Car, AUDI, A5 2017-, 2022 (N), Convertible, DKYA 2.0l TFSI , 140kW, D6 - Light control left 2 (D6 LS2)

ASAM/ODX file identification: EV_LEDModLeftMELCOAU736

ASAM/ODX file version: 001001

Part number: xxxxxxxxx

Equipment number: 0

Importer number: 0

Workshop code: 0

VIN no: xxxxxxxxxxxxxxxxx

Software version: xxxx

Hardware part number: xxxxxxxxx

System designation: xxxxxxxxxxxx

Hardware version: xxx

Programmability: Programmable

Program consistency: Program present

System abbreviation: xxxx

Engine: CJTA

ASAM/ODX file identification: EV_LEDModLeftMELCOAU736

ASAM/ODX file version: 001001

Software version: xxxx

Engine: CJTA

Programmability status: error in flash memory: No

Programmability status: flash memory faulty: No

Programmability status: communication error: No

Programmability status: flash memory not programmable: No

Number of programming attempts: data block 0: 12336

Number of programming attempts: data block 1: 12336

Number of programming attempts: data block 2: 12336

Number of programming attempts: data block 3: 12336

Number of programming attempts: data block 4: 12336

Number of programming attempts: data block 5: 12336

Number of programming attempts: data block 6: 12336

Number of programming attempts: data block 7: 12336

Number of programming attempts: data block 8: 12336

Number of programming attempts: data block 9: 12336

Number of successful programming attempts: data block 0: 12336

Number of successful programming attempts: data block 1: 12336

Number of successful programming attempts: data block 2: 12336

Number of successful programming attempts: data block 3: 12336

Number of successful programming attempts: data block 4: 12336

Number of successful programming attempts: data block 5: 12336

Number of successful programming attempts: data block 6: 12336

Number of successful programming attempts: data block 7: 12336

Number of successful programming attempts: data block 8: 12336

Number of successful programming attempts: data block 9: 12336

Number of parameterization attempts: data record 0: 12336

Number of parameterization attempts: data record 1: 12336

Number of parameterization attempts: data record 2: 12336

Number of parameterization attempts: data record 3: 12336

Number of parameterization attempts: data record 4: 12336

Number of parameterization attempts: data record 5: 12336

Number of parameterization attempts: data record 6: 12336

Number of parameterization attempts: data record 7: 12336

Number of parameterization attempts: data record 8: 12336

Number of parameterization attempts: data record 9: 12336

Number of successful parameterization attempts: data record 0: 12336

Number of successful parameterization attempts: data record 1: 12336

Number of successful parameterization attempts: data record 2: 12336

Number of successful parameterization attempts: data record 3: 12336

Number of successful parameterization attempts: data record 4: 12336

Number of successful parameterization attempts: data record 5: 12336

Number of successful parameterization attempts: data record 6: 12336

Number of successful parameterization attempts: data record 7: 12336

Number of successful parameterization attempts: data record 8: 12336

Number of successful parameterization attempts: data record 9: 12336

Maximum number of possible update programming: data block 0: 12336

Maximum number of possible update programming: data block 1: 12336

Maximum number of possible update programming: data block 2: 12336

Maximum number of possible update programming: data block 3: 12336

Maximum number of possible update programming: data block 4: 12336

Maximum number of possible update programming: data block 5: 12336

Maximum number of possible update programming: data block 6: 12336

Maximum number of possible update programming: data block 7: 12336

Maximum number of possible update programming: data block 8: 12336

Maximum number of possible update programming: data block 9: 12336

Last update programming of SW module: software module 0, date: 2000-00-00

Last update programming of SW module: software module 0, device number: 0

Last update programming of SW module: software module 0, importer number: 0

Last update programming of SW module: software module 0, dealership number: 0

Last update programming of SW module: software module 0, programming status: Valid

Last update programming of SW module: software module 1, date: 2000-00-00

Last update programming of SW module: software module 1, device number: 0

Last update programming of SW module: software module 1, importer number: 0

Last update programming of SW module: software module 1, dealership number: 0

Last update programming of SW module: software module 1, programming status: Valid

Last update programming of SW module: software module 2, date: 2000-00-00

Last update programming of SW module: software module 2, device number: 0

Last update programming of SW module: software module 2, importer number: 0

Last update programming of SW module: software module 2, dealership number: 0

Last update programming of SW module: software module 2, programming status: Valid

Equipment number: 0

Importer number: 0

Workshop code: 0

FAZIT identification: manufacture location index: SME-RBG

FAZIT identification: day of manufacture: 08.01.10

FAZIT identification: manufacturer test stand number: 0393

FAZIT identification: running manufacturer number: 0079

Manufacturer modification status: control module family: -

Manufacturer modification status: decoration variant: -

Manufacturer modification status: construction version: ---

Manufacturer modification status: manufacture version: ---

Identification of standard software: standard software module 0: High Speed network management

Identification of standard software: standard software module 0, primary version number: 01

Identification of standard software: standard software module 0, secondary version number: 06

Identification of standard software: standard software module 0, revision number: 00

Diagnostic mode: VW diagnostic

Adaptation workshop code: device number: 0

Adaptation workshop code: importer number: 0

Adaptation workshop code: dealership number: 0

Hardware part number: xxxxxxxxx

Hardware version: xxx

Versions of software module: data block 0: 0007

Versions of software module: data block 1: 0003

Versions of software module: data block 2: 0005

Part number: xxxxxxxxx

System designation: xxxxxxxxxxxx

System abbreviation: xxxx

Programmability status: programmability: Programmable

Programmability status: program consistency: Program present

Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Slave systems identification: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

Clear DTC

Clear DTC

Actuator test: status: Not active

Security access: number of invalid keys, counter: 0

Data logger triggering:

Operating time: all-weather light: 877.24 hours

Operating time: tourist light: 1754.48 hours

Operating time: highway light: 1754.48 hours

Operating time: control module: -- hours

Operating time: auxiliary high beam: -- hours

Operating time: laser beam: -- hours

Operating time: low beam: 1754.48 hours

Operating time: high beam: 1754.48 hours

Operating time: static AFS light: 877.24 hours

Sensors for laser beam: PWM value: 24.00 %

Sensors for laser beam: malfunction frequency counter: 12

Sensors for laser beam: mode: Deactivated

Number of activations: all-weather light: 12336

Number of activations: tourist light: 12336

Number of activations: highway light: 3158064

Number of activations: low beam, excessive temperarature protection: 12336

Number of activations: high beam, excessive temperarature protection: 12336

Number of activations: low beam, excessive temperature: 12336

Number of activations: high beam, excessive temperature: --

Number of activations: auxiliary high beam: --

Number of activations: laser beam: --

Number of activations: low beam: 3158064

Number of activations: high beam: 12336

Number of activations: static AFS light: 12336

Head lamp variant: control module: 12336.0

Headlights production data: serial number: --

Headlights production data: part number: --

Headlights production data: manufacturer: 000000000000

Headlights production data: year: -- A

Headlights production data: month: -- Mon

Headlights production data: day: -- days

Headlights production data: hours: -- hours

Headlights production data: minutes: -- min

Headlights production data: seconds: -- sec

Supply information: LED channel 2: Terminal 15

Supply information: LED channel 3: Not used

Supply information: LED channel 1: Terminal 56b

Supply information: fan: Not used

Supply information: high side channel: Not used

Supply information: matrixbeam channels: Supply via vehicle elec. sys. ctrl. unit

LED channel 1, master 1: function: Low beam

LED channel 1, master 2: function: Low beam

LED channel 1, slave: function: Low beam

LED channel 2, master: function: Low beam

LED channel 2, slave: function: Low beam

LED channel 3, master: function: Low beam

LED channel 3, slave: function: Low beam

Fan for headlight: fan 1, activation:

Fan for headlight: fan 2, current: In permissible range

Fan for headlight: fan 1, current: Outside permissible range

Fan for headlight: fan 2, activation: With low beam

High side channel: current:

High side channel: activation: Static AFS light

ECU version: Max TFL

Operating times in temperature ranges: over 115°C: 526344.00 hours

Operating times in temperature ranges: between -40°C and 95°C: 526344.00 hours

Operating times in temperature ranges: between 95°C and 105°C: 526344.00 hours

Operating times in temperature ranges: between 105°C and 115°C: 526344.00 hours

No. of unscheduled ECU resets: watchdog reset:

Supply voltages: terminal 56b: V

Supply voltages: terminal 56a: V

Supply voltage via vehicle electrycal system ctrl. unit: V

Supply voltages: terminal 15: V

Supply voltages: daytime running light: V

Supply voltage for logic: V

Control mod. temperatures: power output stage for LED: °C

Control mod. temperatures: matrix light power output stage: °C

Matrix beam channel 9: voltage: V

Matrix beam channel 9: current: mA

Matrix beam channel 9: brightness class: Initializing

Matrix beam channel 9: temperature: °C

Matrix beam channel 10: voltage: V

Matrix beam channel 10: current: mA

Matrix beam channel 10: brightness class: Initializing

Matrix beam channel 10: temperature: °C

Matrix beam channel 11: voltage: V

Matrix beam channel 11: current: mA

Matrix beam channel 11: brightness class: Initializing

Matrix beam channel 11: temperature: °C

Matrix beam channel 12: voltage: V

Matrix beam channel 12: current: mA

Matrix beam channel 12: brightness class: Initializing

Matrix beam channel 12: temperature: °C

Sensors for laser beam: software version:

Sensors for laser beam: hardware version:

Sensors for laser beam: current: mA

Sensors for laser beam: temperature: °C

Head lamp variant: via CAN:

LED channel 1, master 1: current: mA

LED channel 1, master 1: temperature: °C

LED channel 1, master 1: PWM value: %

LED channel 1, master 1: brightness class:

LED channel 1, master 2: current: mA

LED channel 1, master 2: temperature: °C

LED channel 1, master 2: PWM value: %

LED channel 1, master 2: brightness class:

LED channel 1, slave: current: mA

LED channel 1, slave: temperature: °C

LED channel 1, slave: PWM value: %

LED channel 1, slave: brightness class:

LED channel 2, master: current: mA

LED channel 2, master: temperature: °C

LED channel 2, master: PWM value: %

LED channel 2, master: brightness class:

LED channel 2, slave: current: mA

LED channel 2, slave: temperature: °C

LED channel 2, slave: PWM value: %

LED channel 2, slave: brightness class:

LED channel 3, master: current: mA

LED channel 3, master: temperature: °C

LED channel 3, master: PWM value: %

LED channel 3, master: brightness class:

LED channel 3, slave: current: mA

LED channel 3, slave: temperature: °C

LED channel 3, slave: PWM value: %

LED channel 3, slave: brightness class:

Temperatures matrixbeam: sensor 1: °C

Temperatures matrixbeam: sensor 2: °C

Temperatures matrixbeam: sensor 3: °C

LED brightness classes matrixbeam: sensor 1: Initializing

LED brightness classes matrixbeam: sensor 2: Initializing

LED brightness classes matrixbeam: sensor 3: Initializing

Matrix beam channel 1: voltage: V

Matrix beam channel 1: current: mA

Matrix beam channel 1: brightness class: Initializing

Matrix beam channel 1: temperature: °C

Matrix beam channel 2: voltage: V

Matrix beam channel 2: current: mA

Matrix beam channel 2: brightness class: Initializing

Matrix beam channel 2: temperature: °C

Matrix beam channel 3: voltage: V

Matrix beam channel 3: current: mA

Matrix beam channel 3: brightness class: Initializing

Matrix beam channel 3: temperature: °C

Matrix beam channel 4: voltage: V

Matrix beam channel 4: current: mA

Matrix beam channel 4: brightness class: Initializing

Matrix beam channel 4: temperature: °C

Matrix beam channel 5: voltage: V

Matrix beam channel 5: current: mA

Matrix beam channel 5: brightness class: Initializing

Matrix beam channel 5: temperature: °C

Matrix beam channel 6: voltage: V

Matrix beam channel 6: current: mA

Matrix beam channel 6: brightness class: Initializing

Matrix beam channel 6: temperature: °C

Matrix beam channel 7: voltage: V

Matrix beam channel 7: current: mA

Matrix beam channel 7: brightness class: Initializing

Matrix beam channel 7: temperature: °C

Matrix beam channel 8: voltage: V

Matrix beam channel 8: current: mA

Matrix beam channel 8: brightness class: Initializing

Matrix beam channel 8: temperature: °C

High side channel: PWM value: %

Matrix light power output stage: software version:

Matrix light power output stage: hardware version:

LED channels, voltages: LED channel 1: V

LED channels, voltages: LED channel 2: V

LED channels, voltages: LED channel 3: V

High beam

Static AFS light

High side channel

Fan for headlight

LED channel 1

LED channel 2

LED channel 3

Current reduced laser beam actuation

SFD

Configuration