Car, AUDI, A6 2018-, 2020 (L), Saloon, DDVB 3.0l TDI , 210kW, DC - Front corner radar 2 (DC FR2)

Body control module - DC - Front corner radar 2 (DC FR2) - 0

Identification

ASAM/ODX file identification: EV_FrontCorneRadarS2AU651

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

Advanced identification

ASAM/ODX file identification: EV_FrontCorneRadarS2AU651

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

Read DTC (Normal mode)

Controls

Clear DTC

Read DTC (Agressive mode)

Controls

Clear DTC

Data stream

Security access: number of invalid keys, counter: 0

Terminal 15:

Temperature unit:

Data logger triggering:

Parameters identification: structure version: --

Parameters identification: structure version warn algorithm: --

Parameters identification: OEM: --

Parameters identification: model: --

Parameters identification: derivative: --

Parameters identification: bumper type: --

Parameters identification: year: 2111 A

Parameters identification: month: -- m

Parameters identification: day: -- days

Parameters identification: hours: -- hours

Parameters identification: minutes: -- min

Parameters identification: seconds: -- sec

Parameters identification: parameter set version: --

Geometry: FZG_MRR_R_x_Abst_HA: 12.34 m

Geometry: FZG_MRR_R_y_Abst_HA: 12.34 m

Geometry: FZG_MRR_R_z_Abst_HA: 12.34 m

Geometry: FZG_MRR_R_Einbauwinkel: 1233.60 °

Geometry: FZG_Slave_Doppler_Pos_x_KD: 12.34 m

Geometry: FZG_Slave_Doppler_Pos_y_KD: 12.34 m

Geometry: FZG_Master_Doppler_Pos_x_KD: -- m

Geometry: FZG_Master_Doppler_Pos_y_KD: -- m

Geometry: sensor mounting polarity: --

Geometry: FZG_MRR_L_x_Abst_HA: 12.34 m

Geometry: FZG_MRR_L_y_Abst_HA: 12.34 m

Geometry: FZG_MRR_L_z_Abst_HA: 12.34 m

Geometry: FZG_MRR_L_Einbauwinkel: 1233.60 °

Yaw rate value: 659.20 °/sec

Dynamic calibration, status:

Date of last calibration: type of calibration:

Date of last calibration: calibration status: Calibration successfully completed

Date of last calibration: malfunction cause:

Serial number: ECU serial number: 00000000000000

Measured receiving power: doppler quality: 48 %

Measured receiving power: doppler state: Not recognized

Short distance calibration, status:

Short distance calibration, status: short distance calibration, progress: 48 %

Short distance calibration, status: short distance calibration, completed counter: 12336.0

Short distance calibration, status: short distance calibration, successfully completed counter: 12336.0

Radar data capture fault: 30 30 30 30 30 30 30 30 30 30 30 30

Control flow violation core 1: 48

Control flow violation core 2: 48

Loop overrun time core 1: 808464432

Loop overrun time core 2: 808464432

Cal RAM area with CRC fault: 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

FCCU HW fault: 808464432

Register check info: 808464432

C1 critical signals info: 808464432

C2 critical signals info: 808464432

Terminal 15: V

Terminal 30: V

Control module temperature: °C

Vehicle speed: km/h

Curve radius: m

Dynamic angle offset in current terminal 15 cycle: °

DTC: reset 1:

DTC: reset 1 data:

DTC: reset 2:

DTC: reset 2 data:

Doppler position: object distance: mm

Doppler position: measured angle: °

Measured angle: °

Measured angle, end of line: °

Measured angle, short distance: °

Measured angle, customer service: °

Static angle offset: °

Dynamic angle offset: °

Manual calibration: °

Basic setting

Controls

Resetting of all adaptations

Resetting of all adaptation values

Production calibration

Customer service calibration

Doppler simulator

Utility

Controls

Production mode

Short distance calibration

Deactivate production mode

Activating and deactivating all development messages

Analysis 15

Calibration value MRR VL

Test bench data for calibration, production

Manually write calibration angle

Roller test bench mode, functional

Write geometry

Configuration

Controls

Configuration

Manual mode

Controls

SFD

Configuration