8 2.0tdi caha manual transmission ecu in a petrol Q5 with the 8 speed tiptronic driven by a us spec cjaa. I have the engine installed and running fine already

Using the funktionsrahmen I have changed trans type, gearbox intervention, engine type and a variety of other data fields in the ecu but I am still getting p0614.

There is this post from a Belarusian individual that made it work with a 3.0t to 4.0t swap but not much information is there.
https://www.drive2.com/l/560647852024397875/
(If your in here help me out please)                                                                                                     

I keep getting error 31/out of range in vcds when trying to code it to automatic.
Maybe I am missing something?

From what the FR says this is possible within the ecu it just needs turned on.

Unfortunately I don't have access to a programmer capable of pulling the trans file so I am at the mercy of just smudging the communications data.

any insight is appreciated.

Hello dear members, is there a way to edit the series launch of the RS3 8V DAZA MED 17.1.62 so that it shoots more or, best of all, bangs with flames. Or are there other options like the old RS3 8P to let the 8V really pop when starting or are there other options? Downpipe, exhaust and reinforced engine are installed. What's interesting to me is which maps are responsible for this.

and does anyone happen to sell a rolling launch solution? I already have my tuning and everything

thanks for any help
Best regards
Peter

The method you choose depends on your budget and needs. Here are some options for ECU flashing and logging:

FT232RL Cable
Cost: $10 - $30
Functionality:
Port flashing with NefMoto.
Boot mode recovery by patching the serial number to match the Galletto software requirements.
Reading and writing EEPROM (requires boot mode).
Setup:
Requires a bench setup to connect to the ECU or keeping the ECU open and plugged into the car, which can be risky. Any mistakes could short out and fry the ECU.
MPPS
MPPS V12/13:
Cost: $15
Compatibility: Works well with Windows XP/7, but buggy with newer versions.
Functionality:
Port flashing.
Boot mode flashing.
MPPS V16:
Cost: $35
Compatibility: Stable on Windows 7-11.
Functionality:
Port flashing.
Boot mode recovery.
Reading and writing EEPROM (useful for disabling the immobilizer).
Setup:
Requires a bench setup to connect to the ECU or flashing the ECU while still plugged into the car. Any mistakes could short out and fry the ECU.
Kess and K-Tag
Cost: Around $80 for the set
Best for ME7.5:
K-Tag:
Some protocol issues with early ME7.1.1 ECUs, but should not affect ME7.5.
Includes a breakout harness and its own power supply.
Compatible with all Windows versions.
Includes pinouts for bench flashing.
Logging
Best Option: J2534 cable like Tactrix Openport 2 or similar cable.
Functionality:
Supports K-Line.
Works with logging software such as Vehical for data logging.
Each tool has its advantages, so choose the one that best fits your needs and budget.

Still Doesn't want to write anything

Code:

C:\Users\ericg\Desktop\me2024>ME7BootEeprom 9600 -write -SSC 1 Port6 Pin3 IMMOoffWRITE.bin

BootMode EEprom Tool for me7 Variants inspired by ArgDub , 360trev and Gremlin
***********

-write  baudrate:  9600
 eeprom type is 95040 or 5P08C3
C16x SSC is used
Waiting for K+Can or KKL Adapter (plug in USB if not done!!)
using  COM3

 got cpu version : 0xd5
variantByteC167WithID Or ST10
sending loader

 got loader akn : 1
sending core

 got core akn : 3
test comm
 got core akn : 0xaa 0xea
set Data at:  0xff12  success: True
set Data at:  0xff0c  success: True
set Data at:  0xfe18  success: True
set Data at:  0xfe1a  success: True
set Data at:  0xfe1c  success: True
set Data at:  0xfe1e  success: True
set Data at:  0xff14  success: True
set Data at:  0xff16  success: True
set Data at:  0xff18  success: True
set Data at:  0xff1a  success: True
sending eeprom driver
set Data at:  0xf600  success: True
set Data at:  0xf604  success: True
set Data at:  0xf60c  success: True
set Data at:  0xf608  success: True


Call C_GETSTATE successfull:  True state is  0x80

 *************  start write  *************

Call C_WRITESPI at: 0x0  successfull:  True

********** write successfull!! ***********


 *************  start verify  *************

Call C_READSPI  at: 0x0  successfull:  True
write data not equal verify data at pos:  0x12
write data not equal verify data at pos:  0x1e
write data not equal verify data at pos:  0x1f
write data not equal verify data at pos:  0x22
write data not equal verify data at pos:  0x2e
write data not equal verify data at pos:  0x2f
write data not equal verify data at pos:  0x3e
write data not equal verify data at pos:  0x3f
write data not equal verify data at pos:  0x4e
write data not equal verify data at pos:  0x4f
write data not equal verify data at pos:  0x5e
write data not equal verify data at pos:  0x5f
write data not equal verify data at pos:  0x6e
write data not equal verify data at pos:  0x6f
write data not equal verify data at pos:  0x7e
write data not equal verify data at pos:  0x7f
write data not equal verify data at pos:  0x8e
write data not equal verify data at pos:  0x8f
write data not equal verify data at pos:  0x9e
write data not equal verify data at pos:  0x9f
write data not equal verify data at pos:  0xa0
write data not equal verify data at pos:  0xae
write data not equal verify data at pos:  0xaf
write data not equal verify data at pos:  0xb5
write data not equal verify data at pos:  0xb6
write data not equal verify data at pos:  0xb7
write data not equal verify data at pos:  0xb9
write data not equal verify data at pos:  0xbe
write data not equal verify data at pos:  0xbf
write data not equal verify data at pos:  0xc0
write data not equal verify data at pos:  0xc5
write data not equal verify data at pos:  0xc6
write data not equal verify data at pos:  0xc7
write data not equal verify data at pos:  0xc9
write data not equal verify data at pos:  0xce
write data not equal verify data at pos:  0xcf
write data not equal verify data at pos:  0xd0
write data not equal verify data at pos:  0xd1
write data not equal verify data at pos:  0xd2
write data not equal verify data at pos:  0xd3
write data not equal verify data at pos:  0xd4
write data not equal verify data at pos:  0xd5
write data not equal verify data at pos:  0xd6
write data not equal verify data at pos:  0xd8
write data not equal verify data at pos:  0xd9
write data not equal verify data at pos:  0xdb
write data not equal verify data at pos:  0xde
write data not equal verify data at pos:  0xdf
write data not equal verify data at pos:  0xe0
write data not equal verify data at pos:  0xe1
write data not equal verify data at pos:  0xe2
write data not equal verify data at pos:  0xe3
write data not equal verify data at pos:  0xe4
write data not equal verify data at pos:  0xe5
write data not equal verify data at pos:  0xe6
write data not equal verify data at pos:  0xe8
write data not equal verify data at pos:  0xe9
write data not equal verify data at pos:  0xeb
write data not equal verify data at pos:  0xee
write data not equal verify data at pos:  0xef
write data not equal verify data at pos:  0xfe
write data not equal verify data at pos:  0xff
write data not equal verify data at pos:  0x100
write data not equal verify data at pos:  0x10e
write data not equal verify data at pos:  0x10f
write data not equal verify data at pos:  0x114
write data not equal verify data at pos:  0x115
write data not equal verify data at pos:  0x116
write data not equal verify data at pos:  0x11f
write data not equal verify data at pos:  0x15e
write data not equal verify data at pos:  0x15f
write data not equal verify data at pos:  0x16e
write data not equal verify data at pos:  0x16f
write data not equal verify data at pos:  0x17e
write data not equal verify data at pos:  0x17f
write data not equal verify data at pos:  0x18e
write data not equal verify data at pos:  0x18f
write data not equal verify data at pos:  0x19e
write data not equal verify data at pos:  0x19f
write data not equal verify data at pos:  0x1ae
write data not equal verify data at pos:  0x1af
write data not equal verify data at pos:  0x1be
write data not equal verify data at pos:  0x1bf
write data not equal verify data at pos:  0x1ce
write data not equal verify data at pos:  0x1cf
write data not equal verify data at pos:  0x1de
write data not equal verify data at pos:  0x1df
write data not equal verify data at pos:  0x1ee
write data not equal verify data at pos:  0x1ef
write data not equal verify data at pos:  0x1f0
write data not equal verify data at pos:  0x1f1
write data not equal verify data at pos:  0x1f2
write data not equal verify data at pos:  0x1f3
write data not equal verify data at pos:  0x1f4
write data not equal verify data at pos:  0x1f5
write data not equal verify data at pos:  0x1f6
write data not equal verify data at pos:  0x1f7
write data not equal verify data at pos:  0x1f9
write data not equal verify data at pos:  0x1fa
write data not equal verify data at pos:  0x1fb
write data not equal verify data at pos:  0x1fc
write data not equal verify data at pos:  0x1fd
write data not equal verify data at pos:  0x1fe
write data not equal verify data at pos:  0x1ff

********** verify successfull!! ***********


C:\Users\ericg\Desktop\me2024>ME7BootEeprom 9600 -read -SSC 1 Port6 Pin3 512 ReadagainafterWRITE.ori

BootMode EEprom Tool for me7 Variants inspired by ArgDub , 360trev and Gremlin
***********

-read  baudrate:  9600
 eeprom type is 95040 or 5P08C3
 size:  0x200
C16x SSC is used
Waiting for K+Can or KKL Adapter (plug in USB if not done!!)
using  COM3

 got cpu version : 0xd5
variantByteC167WithID Or ST10
sending loader

 got loader akn : 1
sending core

 got core akn : 3
test comm
 got core akn : 0xaa 0xea
set Data at:  0xff12  success: True
set Data at:  0xff0c  success: True
set Data at:  0xfe18  success: True
set Data at:  0xfe1a  success: True
set Data at:  0xfe1c  success: True
set Data at:  0xfe1e  success: True
set Data at:  0xff14  success: True
set Data at:  0xff16  success: True
set Data at:  0xff18  success: True
set Data at:  0xff1a  success: True
sending eeprom driver
set Data at:  0xf600  success: True
set Data at:  0xf604  success: True
set Data at:  0xf60c  success: True
set Data at:  0xf608  success: True


Call C_GETSTATE successfull:  True state is  0x80

 *************  start read  *************

Call C_READSPI successfull:  True

********** read successfull!! ***********

Hi, I am quite new to the tuning aspect of automotive. I have a 2001 Audi TT fitted with Bosch's ME7.5 to use as a guinea pig, but interfacing with it seems to be giving me some trouble. What is a recommended route and tools used to interfacing with one of these? Should it be ODBII reflash or a bench flash? Any help or insight would be great thank you!

[example]

I can't seem to find if anyone mentioned this in this thread, but I am struggling to build even the example with libME7Logger.so

I tried to build it "as is" at first, but ran into "skipping incompatible" errors, then after remembering that it might be a 32-bit library I added -m32 flag to CFLAGS, but then I get the same error when trying to start the example binary as I did when trying to start your provided pre-built binary:

Code:

error while loading shared libraries: libME7Logger.so.0: cannot open shared object file: No such file or directory

Would have any input for this ?

UPDATE: `sudo ldconfig` to update libraries before running

you can try the open source tool and post full screen output:
http://nefariousmotorsports.com/forum/index.php?topic=18686.msg164642#msg164642
ME7BootEeprom 9600 -read -SSC 1 Port4 Pin7 512 eeprom.ori
ME7BootEeprom 9600 -write -SSC 1 Port4 Pin7 modified.bin

on read you can use decimal 512 or 0x100 as size indicator

I would try to verify connection in trying to connect without boot mode, just use vcds lite, nefmoto in obd mode or any other diagnose tool you have to hand and connect to the ecu.

It's connects fine using those methods.