Licenses Automotive Art Client Portal

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Following functions are available:

Read and Write eeprom.

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Specific function via OBDII which allows activation/deactivation of seat belt allarm.

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Specific function via OBDII which allows erasing of all dashboard's memorized fault.

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Specific function via OBDII which allows reading and writing of dashboard memory 24C16.

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Specific function via OBDII which allows reading and writing of dashboard memory 93C86.

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Specific function via OBDII which allows reading and writing of dashboard memory 93S66.

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Specific function via OBDII which allows reading and writing eeprom memory of dashboard's Motorola MCU HC08AZ32/AZ60 (maskset 0J66D,2J74J,8H62A).

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Specific functions via OBDII which allow displaying and programming of several carachteristic data, as:

ECU INFO: Programming date, Hardware number, Hardware version, Software number, Software version, ISO code, Fiat drawing, Ignitions number.	MAIN PARAMETERS: Odometer, Last programming odometer, Number of programming.
SERVICE PARAMETERS: Last service odometer, Last service date, Km remaining to next service, Service range (Km), Total executed service number.

N.B.: Service function is only present on confort dashboard, not on strip/modal dashboard.

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Specific function which allow displaying and programming of several immo data:

IMMO PARAMETERS:

Vin,
Crypto Key,
Immo Syncronization (between engine ECU and Dashboard).

KEYS PARAMETERS:

Id Key 1,
Id Key 2,
Id Key 3,
Id Key 4,
Id Key 5,
Id Key 6,
Id Key 7,
Id Key 8,
Number of active keys.

Is it possible to adapt used dashboards to car and to load previously saved immo data to dashboards.

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Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within HC12D60/60A microcontroller mounted on dashboard.

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Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within HC12D60/60A microcontroller mounted on dashboard.

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Specific function for odometric coding on eeprom memory. It is possible to reset DTC errors and adapt service odometers.

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Specific function via OBDII which allows reading and writing of dashboard's eeprom.

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Specific function with Xep100 Prog Interface with M35XXX memory adapter or "in-circuit" cable which allows reading and writing 35080/35160 eeprom memory marked 3/6/V6/VP/D0WQ.


35XXX Memory module for Xep100 Programmer (Clip memory and connect to Xep100 Programmer)	"in-circuit" cable to read memory without removing dashboard's hands and memory (Please connect this cable to 35XXX Module and the module to Xep100 Programmer)

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Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within HC12DG128A microcontroller mounted on dashboard.

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Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within HC12DG128A microcontroller mounted on dashboard.

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Specific function for service erasing.
Procedure requires to press the vehicle brake before and during the execution of the function.

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Specific functions for eeprom memory which allow dashboard odometer value displaying and programming. It's possible to read carpass.

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Specific function via OBDII which allows reading and writing eeprom memory of dashboard's.

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Specific functions for eeprom memory which allow dashboard odometer and vin value displaying and programming.

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Specific functions for eeprom memory which allow dashboard odometer value displaying and programming.

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Specific function via OBDII which allows complete dashboard test, turning on: all lights and buzzer, speedometer motor, and, if available, water temperature and fuel lights.

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Specific function via OBDII which allows reading and writing of dashboard memory 95160.

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Specific function via OBDII which allows reading and writing of dashboard memory 93C76.

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Specific function via OBDII which allows reading and writing of dashboard memory 24c04.

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Specific function via OBDII which allows reading and writing of dashboard memory 93C56.

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Specific function which allow displaying and programming of several immo data:

ECU INFO: Brand, Model, Production date, Vag Number, Software version.	VEHICLE PARAMETERS: Vin number, Dummy Vin number, Immo SN.
IMMO PARAMETERS: Login, MAC, LWECU, Dummy.	COUNTER AND SPECIFIC SETTINGS: Cont 0, Cont 1, Cont 2, Cont 4, Mode 1, Mode 2, Mode 4, Status, Can, Type, Keys, 7 Byte SW.
KEYS PARAMETERS: Id Key 1, Id Key 2, Id Key 3, Id Key 4, Id Key 5, Id Key 6, Id Key 7, Id Key 8, CS Bytes.	CHECKSUMS: CKS1 OK/Wrong, CKS2 OK/Wrong, CKS3 OK/Wrong, CKS4 OK/Wrong, CKS5 OK/Wrong, CKS6 OK/Wrong, CKS7 OK/Wrong.

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Specific function which allow displaying and programming of several immo data:

ECU INFO: Brand, Model, Production date, Vag Number, Software version.	VEHICLE PARAMETERS: Vin number, Dummy Vin number, Immo SN.
IMMO PARAMETERS: Login, MAC, LWECU, Dummy.	COUNTER AND SPECIFIC SETTINGS: Cont 0, Cont 1, Cont 2, Cont 4, Mode 1, Mode 2, Mode 4, Status, Can, Type, Keys, 7 Byte SW.
KEYS PARAMETERS: Id Key 1, Id Key 2, Id Key 3, Id Key 4, Id Key 5, Id Key 6, Id Key 7, Id Key 8, CS Bytes.	CHECKSUMS: CKS1 OK/Wrong, CKS2 OK/Wrong, CKS3 OK/Wrong, CKS4 OK/Wrong, CKS5 OK/Wrong, CKS6 OK/Wrong, CKS7 OK/Wrong.

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Specific function via OBDII which allows reading and writing of dashboard memory 24C32. Attention: Is it possible that not all memory can be written. In this case the software show eventually writing errors.

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Specific function via Xep100 Prog Interface which allows reading and writing of dashboard memory 24C32.

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Specific function by OBDII which allows reading of internal flash memory within MICRONAS CDC3297/3217 microcontroller mounted on dashboard.

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Specific function by Xep100 Prog interface which allows reading/writing of internal flash memory within MICRONAS CDC3297/3217 microcontroller mounted on dashboard.

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Specific functions for eeprom memory which allow via OBDII displaying and programming the odometer value and for the following service parameters:

Km by last service,
Days by last service,
Min service interval (km),
Max service interval (km),
Max service interval (days),
Service needed? (Yes/No).

Is it possible to execute/adapt service data.

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Specific function via OBDII which allows complete dashboard test, turning on: all lights and buzzer, speedometer motor, and, if available, water temperature and fuel lights.

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Specific functions for eeprom memory which allow dashboard odometer value programming.

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Specific function via OBDII which allows reading and writing of dashboard memory 93C86.

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Specific function for eeprom memory which allows vin value displaying and programming.

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Specific functions for eeprom memory which allow displaying and programming for following characteristic data:

ECU INFO:

MPR reference number,
Supplier,
Program number,
VDiag number,
Software version,
Registration number,
Electronic version,
VIN Number,
Injector code 1,
Injector code 2,
Injector code 3,
Injector code 4.

ECU PARAMETERS:

Odometer,
Odometer by last successful DPF regeneration,
Odometer by last DPF substitution,
Total vehicle distance by last oil unload,
Odometer 1,
Odometer 2,
Odometer 3,
Odometer 4.

ATTENTION:
Not all versions works on OBDII. If it doesn't work, you must proceed to program by Tricore Boot Mode section of men? with EDC17 Prog interface.

It is possible to perform an automatic identification of the ECU plugging OBD-PRO interface into the vehicle OBD socket and tapping the button "OBDII Identification". ECUs with ST10F275, ST10F276 and SAK microcontroller are supported.

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Specific functions for eeprom memory which allow displaying and programming of the following carachteristic data:

ECU INFO: Ecu state, Production date, Vin, Electronic code.	ECU PARAMETERS: Odometer.
ERROR HISTORY (if any): Date, Odometer.

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Specific function via OBDII which allows erasing of all ecu's memorized fault.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Production date,
Programming date,
Software number,

ECU PARAMETERS:

Odometer,
ECU last substitution odometer,
ECU last programming odometer,
Number of programming,
Engine operating hours,
Alleged odometer.

It's possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

EEPROM EDC17 ONLINE CHECKSUM RECALCULATION:
It's available the eeprom edc17 online checksum recalculation function; To use this function tablet must be connected to internet before lauching write function.. Checksum recalculation is not necessary but SUGGESTED; writing file without corrected checksum may cause charatheristic data showed as zero.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO: Vin, Production date, Programming date, Software version.	ECU PARAMETERS: Main Odometer, Odometer 2, Odometer at last DPF regeneration.
KEYS PARAMETERS: Vin, IMMO Syncronization. (Sincronization key with dashboard)

Changing IMMO Syncronization and VIN gives the possibility to exchange used ECUS and adapt to your vehicle. Please read by OBDII crypto key and vin from dashboard.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Hardware manifacturer system name,
Ecu's decription,
Hardware number,
Control module part number,
Software,
Production date,
Engine code,
Vin.

ECU PARAMETERS:

Odometer,
Engine hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration,
Km from last DPF regeneration.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Hardware manifacturer system name,
Ecu's decription,
Hardware number,
Control module part number,
Software,
Production date,
Engine code,
Vin.

ECU PARAMETERS:

Odometer,
Odometer at last DPF regeneration,
Odometer at last DPF replacement,
Km from last DTC clear.

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Description,
Software,
Serial number,
Identification,
Vin number.

ECU PARAMETERS:

Main Odometer,
Odometer at last dpf regeneration,
Odometer after last correction of ashes rate.

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Control module part number,
Component version,
Identification,
Manifacturer number,
Test stand number,
Production date,
Workshop system number,
Engine code,
Vin,
Automatic startings number,
Manual startings number.

ECU PARAMETERS:

Odometer,
Engine hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration,
Km from last DPF regeneration,
Hours from last DPF regeneration,
Hours from last DPF regeneration,
Distance traveled with malfunctional indicator light activated,
Distance traveled from last DTC clear.

EEPROM EDC17 ONLINE CHECKSUM RECALCULATION:
It's necessary to recalc eeprom edc17 checksum with online function; To use this function tablet must be connected to internet before lauching write function.. Checksum recalculation is necessary; writing file without corrected checksum may cause recovery mode of ecu.

Specific functions for eeprom memory which allow displaying and programming of several caratheristic data, as:

ECU INFO: Hardware, Software, Homologation number, ISO code, Fiat drawing number, Production date, Injector 1 cylinder code, Injector 2 cylinder code, Injector 3 cylinder code, Injector 4 cylinder code.	ECU PARAMETERS: Odometer, ECU last substitution odometer, ECU last programming odometer, Number of programming, Engine operating hours, Engine operating hours.
ENGINE PARAMETERS: Last over-revving odometer, Over-revving time (ms), Over-revving number.	OIL PARAMETERS: Last oil substitution odometer, Oil substitution request odometer, Oil viscosity odometer, Oil substitutions number.
DPF PARAMETERS: Last DPF substitution odometer, Last DPF regeneration odometer, Average km distance between regenerations.	IMMO PARAMETERS: (Available only on EDC17 BootBench program!) Ecu's state (Coded/Virgin), Electronic Code (needed to program keys), Canput in virgin state the Ecu.

Specific functions for eeprom memory which allow displaying and programming of several caratheristic data, as:

ECU INFO: Hardware, Software, Homologation number, ISO code, Fiat drawing number, Production date, Injector 1 cylinder code, Injector 2 cylinder code, Injector 3 cylinder code, Injector 4 cylinder code.	ECU PARAMETERS: Main Odometer, Secundary Odometer, Km with water in fuel indicator light on.
ENGINE PARAMETERS: Last over-revving odometer, Over-revving time (ms), Last over-revving value (rpm), Over-revving number.	OIL PARAMETERS: Last oil substitution odometer (manual), Last oil substitution odometer (tester), Oil substitution request odometer, Oil substitutions number.
DPF PARAMETERS: Last DPF substitution odometer, Last DPF regeneration odometer, Average distance (km) distance between regenerations, DPF regenerations number, Distance traveled by DPF light switch on.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Hardware manifacturer system name,
Ecu's decription,
Hardware number,
Control module part number,
Software,
Production date,
Engine code,
Vin.

ECU PARAMETERS:

Odometer,
Engine hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration,
Km from last DPF regeneration.

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Control module part number,
Component version,
Identification,
Manifacturer number,
Test stand number,
Production date,
Workshop system number,
Engine code,
Vin,
Automatic startings number,
Manual startings number.

ECU PARAMETERS:

Odometer,
Engine hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration,
Km from last DPF regeneration,
Hours from last DPF regeneration,
Hours from last DPF regeneration,
Distance traveled with malfunctional indicator light activated,
Distance traveled from last DTC clear.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Control module part number,
Component version,
Software version,
Identification,
Production date,
Workshop system number,
Engine code,
Vin number,
Serial number.

ECU PARAMETERS:

Odometer,
Engine hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration,
Km from last DPF regeneration,
Hours from last DPF regeneration.

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Specific functions for eeprom memory which allow displaying and programming of several characteristic data as shown in the sample image:

Example of Iveco Daily characteristic data displaying

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, Production date, Programming date, Fiat replacement number, Software number, Homologation number, ISO code.	ECU PARAMETERS: Odometer, ECU last programming odometer, Number of programming, Enging operating hours, ECU operating hours, Calculated average speed.
ENGINE PARAMETERS: Max over-revving value (rpm), Over-revving time (ms), Over-revving number,

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

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Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

ECU INFO: Hardware number, Software number, Production date.
ECU PARAMETERS: Odometer, ECU last programming odometer,	IMMO PARAMETERS: Immobilizier state: active/deactive, Electronic code.

It is possible to read IMMO CODE for the next ignition keys programming and to clear immo code.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, Production date, Programming date, Fiat replacement number, Software number, Homologation number, ISO code.	ECU PARAMETERS: Odometer, ECU last substitution odometer, ECU last programming odometer, Number of programming, Enging operating hours, Alleged odometer.
ENGINE PARAMETERS: Last over-revving odometer, Last over-revving value (rpm), Over-revving time (ms), Over-revving number, Odometer by last over-revving.	OLIO PARAMETERS: Last oil substitution odometer, Oil substitution request odometer, Oil substitutions number.
PARAMETRI DPF: Last DPF substitution odometer, Last DPF regeneration odometer, Odometer by last DPF regeneration.

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Hardware number,
Software number,
Homologation number,
Fiat replacement number.

ECU PARAMETERS:

Odometer,
ECU last programming odometer,
Number of programming.

It is possible to read IMMO CODE for the next ignition keys programming and to clear immo code.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Hardware number,
Software number,
Homologation number,
Fiat replacement number.

ECU PARAMETERS:

Odometer,
ECU last programming odometer,
Number of programming.

It is possible to read IMMO CODE for the next ignition keys programming, to clear immo code and to set immo OFF.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, Production date, Programming date, Fiat replacement number, Software number, Homologation number, ISO code.	ECU PARAMETERS: Odometer, ECU last programming odometer, Number of programming, Odometer2, Odometer3, Odometer4, Odometer5, Odometer6, Odometer7, Odometer8, Odometer9, Odometer10.
ENGINE PARAMETERS: Last over-revving value (rpm), Over-revving time (ms), Over-revving number, Ignitions counters, operating time (min), Calculated hourly average.	OLIO PARAMETERS: Last oil substitution odometer (two occurrences), Oil change request odometer (two occurrences), Oil substitutions number.

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, Production date, Programming date, Fiat replacement number, Software number, Homologation number, ISO code.	ECU PARAMETERS: Odometer, ECU last programming odometer, Number of programming.
ENGINE PARAMETERS: Last over-revving odometer, Max over-revving value (rpm), Over-revving number,

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Production date,
Programming date,
Fiat replacement number,
Software number,
Homologation number,
ISO code.

ECU PARAMETERS:

Odometer,
ECU last programming odometer,
Number of programming.

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

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Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

ECU INFO: Hardwar number, Software number Production date, Fiat replacement number, ISO code.	ECU PARAMETERS: Odometer, ECU last programming odometer, Number of programming.
IMMO PARAMETERS: Immobilizier state: active/deactive, Electronic code.	OVER-REV PARAMETERS:(If available) Maximum over-revving value (rpm), Over-revving time (ms), Over-revving number.

It is possible to read IMMO CODE of the ecu and to clear IMMO CODE for the next ignition keys programming.

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ATTENTION: This program is for ME7.3.H4 - ME7.3.1 - ME3.1 ecus. Don't connect ME7.6.3!

Bench programming, useful for working in workshop, needs the following instrumentation:

OBD-BENCH Kit	ME7 Boot Switch Interface(OPTIONAL)	Universal bench cable (OPTIONAL)

Boot mode start-up is handled automatically by the system.

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

ECU INFO: Hardwar number, Software number Production date, Fiat replacement number, ISO code.	ECU PARAMETERS: Odometer, ECU last programming odometer, Number of programming.
IMMO PARAMETERS: Immobilizier state: active/deactive, Electronic code.	OVER-REV PARAMETERS:(If available) Maximum over-revving value (rpm), Over-revving time (ms), Over-revving number.

It is possible to read IMMO CODE of the ecu and to clear IMMO CODE for the next ignition keys programming.


Closed ECU photo	Opened ECU photo - 95640 memory

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Specific function for clear immobilizer code for IAW6R.30 ecus. IAW6R.20 ecu do not have code.

It is possible to perform an automatic identification of the ECU plugging OBD-PRO interface into the vehicle OBD socket and tapping the button "OBDII Identification". ECUs with MC68376, ST10F168 and ST10F269, ST10F296 and ST10F280 microcontroller are supported.

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Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Control module part number,
Component version,
Software version,
Identification,
Production date,
Workshop system number,
Engine code,
Vin number,
Serial number.

ECU PARAMETERS:

Odometer.

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Hardware,
Software,
Homologation number,
Iso code,
Fiat drawing,
Production date.

ECU PARAMETERS:

Odometer.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Serial Number,
Production Date,
Hardware,
Software,
Vin number.

ECU PARAMETERS:

Odometer (Put to zero the value: the corrected value will be updated from dashboard),
ISN Code with possibility to modify it.

It is possible to perform an automatic identification of the ECU plugging OBD-PRO interface into the vehicle OBD socket and tapping the button "Start Function"

Otherwise, locate the ECU label and identify the version uptaking the three elements highlighted in green, red and light blue.

It is possible to perform an automatic identification of the ECU plugging OBD-PRO interface into the vehicle OBD socket and tapping the button "OBDII Identification"

X

Specific function for ecu reset.
When procedure is complete, It's required synchronizing ecu with immobilizer to make vehicle start.

X

Specific function by OBDII for engine ecu synchronization with immobilizer. It's required to insert vehicle carpass.

X

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

INFO ECU:

System,
Hardware,
Software version,
Homologation number,
Engine type,
Vin number.

ECU PARAMETERS:

Distance by last oil level warning,
Distance by last oil pressure warning.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, VIN Number, System, Engine.	ECU PARAMETERS: Odometer, ECU last programming odometer, Number of programming, Odometer2, Odometer3.
VEHICLE PARAMETERS: VIN Number.	IMMO PARAMETERS: Carpass.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Control module part number,
Component version,
Identification,
Manifacturer number,
Test stand number,
Production date,
Workshop system number,
Engine code,
Vin,
Automatic startings number,
Manual startings number.

ECU PARAMETERS:

Odometer,
Engine hours,
Km from last DPF regeneration,
Liters consumed from last DPF regeneration,
Hours from last DPF regeneration,
Distance traveled with malfunctional indicator light activated,
Distance traveled from last DTC clear.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, VIN Number, Year, Typing number, Production key, Order type, Country code, Engine type, Gear type, Gear number, Internal equipment, Production plant.	ECU PARAMETERS: Enging operating hours, Alleged odometer.
OVER-REV PARAMETERS: Ignitions number and total time (hour) for following ranges: - Range 1 (7300 - 7900 RPM) - Range 2 (7900 - 11000 RPM)

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, VIN Number, Year, Porsche Substitution number, Typing number, Production key, Order type, Country code, Engine type, Engine number, Gear type, Gear number, PMC/Radio code, Car/hood color, Internal equipment, Production plant, Potentiometer U1 lower stop, Potentiometer U2 lower stop.	ECU PARAMETERS: Odometer, Enging operating hours, Alleged odometer.
OVER-REV PARAMETERS: Ignitions number and total time (hour) for following ranges: - Range 1 (7300 - 7900 RPM) - Range 2 (7900 - 11000 RPM)

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO: Brand, Model, VIN Number, Year, Porsche Substitution number, Typing number, Production key, Order type, Country code, Engine type, Engine number, Gear type, Gear number, PMC/Radio code, Car/hood color, Internal equipment, Production plant, Potentiometer U1 lower stop, Potentiometer U2 lower stop.	ECU PARAMETERS: Odometer, Enging operating hours, Alleged odometer.
OVER-REV PARAMETERS: Ignitions number and total time (hour) for following ranges: - Range 1 (7300 - 7500 RPM) - Range 2 (7500 - 7700 RPM) - Range 3 (7700 - 7900 RPM) - Range 4 (7900 - 8400 RPM) - Range 5 (8400 - 9500 RPM) - Range 6 (9500 - 11000 RPM)

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
Typing number,
VIN Number,
Immo S/N,
Production plant,
Year,
Porsche Substitution number.

ECU PARAMETERS:

Odometer,
Enging operating hours,
Calculated average speed.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
VIN Number,
Immo S/N,
Year,
Porsche Substitution number.

ECU PARAMETERS:

Odometer,
Enging operating hours,
Calculated average speed.

X

Following functions are available:

Read Eeprom 95320,
Write Eeprom 95320,
Read Microcontroller flash MPC563,
Write Microcontroller flash MPC563,
Read External flash M58BW016DB/Spansion S29CL016J,
Write External flash M58BW016DB/Spansion S29CL016J.

X

Following functions are available:

Read Eeprom 95320,
Write Eeprom 95320,
Read Microcontroller flash MPC555,
Write Microcontroller flash MPC555.

X

Following functions are available:

Read Eeprom 95320,
Write Eeprom 95320,
Read Microcontroller flash MPC563,
Write Microcontroller flash MPC563,
Read External flash M58BW016DB/Spansion S29CLD016J,
Write External flash M58BW016DB/Spansion S29CLD016J,

X

Following functions are available:

Read Eeprom 95320,
Write Eeprom 95320,
Read Microcontroller flash MPC563,
Write Microcontroller flash MPC563,
Read External flash M58BW016DB,
Write External flash M58BW016DB,

X

Following functions are available:

Read Eeprom 95640,
Write Eeprom 95640,
Read Microcontroller flash MPC5553,
Write Microcontroller flash MPC5553.

X

Following functions are available:

Read Eeprom 95640,
Write Eeprom 95640,
Read Microcontroller flash MPC5565,
Write Microcontroller flash MPC5565.

X

Following functions are available:

Read Eeprom 1, Eeprom 2, Eeprom 3 93C86,
Write Eeprom 1, Eeprom 2, Eeprom 3 93C86,
Read Microcontroller flash 64F7058,
Write Microcontroller flash 64F7058.

X

Following functions are available:

Read Eeprom 1, Eeprom 2, Eeprom 3, Eeprom 4, 93C86,
Write Eeprom 1, Eeprom 2, Eeprom 3, Eeprom 4, 93C86,
Read Microcontroller flash 64F7059,
Write Microcontroller flash 64F7059.

X

Following functions are available:

Read Eeprom 93C66,
Write Eeprom 93C66,
Read Microcontroller flash 64F7055,
Write Microcontroller flash 64F7055.

X

Following functions are available:

Read Eeprom 93C86,
Write Eeprom 93C86,
Read Microcontroller flash 64F7055,
Write Microcontroller flash 64F7055.

X

Following functions are available:

Read Eeprom 24C04,
Write Eeprom 24C04,

X

Following functions are available:

Read Eeprom 95P08,
Write Eeprom 95P08,

X

Following functions are available:

Read Eeprom 24C04,
Write Eeprom 24C04,

X

ATTENTION: This program is for ME7.3.H4 - ME7.3.1 - ME3.1 ecus. Don't connect ME7.6.3!

Bench programming, useful when working in laboratory, need the follow instrumentation:

OBD-BENCH Kit	ME7 Boot Switch Interface(OPTIONAL)	Universal bench cable (OPTIONAL)

The system above manages automatically the boot mode start up.

Following functions are available:

Read Eeprom 95080,
Write Eeprom 95080,
Read External flash 29F400BB,
Write External flash 29F400BB,

X

Following functions are available:

Read Eeprom 95640,
Write Eeprom 95640,
Read Microcontroller flash ST SPC564A70L7.

X

Two different programming mode: Bench programming and OBDII programming.

Bench programming, useful when working in laboratory, need the follow instrumentation:

ME7 Interface
5NF Cable (or cable n° 15)
OBD female cable

Following functions are available:

Read Eeprom 95160,
Write Eeprom 95160,
Read Microcontroller flash MC68F375,
Write Microcontroller flash MC68F375.

ATTENTION:
Cloning and restoring is permitted among ecus with same hardware number.
Ecus IAW5NF can be discriminated by hardware numbers: 102, 103 and 104.

X

Following functions are available:

Read Eeprom 95080,
Write Eeprom 95080,
Read external flash 29F200BB,
Write external flash 29F200BB.

X

Following functions are available:

Read Eeprom 95160,
Write Eeprom 95160,
Read Microcontroller flash ST10F168,
Write Microcontroller flash ST10F168.

X

Following functions are available:

Read Eeprom 95160,
Write Eeprom 95160,
Read Microcontroller flash ST10F269,
Write Microcontroller flash ST10F269.

X

Following functions are available:

Read ST10F280 Emulated Eeprom,
Write ST10F280 Emulated Eeprom,
Read Microcontroller flash ST10F280,
Write Microcontroller flash ST10F280.

X

Following functions are available:

Read ST10F296 Emulated Eeprom,
Write ST10F296 Emulated Eeprom,
Read Microcontroller flash ST10F296,
Write Microcontroller flash ST10F296.

X

Following functions are available:

Read Eeprom 95640,
Write Eeprom 95640,
Read Microcontroller flash MPC5553,
Write Microcontroller flash MPC5553.

X

Following functions are available:

Read Eeprom 95080,
Write Eeprom 95080,
Read External flash 29F400BB,
Write External flash 29F400BB,

X

Following functions are available:

Read Eeprom 95160,
Write Eeprom 95160,
Read External flash 29F400BB,
Write External flash 29F400BB,

X

Following functions are available:

Read Eeprom 95040,
Write Eeprom 95040,
Read External flash 29F800BB,
Write External flash 29F800BB,

X

Following functions are available:

Read Eeprom 95080,
Write Eeprom 95080,
Read External flash 29F800BB,
Write External flash 29F800BB,

X

Following functions are available:

Read 95080,
Write 95080,
Read Microcontroller flash ST10F275,
Write Microcontroller flash ST10F275.

X

Following functions are available:

Read 95320,
Write 95320,
Read Microcontroller flash ST10F275,
Write Microcontroller flash ST10F275.

X

Following functions are available:

Read 95080,
Write 95080,
Read Microcontroller flash ST10F276,
Write Microcontroller flash ST10F276.

X

Following functions are available:

Read Eeprom 95640,
Write Eeprom 95640,
Read Microcontroller flash MPC5565,
Write Microcontroller flash MPC5565.

X

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

ECU PARAMETERS:

Odometer (if available),

IMMO PARAMETERS:

Electronic code.

It is possible to read IMMO CODE of the ecu for the next ignition keys programming.

X

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

MAIN PARAMETERS:

Odometer (if available),
Vin.

IMMO PARAMETERS:

Electronic code.

It is possible to read IMMO CODE of the ecu for the next ignition keys programming.

X

Specific functions for eeprom memory which allow via OBDII displaying and programming for the following parameters:

ECU INFO: Brand, VIN Number, Renault number, Program number, VDiag number, Software version, Registration number, Electronic version, Injector code 1, Injector code 2, Injector code 3, Injector code 4.	ECU PARAMETERS: Odometer, Odometer by last successful DPF regeneration, Odometer by DPF substitution.
VEHICLE PARAMETERS: VIN Number, Injector code 1, Injector code 2, Injector code 3, Injector code 4.	DPF HISTORY: (for the last 10 DPF regeneration) Odometer, DPF regeneration state, Engine state before DPF regeneration.

X

Specific functions for eeprom memory which allow via OBDII displaying and programming for the following parameters:

ECU INFO: Brand, VIN Number, Renault number, Program number, VDiag number, Software version, Registration number, Electronic version, Injector code 1, Injector code 2, Injector code 3, Injector code 4.	ECU PARAMETERS: Odometer, Last review odometer, Odometer by last successful DPF regeneration, Odometer by DPF substitution.
VEHICLE PARAMETERS: VIN Number, Injector code 1, Injector code 2, Injector code 3, Injector code 4.	DPF HISTORY: (for the last 10 DPF regeneration) Odometer, DPF regeneration state, Engine state before DPF regeneration.

X

Specific functions for eeprom memory which allow via OBDII displaying and programming for the following parameters:

ECU INFO: Brand, VIN Number, Renault number, Program number, VDiag number, Software version, Registration number, Electronic version, Injector code 1, Injector code 2, Injector code 3, Injector code 4.	ECU PARAMETERS: Odometer, Last review odometer,
VEHICLE PARAMETERS: VIN Number, Injector code 1, Injector code 2, Injector code 3, Injector code 4.

X

Specific functions for eeprom memory which allow via OBDII displaying and programming for the following parameters:

ECU INFO: Brand, VIN Number, Renault number, Program number, VDiag number, Software version, Registration number, Electronic version, Injector code 1, Injector code 2, Injector code 3, Injector code 4.	ECU PARAMETERS: Odometer, Last review odometer, Odometer by last successful DPF regeneration, Odometer by DPF substitution, Odometer oil dilution info, Odometer oil oxidation info.
VEHICLE PARAMETERS: VIN Number, Injector code 1, Injector code 2, Injector code 3, Injector code 4.

X

Specific functions for eeprom memory which allow displaying and programming for following characteristic data:

ECU INFO:

MPR reference number,
Supplier,
Program number,
VDiag number,
Software version,
Registration number,
Electronic version,
VIN Number,
Injector code 1,
Injector code 2,
Injector code 3,
Injector code 4.

ECU PARAMETERS:

Odometer,
Odometer by last successful DPF regeneration,
Odometer by last DPF substitution,
Total vehicle distance by last oil unload.

X

Specific functions for eeprom memory which allow displaying and programming for following characteristic data:

ECU INFO:

MPR reference number,
Supplier,
Program number,
VDiag number,
Software version,
Registration number,
Electronic version,
VIN Number.

ECU PARAMETERS:

Odometer 1,
Odometer 2.

X

Specific function for clear immobilizer code.
Car runs with code cleared if immobilizer line is disconnected from ECU:

Immobilizer line for 35 pin connector - ECU pin 30
Immobilizer line for 55 pin connector - ECU pin 37

X

Specific functions for eeprom memory which allow displaying and programming for following characteristic data:

ECU PARAMETERS:

Odometer,
Odometer by last successful DPF regeneration,
Odometer by last DPF substitution,
Total vehicle distance by last oil unload.

Writing procedure allows to automatically adapt the ECU's checksum.

X

OBDII diagnostic functions (via OBD-PRO interface) which allow displaying of current ECU's characteristic data:

DATA:

Odometer,
Odometer by last successful DPF regeneration,
Odometer by last DPF substitution,
Total vehicle distance by last oil unload.

X

ATTENTION: Renault adapter is required for SIRIUS 32/32N/31H OBD-programming.

Specific function for eeprom memory which allow displaying of

IMMO PARAMETERS:

Ecu state,
Electronic Code.

It is possible to clear immo code of the ecu or to set Electronic Code.

X

ATTENTION: Renault adapter is required for SIRIUS 32/32N/31H OBD-programming.

Following functions are available:

Read SAK-C167SR-LM / SAK-C167CR-LM Emulated Eeprom,
Write SAK-C167SR-LM / SAK-C167CR-LM Emulated Eeprom,
Read External flash 29F200BB,
Write External flash 29F200BB,

X

Specific function for EDC15 IMMO 2 e IMMO 3:

ECU INFO: Hardwar number, System, Software number Vin, Comunication Bus, Odometer.	ODOMETER: Odometer writing.
IMMO PARAMETERS: S/N immobilizzatore, SKC, Login, Immobilizier state: active/deactive.

It's possible to change immobilizier state to active or inactive.

X

Specific function for EDC16 IMMO 4:

ECU INFO:

Hardwar number,
System,
Vag number
Vin,
Production date,
Comunication Bus,
Odometer.

ENGINE PARAMETERS:

Working time (h),
Max speed enabled (km/h).

IMMO PARAMETERS:

S/N immobilizzatore,
SKC,
Login,
MAC,
LWECU,
Immobilizier state: active/deactive.

ODOMETER:

Odometer writing.

VEHICLE PARAMETERS:

Vin writing.

It's possible to change immobilizier state to active or inactive.

X

Specific functions for eeprom memory which allow displaying for following characteristic data:

ECU INFO:

Vag number,
Software,
Engine,
Vin,
Comunication Bus.

IMMO PARAMETERS:

S/N immobilizzatore,
SKC,
Login,
MAC,
LWECU,
Immobilizier state: active/deactive.

It's possible to change immobilizier state to active or inactive and to modify vin.

X

Following functions are available:

Read Eeprom 95128,
Write Eeprom 95128,
Read Microcontroller flash SPC5644,
Write Microcontroller flash SPC5644.

X

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

ECU PARAMETERS:

Odometer,
Last DPF substitution odometer,
Odometer 1,
Odometer 2,
Odometer 3,
Odometer 4,
Odometer 5,
Odometer 6.

Specific functions for eeprom memory which allow displaying and programming of several caratheristic data, as:

ECU INFO:

Vin,
Serial number,
Control Module Part number,
Homologation number.

ECU PARAMETERS:

Odometer,
Engine Hours,
Km from last service (cannot be changed, reset automatically).

X

The supervisor mode is a special mode of the control unit, through which one has access to read / write all of its integrated memories. In this mode, operation normal of the control unit is inhibited; it is therefore necessary to exit the supervisor mode to restore the correct operation of the vehicle. The functions of "Edit characteristic data" and "Ecu Memories" need the supervisor access, which is automatically managed by the software; therefore no user intervention is required. The user must remember to carry out the exit from the supervisor mode, at the end of the operations on the control unit. You can do this by pressing "Exit Supervisor Mode" on this screen or by pressing the icon

on each screen when the supervisor mode is active.

X

Funzioni specifiche su memoria eeprom che permettono la visualizzazione e programmazione di numerosi dati caratteristici quali:

INFO ECU:

Marca,
Modello,
Numero tipizzazione,
Telaio,
S/N Immo,
Impianto di produzione,
Anno,
Numero ricambio Porsche.

PARAMETRI ECU:

Odometro,
Ore motore,
Velocita' media calcolata.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Vin,
Part number,
Production date,
Software version.

ECU PARAMETERS:

Odometer,
Engine Hours,
Odometer at last DPF regeneration.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Hardware Number,
Identification number.

ECU PARAMETERS:

Odometer,
Engine Hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration,

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Part number,
Software version.
Vin.

ECU PARAMETERS:

Odometer,
Odometer at last DPF substitution.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Part number,
Vin,
Production date.

ECU PARAMETERS:

Odometer,
Engine Hours,
Odometer at last DPF regeneration,
Hours at last DPF regeneration.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU PARAMETERS:

Odometer,
Vin.

Specific functions on eeprom memory that allow the display and programming of following characteristic data:

IMMO PARAMETERS:

Pincode.

Specific functions on eeprom memory that allow the display and programming of following characteristic data:

IMMO PARAMETERS:

S/N Immobilizer,
SKC,
Login,
Telaio.

X

This function allows the repair of file eeprom (with diagnostic error "BROKEN EEPROM") with the consequent functionality of immobilizer data.

X

Specific functions for EDC17 / MED17 control units VAG Group (Audi/Seat/Skoda/Volkswagen) which allows the display, saving and loading of the following data:

ATTENTION:
This function is only available in BOOTBENCH mode!

IMMO PARAMETERS:

Vin,
Component Security (CS Bytes),
MAC,
Login.

In this way it is possible to replace a defective control unit with a used one.
The procedure is the following:

Connect the original control unit on the desk in BOOTBENCH mode , save the immo data (procedure performed automatically by the program),
Connect the used control unit, start the procedure and save the immo data,
Press the "Load immo data from file" button and select the immo data file of the original control unit,
Press the "Save changes" button.

At this point the control unit used will be coupled to the original vehicle and the vehicle will be enabled to start!

ATTENZIONE:
Questa funzione è disponibile solo in modalità BOOTBENCH!

Functions that allows the alignment of a used engine control unit to the vehicle, recovering immobilizer data from the BCU. The BCU models supported are as follows:

OPEL/GM BOSCH BCM 70F3469/70F3385 with memory 24C16,
OPEL/GM BOSCH BCM 70F3558 with memory 24C32,
OPEL/GM CONTINENTAL BCM 70F3469 with memory 25160/95160,
OPEL/GM CONTINENTAL BCM 70F3558 with memory 25320/95320.

The procedure is the following:

Press "Start function" and select the saved file of the vehicle BCU,
Connect edc17 ecu on bench in BOOTBENCH mode and finish the guided procedure.

At this point the used control unit will be coupled to the original vehicle and vehicle starting will be enabled!

X

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Bosch number,
Production date,
Programming date,
Software version.

ECU PARAMETERS:

Engine Hours.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Vin,
Production date,
Programming date,
Software version.

ECU PARAMETERS:

Main Odometer,
Odometer 2,
Odometer at last DPF regeneration.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

INFO ECU: Hardware feference, Program reference, Software Edition, Homologation reference, Cylinder injector code 1, Cylinder injector code 2, Cylinder injector code 3, Cylinder injector code 4.	ECU PARAMETERS: Odometer, Odometer at last DPF substitution.
PIN CODE: Ecu's Pin Code.

Writing procedure allows to automatically adapt the ECU's checksum.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Vin,
Serial Number,
part Number,
Homologation number.

ECU PARAMETERS:

Odometer,
Last oil substitution odometer,
Engine Hours,
OEngine Hours at last oil substitution.

Writing procedure allows to automatically adapt the ECU's checksum.

X

Specific functions on eeprom memory that allow the display and programming of numerous characteristic data such as:

MOTOR PARAMETERS:

Vin.

ECU PARAMETERS:

Odometer,
Odometer at last DPF regeneration.

Specific functions for eeprom memory which allow displaying and programming of several charatheristic data, as:

ECU INFO:

Model code,
Engine type,
Manifacturer date,
Programming date,
Software version.

ECU PARAMETERS:

Odometer,
Last DPF regeneration odometer,
Engine hours,
Engine hours at last DPF regeneration.

The writing procedure allows to automatically adapt the ECU checksum .

X

Specific functions for eeprom memory which allow displaying and programming of several characteristic data as shown in the sample image:

Example of Iveco Daily characteristic data displaying

It is possible to clear immo code of the ecu and to read IMMO CODE for the next ignition keys programming.

X

Specific function for Renault Megane / Scenic (-2008) UCH:

INFO UCH: MPR Reference Program Number Software number VIN Number	KEYS PROGRAMMING: Key cards coding
KEYS: Active keys number Keys ID

It's supported 3-buttons key cards coding (Picture 1).

Picture 1 - 3-buttons key card

In order to start the keys coding procedure, you need to have all the keys you want to activate.
The first step of the coding procedure resets every keys already active, therefore the keys which are not registered during the procedure will be inactive
In ordert to activate keys, following MRP displayed messages, correctly insert the card in the key slot of the vehicle and remove it at the end.
By ending the keys coding procedure, programming of all inserted keys will start.

X

Specific function for Sagem UCH Renault/Opel/Nissan (-2007):

INFO UCH: MPR Reference Program Number Software number VIN Number	KEYS PROGRAMMING: Key coding
KEYS: Active keys number Keys ID

In order to start the keys coding procedure, you need to have all the keys you want to activate.
The first step of the coding procedure resets every keys already active, therefore the keys which are not registered during the procedure will be inactive
In order to activate keys, following MRP displayed messages, correctly insert key and turn on "ON" position and remove it at the end.
By ending the keys coding procedure, programming of all inserted keys will start.

X

Specific function via OBDII which allows reading and writing of Sagem UCH with memory 93C66.

X

Specific function for Sagem UCH Renault Laguna II/Espace IV/VelSatis (-2005):

INFO UCH: MPR Reference Program Number Software number VIN Number	CARDS PROGRAMMING: Cards and remote control coding
CARDS: Active cards number Cards ID

In order to start the card coding procedure, you need to have all the cards you want to activate.
The first step of the coding procedure resets every cards already active, therefore the cards which are not registered during the procedure will be inactive
In order to activate cards, following MRP displayed messages, correctly insert card into the reader and remove it at the end.
By ending the card coding procedure, programming of all inserted cards will start.

X

Specific function for smart 450 which allows key remote synchronization.

X

Specific functions for BCU ecu's:

INFO ECU:

VIN,
Control module Part Number,
Software version,
Programming date.

CARATHERISTICS DATA:

Odometric value.

X

Specific function via OBDII to read BCU PINCODE.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within MC9S12DG256 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within MC9S12DG256 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within MC9S12XDP512 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within MC9S12XDP512 microcontroller mounted on ecu.

X

Specific function which allows to full erase chip and write Program Flash and Data Flash (eeprom) in Motorola MC9S12XEP100 microcontroller. This function must be use only if you need to write new Program Flash which is completly different from original one. If only some sectors are different, the faster solution is "Write Program Flash" instead cloning. The cloning procedure can last 70 minutes. Please be sure your tablet is sufficiently charged. The procedure consists in selection both "Program Flash" and "Data Flash (eeprom)" file to be write. After start the procedure and wait it's finish.

X

Specific function which allows reading and writing of emulated Data Flash (eeprom) in Motorola MC9S12XEP100 microcontroller. Data Flash contains vehicle charatheristics data.

X

Specific function which allows reading and writing of Program Flash in Motorola MC9S12XEP100 microcontroller. Program Flash contains the vehicle program functionality. It cannot be touched unless it's damaged and the car don't start. This funtion reads entire Program Flash and compare it to that you need to write. Only different sectors will be erased and write. If only some sectors are damaged please use this write function. If you need complete rewrite of Program Flash please use Clone ECU which is faster since it launch a "full chip erase" and rewrite directly Program Flash and Data Flash (eeprom).

X

Specific functions for Data Flash (eeprom) memory which allow displaying and programming of several carachteristic data, as:

ECU INFO:

Brand,
Model,
BMW model,
Control module part number,
Software version,
Program Flash software version,
Production date.

ECU PARAMETERS:

Odometer,
VIN.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within MC9S12D64 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within MC9S12D64 microcontroller mounted on ecu.

X

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

IMMO PARAMETERS: Electronic code.
ACTIVE KEYS PARAMETERS: Active key id (It's possibile to make it erased).	ERASED KEYS PARAMETERS: Inactive key id (It's possibile to make it active).

X

Following functions are available:

Read eeprom 93LC66,
Write eeprom 93LC66.

X

BSI units specific functions:

BODY INFO:

Manufacturer
Hardware
Number of programming
Programming date
Functional plan number
VIN Number
Odometer

ODOMETER:

writing maintaing synchronization with dashboard
writing disabling synchronization with dashboard

X

BSI units specific functions:

BODY INFO:

Manufacturer
Hardware
Number of programming
Programming date
Functional plan number
VIN Number
Odometer

ODOMETER:

writing occourrencies on EEPROM

X

BSI units specific functions:

BODY INFO:

Manufacturer
Hardware
Number of programming
Programming date
Functional plan number
VIN Number
Odometer

ODOMETER:

writing maintaing synchronization with dashboard
writing disabling synchronization with dashboard

It is possible to perform an automatic identification of the BSI plugging OBD-PRO interface into the vehicle OBD socket and tapping the button "OBDII Identification". JOHNSON, VALEO and SIEMENS BSI are supported.

X

Following functions are available:

Read Flash,
Write Flash.

X

Following functions are available:

Read Eeprom,
Write Eeprom.

X

Following functions are available:

Read Flash.

X

Specific function via OBDII which allows erasing of all history fault.


Dashboard Classic version Photo	Dashboard Classic connections details

Dashboard Navi version Photo	Dashboard Navi connections details

Dashboard Sport version Photo	Dashboard Sport connections details

X

Specific functions for eeprom memory which allow ecu odometer and vin value displaying and programming.

X

Specific functions for eeprom memory which allow ecu vin value displaying and programming and show if the odometer value is present or removed and eventually put it to zero.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

IMMO PARAMETERS:

Vin,
PinCode,
Cs Bytes (Bytes required for the pre-coding of the keys),
Cs Bytes Kessy (Security bytes used in the communication between the control unit and keys),
Power Class (Byte that represents the version of the engine control unit mounted ; It is in fact also present in the engine control unit . If the two values ??do not match the car will not start . Its function is to prevent the mounting of units with different powers on the car .),
Component Protection String (4 bytes of synchronization between different units of the vehicle ( picture , MMI , Climatronic , Gateway , Amplifier Audio , Electronics and seat comfort ) . If the string does not match the unit malfunctions and the instrument panel display shows the message "SAFE".

KEYS PARAMETERS:

Key 1 Id,
Key 2 Id,
Key 3 Id,
Key 4 Id,
Key 5 Id,
Key 6 Id,
Key 7 Id,
Key 8 Id,
Total number of active keys.

X

Specific functions for eeprom memory which allow displaying and programming of several carachteristic data, as:

IMMO PARAMETERS: Vin, Password (Bytes required for the pre-coding of the keys), EWS-DME password sync (Security bytes that synchronize the EWS4 with the engine control unit. Must be present in both , otherwise the vehicle will not start).	KEYS PARAMETERS: Key 1 Id (Fixed and Variable), Key 2 Id (Fixed and Variable), Key 3 Id (Fixed and Variable), Key 4 Id (Fixed and Variable), Key 5 Id (Fixed and Variable), Key 6 Id (Fixed and Variable), Key 7 Id (Fixed and Variable), Key 8 Id (Fixed and Variable), Key 9 Id (Fixed and Variable), Key 10 Id (Fixed and Variable) Total number of active keys.
MAIN PARAMETERS: Odometer.

X

Specific function via OBDII which allows reading and writing of ecu's eeprom.

Specific function that allows reading and writing of the Data Flash inside the Motorola MC9S12XET256 microcontroller. The Data Flash memory contains the characteristic data of the vehicle.

Data Flash memory in MC9S12X series microcontrollers can be used in 2 ways:

Entirely as a data memory (in this case all 32 Kb contain data and can be read and written without problems)
Partly as a data memory and partly as an eeprom emulation, (in this case, only the data part is readable / writable, while the part that represents the emulation is only readable but not writable. To read and write the content of the eeprom , use the special "EEPROM MEMORY" function).

The size of the data and emulation part (if present) may vary from control unit to control unit. In the case of the KVM control unit the dimensions are:

Data area: 0x1000 bytes (4 KBytes),
Emulation zone: 0x7000 bytes (28 KBytes),
EEprom: 0x800 bytes (2 KByte).

The procedure will save 3 different files:

<file_name>_only_data.bin which contains the data part present in the Data Flash memory,
<file_name>_emulation.bin which contains the emulation zone of the eeprom,
<file_name>_complete.bin which contains the entire 32KB Flash data memory.

Where <file name> is the name you chose to give at the time of saving.

Some key programmers need to load data flash and eeprom files from the control unit. In this case, load the eeprom file (read in the appropriate menu) and the file <file name>_only_data.bin.

X

Specific function which allows reading and writing of Program Flash in Motorola MC9S12XET256 microcontroller. Program Flash contains the vehicle program functionality. It cannot be touched unless it's damaged and the car don't start. This function reads entire Program Flash and compare it to that you need to write. Only different sectors will be erased and write.

X

Specific function via OBDII which allows erasing of cycle limit SBC hydraulic pump overflow error (code C249F). When the error occurs, some alert are:

SBC controle module failure
STOP displayed on instrument cluster
reduced or failed braking power

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within HC12DX128 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within HC12DX128 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within MC9S12DX256 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within MC9S12DX256 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal eeprom memory within MC9S12 microcontroller mounted on ecu.

X

Specific function with Xep100 Prog Interface which allows reading and writing of internal flash memory within MC9S12 microcontroller mounted on ecu.

X

Specific function which allows reading and writing of emulated Data Flash (eeprom) in Motorola MC9S12XET512 microcontroller. Data Flash contains vehicle charatheristics data.

X

Specific function which allows reading and writing of Program Flash in Motorola MC9S12XET512 microcontroller. Program Flash contains the vehicle program functionality. It cannot be touched unless it's damaged and the car don't start. This function reads entire Program Flash and compare it to that you need to write. Only different sectors will be erased and write.

Specific function that allows reading and writing of the Data Flash inside the Motorola MC9S12XEQ384 microcontroller. The Data Flash memory contains the characteristic data of the vehicle.

Data Flash memory in MC9S12X series microcontrollers can be used in 2 ways:

Entirely as a data memory (in this case all 32 Kb contain data and can be read and written without problems)
Partly as a data memory and partly as an eeprom emulation, (in this case, only the data part is readable / writable, while the part that represents the emulation is only readable but not writable. To read and write the content of the eeprom , use the special "EEPROM MEMORY" function).

The size of the data and emulation part (if present) may vary from control unit to control unit. In the case of the KVM control unit the dimensions are:

Data area: 0x1000 bytes (4 KBytes),
Emulation zone: 0x7000 bytes (28 KBytes),
EEprom: 0x800 bytes (2 KByte).

The procedure will save 3 different files:

Where <file name> is the name you chose to give at the time of saving.

Some key programmers need to load data flash and eeprom files from the control unit. In this case, load the eeprom file (read in the appropriate menu) and the file <file name>_only_data.bin.

X

Specific function which allows reading and writing of Program Flash in Motorola MC9S12XEQ384 microcontroller. Program Flash contains the vehicle program functionality. It cannot be touched unless it's damaged. This function reads entire Program Flash and compare it to that you need to write. Only different sectors will be erased and write.

Specific function with XEP100 Interface Prog that allows reading and writing the internal eeprom memory of the microcontroller mounted in the control unit.

All the microcontrollers of the 9S12X family no longer have a "physical" eeprom but an "emulated eeprom" in Data Flash.

The reasons why emulation is used are:

Less space used, with equal eeprom memory available,
Lower operating voltages and higher speed.

The limits of emulation are:

The eeprom technology allows the modification of each single byte while the flash technology requires the deletion of the sector to which the byte belongs in order to be able to modify it, having to rewrite the entire sector to modify even a single byte.
The flash memory write cycles are much lower than those of the eeprom memory. By writing cycles we mean the maximum number of possible writes beyond which there can be a deterioration or breakdown of the physical memory cell with consequent impossibility to save the data correctly.

Due to the limited number of write cycles, the eeprom flash emulation technology uses a much larger memory size to achieve the same eeprom size.

For example, in the case of KVM, to obtain a 2KBytes eeprom, 28 KBytes of Data Flash memory (7 times as much) are used to guarantee the same duration as the eeprom.

The emulation technology has the typical characteristic that the data are never found, at every rewrite in the same previous place, just to preserve Data Flash memory cells as much as possible, trying to use them all an even number of times.

X

Specific function which modify Program Flash particular location to enable OBDII key programming.

Specific function with XEP100 Interface Prog that allows reading and writing the internal eeprom memory of the microcontroller mounted in the control unit.

All the microcontrollers of the 9S12X family no longer have a "physical" eeprom but an "emulated eeprom" in Data Flash.

The reasons why emulation is used are:

Less space used, with equal eeprom memory available,
Lower operating voltages and higher speed.

The limits of emulation are:

The eeprom technology allows the modification of each single byte while the flash technology requires the deletion of the sector to which the byte belongs in order to be able to modify it, having to rewrite the entire sector to modify even a single byte.
The flash memory write cycles are much lower than those of the eeprom memory. By writing cycles we mean the maximum number of possible writes beyond which there can be a deterioration or breakdown of the physical memory cell with consequent impossibility to save the data correctly.

Due to the limited number of write cycles, the eeprom flash emulation technology uses a much larger memory size to achieve the same eeprom size.

For example, in the case of KVM, to obtain a 2KBytes eeprom, 28 KBytes of Data Flash memory (7 times as much) are used to guarantee the same duration as the eeprom.

X

Following functions are available:

Read eeprom 95128/25128,
Write eeprom 95128/25128,
Read Microcontroller eeprom MC9S12DP512,
Write Microcontroller eeprom MC9S12DP512,
Read Microcontroller flash MC9S12DP512,
Write Microcontroller flash MC9S12DP512.

X

Following functions are available:

Read eeprom 24C128,
Write eeprom 24C128,
Read Microcontroller flash MC9S12XEP768,
Write Microcontroller flash MC9S12XEP768.

X

Following functions are available:

Read eeprom 95256,
Write eeprom 95256,
Read Microcontroller flash SC667152,
Write Microcontroller flash SC667152.

X

Following functions are available:

Read eeprom 95128,
Write eeprom 95128,
Read External flash 29LV400,
Write External flash 29LV400.

X

Following functions are available:

Read eeprom 95128,
Write eeprom 95128,
Read Microcontroller flash easyCAN4F1M-32,
Write Microcontroller flash easyCAN4F1M-32.

X

Following functions are available:

Read eeprom 95160,
Write eeprom 95160,

It is possible to perform an automatic identification of the BSI plugging OBD-PRO interface into the vehicle OBD socket and tapping the button "OBDII Identification".
Following BSIs are supported:
2004-P0X, EV-X0X, N0X, 2004-H0X, 04EV-K0X, 04EV2-KEX, E0X/F0X, S0X, Q0X.

X

Specific functions for eeprom memory which allow displaying and programming of following carachteristic data:

BODY INFO:

Hardware
Software
Number of programming
Programming date
Functional plan number
VIN Number

ECU PARAMETERS:

Odometer.

IMMO PARAMETERS:

Pincode.

It is possible to read PIN CODE for the next ignition keys programming and to zero errors history.
Attention: BSI after 6/2015 or updated could be not supported.

X

Following functions are available:

Read eeprom 95256,
Write eeprom 95256,
Read Microcontroller flash SC667050,
Write Microcontroller flash SC667050.

X

Following functions are available:

Read eeprom 95128,
Write eeprom 95128,
Read Internal flash SPC560B60,
Write Internal flash SPC560B60.

X

Following functions are available:

Read eeprom 93C86,
Write eeprom 93C86,
Read Microcontroller flash 70F3237,
Write Microcontroller flash 70F3237.

X

Following functions are available:

Read eeprom 95256,
Write eeprom 95256,
Read Microcontroller flash SC667050,
Write Microcontroller flash SC667050.

X

Following functions are available:

Read Microcontroller Data flash 70F3633,
Write Microcontroller Data flash 70F3633.
Read Microcontroller Program flash 70F3633,
Write Microcontroller Program flash 70F3633.

X

Following functions are available:

Read Microcontroller eeprom 3K91D 912DG128,
Write Microcontroller eeprom 3K91D 912DG128.
Read Microcontroller flash 3K91D 912DG128,
Write Microcontroller flash 3K91D 912DG128.

X

Following functions are available:

Read eeprom 95256,
Write eeprom 95256,
Read Microcontroller flash SC667050,
Write Microcontroller flash SC667050.

X

Following functions are available:

Read eeprom 95160,
Write eeprom 95160,
Read Microcontroller flash 70F3237/3378/3379,

X

Following functions are available:

Read eeprom 95320,
Write eeprom 95320,
Read Microcontroller flash 70F3633,

X

Following functions are available:

Read eeprom 95640,
Write eeprom 95640,

X

Following functions are available:

Read Microcontroller eeprom 9S12DG128,
Write Microcontroller eeprom 9S12DG128,
Read Microcontroller flash 9S12DG128,
Write Microcontroller flash 9S12DG128.

ONLY ONLINE ONLY FUNCTION:
This function can only be performed with an active Internet connection (via WIFI or GPRS/3/4G)

The FRM (BMW / Mini lights module) control units often suffer problems with the loss of encoded eeprom memory due to errors in the Eeprom emulation procedure in Flash. These problems cause malfunctions of the control unit itself (eg No ignition or non-switching off of the vehicle lights, control windows glazing etc.) This function allows the automatic repair of the Eeprom file in these control units with the consequent restoration of the functions.

X

Function that allows the substitution of the body with original data immo transfer.
Transfer of original body configuration is not available.

It's necessary to have both original body's eeprom file and replacement body's eeprom file.
The function requires to upload both files to proceed to the saving of replacement body's eeprom file modified.

Specific functions on eeprom memory that allow the display and programming of numerous characteristic data such as:

ECU PARAMETERS:

Vin,
Principal Odometer,
Last Flash programming Odometer,
Historical recalibrations tire pressures (can be resetted).

X

Specific functions via OBDII which allow ecu odometer and vin value displaying and programming.

X

Following functions are available:

Read Microcontroller eeprom 9S12DG256,
Write Microcontroller eeprom 9S12DG256,
Read Microcontroller flash 9S12DG256,
Write Microcontroller flash 9S12DG256.

Specific functions on eeprom memory that allow the display and programming of numerous characteristic data such as:

ECU PARAMETERS:

Vin.

CALIBRATION PARAMETERS:

Odometer TPMS - Reset (last/second last/third last occurence),
Odometer TPMS - Calibrations (last/second last/third last occurence),
Odometer TPMS - Warnings (last/second last/third last occurence).

X

Following functions are available:

Read Microcontroller Data flash 70F3556,
Write Microcontroller Data flash 70F3556.
Read Microcontroller Program flash 70F3556,
Write Microcontroller Program flash 70F3556.

X

Following functions are available:

Read eeprom 95320,
Write eeprom 95320,
Read Microcontroller flash 70F3237/3378/3379,

X

The microcontroller protection disable procedure eliminates the BDM block of reading and writing. In this state the control unit is open and and normally readable/writable.

It is necessary to read DATA FLASH and PROGRAM FLASH before performing the procedure, as it can potentially lead to the partial cancellation of one or more of these memories. Therefore having a safety pair of these memories it is possible to restore the functionality of the control unit.

X

The microcontroller protection enable procedure activate the BDM block of reading and writing. In this state the control unit is closed and it's not normally readable/writable.

X

Following functions are available:

Read eeprom 93C86,
Write eeprom 93C86,
Read Microcontroller flash 70F3238,
Write Microcontroller flash 70F3238.

X

Specific function via OBDII to:

read BCU PIN CODE,

read and modify vin,

read and modify odometer.

X

Function for read data immo which allow displaying of following carachteristic data:

IMMO PARAMETERS: Electronic code.
ACTIVE KEYS PARAMETERS: Active key id (It's possibile to make it erased).	ERASED KEYS PARAMETERS: Inactive key id (It's possibile to make it active).

X

Specific function for PAS (Power Assisted Steering) ecu which allows displaying of the following characteristic data:

IMMO PARAMETERS:

MRP reference,
SW version,
Vin,
Immobilizier state: active/deactive.

It's possible to change immobilizier state to "not programmed". The code will then be reacquired the next time the key is turned to ON.

X

In the presence of the indicator light in Figure 1, the transport mode is active (Figura 2). This function is used to restore normal steering operation.

Figura 1 - Indicator light locked steer

Figura 2 - Indicator light locked steer details

Function that identifies the current Control Unit Program Flash version and restores it in case of errors. The current version of the Program Flash is present both in Data Flash and in Program Flash.

The program shows the current version in each of the 2 memories AND AUTOMATIC DOWNLOAD FROM THE MRPPAD SERVER the correct version of the Program Flash.

It is necessary to be connected to Internet to carry out the procedure!

X

Specific functions on eeprom memory that allow the display and programming of numerous characteristic data such as:

ECU PARAMETERS:

Control unit hours,

Ignition counter.

MAIN PARAMETERS:

VIN (editable),

Odometer (with the same value as the cluster).

IMMO PARAMETERS:

Electronic code card.

TPM PARAMETERS (Tire pressure control):

Report 1/4: Start, end odometer and ID of the sensor that generated the report,

Report 2/4: Start, end odometer and ID of the sensor that generated the report,

Report 3/4: Start, end odometer and ID of the sensor that generated the report,

Report 4/4: Start, end odometer and ID of the sensor that generated the report.

ACTIVE KEYS:

Id active keys (with the possibility to delete them).

KGOFF PARAMETERS

KGOFF Odometer Cause 1,

KGOFF Odometer Cause 2,

KGOFF Odometer Cause 3,

KGOFF Odometer Cause 4.

X

Specific functions on eeprom memory that allow the display and programming of numerous characteristic data such as:

MAIN PARAMETERS:

VIN (editable).

IMMO PARAMETERS:

Electronic code card.

ACTIVE KEYS:

Id active keys (with the possibility to delete them).

KGOFF PARAMETERS

KGOFF Odometer Cause 1,

KGOFF Odometer Cause 2,

KGOFF Odometer Cause 3,

KGOFF Odometer Cause 4.

X

Specific function which allows reading and writing Data Flash (eeprom) in Motorola MC9S12XEP768 microcontroller. Data Flash contains vehicle charatheristics data.