- First Name
- Mike
- Joined
- Mar 27, 2023
- Threads
- 3
- Messages
- 4
- Reaction score
- 5
- Location
- Portland, OR
- Vehicle(s)
- 2023 Maverich Lariat
- Engine
- 2.0L EcoBoost
- Thread starter
- #1
I have a 25 Lariat AWD/Hybrid, including the 4k tow package and a moonroof, in production as scheduled and begun on Feb 28. Today the modules went live. No Tear Tag so BCE Modules only so far (The interpretation does refer to PCM Modules)?
Naturally this is good to see. Some of you may speak module, but I don't and suspect there are others . . . so I asked my brother, who is into AI, to run my results past an agent. Hope it's of interest.
Here are the results from Google Gemini:
"This is a substantial amount of "as built" data for a Ford vehicle, likely a truck or SUV, given the VIN prefix "3FTTW8S". Let's break down how to interpret this and what some key sections likely represent.
Understanding the Structure
• Module Addresses: The data is organized by module addresses, like "6F0-01-01", "703-211-01", "7D0-01-01", etc. These addresses correspond to specific electronic control modules (ECMs) within the vehicle.
• Hexadecimal Data: Each line consists of hexadecimal numbers, which represent the configuration settings for that particular address.
• Data Organization: Each line is generally organized into three groups of hexadecimal data, followed by a checksum.
• Module Identification:
◦ The 6F0 range is for the PCM (Powertrain Control Module).
◦ The 703 range is for the BCM (Body Control Module).
◦ The 706 and other 7xx ranges are for other modules within the vehicle.
◦ 7D0 is the APIM (Accessory Protocol Interface Module), which is the head unit.
◦ 7E0 is the IPC (Instrument Panel Cluster).
Key Modules and What They Control
• PCM (6F0):
◦ This is the engine computer. These values control engine parameters, fuel delivery, emissions, and other powertrain functions.
◦ It is recommended to not change these values unless you are a trained professional.
• BCM (703):
◦ This manages many of the vehicle's body functions, including lighting, door locks, windows, and security.
◦ This is the module where many forscan changes are done.
• APIM (7D0):
◦ This is the infotainment system. It controls the display, audio, navigation, and other multimedia functions.
◦ Changes to this module can change the look and functionality of the screen.
• IPC (7E0):
◦ This is the Instrument panel cluster. It controls what is shown on the dashboard.
General Interpretation and Cautions
• Checksums: The last two digits of each line are a checksum, used to verify the integrity of the data.
• Feature Configuration: Many of the hexadecimal values represent on/off switches or numerical settings for various features. Decoding these values requires specialized knowledge or access to Ford's documentation.
• FORScan: Tools like FORScan are commonly used to read and modify these "as built" data values. However, incorrect modifications can lead to vehicle malfunctions.
• Professional Help: Modifying "as built" data should only be done by those with a thorough understanding of the vehicle's electrical systems.
Specific Data Examples
• VIN (706-19):
◦ The VIN is stored in the "as built" data. In this case, you can see the VIN in hexadecimal format: "3346 5454 579F 3853 3337 5370 5241 3537 345C 3933 96".
• APIM (7D0):
◦ This section will contain the configuration of the sync system. This is a very common place where people make forscan changes.
Important Notes:
• This is a general overview. Decoding every single hexadecimal value is a very complex task.
• Always back up your original "as built" data before making any changes.
• If you are unsure about any modifications, consult with a qualified automotive technician.
I hope this helps!"
Naturally this is good to see. Some of you may speak module, but I don't and suspect there are others . . . so I asked my brother, who is into AI, to run my results past an agent. Hope it's of interest.
Here are the results from Google Gemini:
"This is a substantial amount of "as built" data for a Ford vehicle, likely a truck or SUV, given the VIN prefix "3FTTW8S". Let's break down how to interpret this and what some key sections likely represent.
Understanding the Structure
• Module Addresses: The data is organized by module addresses, like "6F0-01-01", "703-211-01", "7D0-01-01", etc. These addresses correspond to specific electronic control modules (ECMs) within the vehicle.
• Hexadecimal Data: Each line consists of hexadecimal numbers, which represent the configuration settings for that particular address.
• Data Organization: Each line is generally organized into three groups of hexadecimal data, followed by a checksum.
• Module Identification:
◦ The 6F0 range is for the PCM (Powertrain Control Module).
◦ The 703 range is for the BCM (Body Control Module).
◦ The 706 and other 7xx ranges are for other modules within the vehicle.
◦ 7D0 is the APIM (Accessory Protocol Interface Module), which is the head unit.
◦ 7E0 is the IPC (Instrument Panel Cluster).
Key Modules and What They Control
• PCM (6F0):
◦ This is the engine computer. These values control engine parameters, fuel delivery, emissions, and other powertrain functions.
◦ It is recommended to not change these values unless you are a trained professional.
• BCM (703):
◦ This manages many of the vehicle's body functions, including lighting, door locks, windows, and security.
◦ This is the module where many forscan changes are done.
• APIM (7D0):
◦ This is the infotainment system. It controls the display, audio, navigation, and other multimedia functions.
◦ Changes to this module can change the look and functionality of the screen.
• IPC (7E0):
◦ This is the Instrument panel cluster. It controls what is shown on the dashboard.
General Interpretation and Cautions
• Checksums: The last two digits of each line are a checksum, used to verify the integrity of the data.
• Feature Configuration: Many of the hexadecimal values represent on/off switches or numerical settings for various features. Decoding these values requires specialized knowledge or access to Ford's documentation.
• FORScan: Tools like FORScan are commonly used to read and modify these "as built" data values. However, incorrect modifications can lead to vehicle malfunctions.
• Professional Help: Modifying "as built" data should only be done by those with a thorough understanding of the vehicle's electrical systems.
Specific Data Examples
• VIN (706-19):
◦ The VIN is stored in the "as built" data. In this case, you can see the VIN in hexadecimal format: "3346 5454 579F 3853 3337 5370 5241 3537 345C 3933 96".
• APIM (7D0):
◦ This section will contain the configuration of the sync system. This is a very common place where people make forscan changes.
Important Notes:
• This is a general overview. Decoding every single hexadecimal value is a very complex task.
• Always back up your original "as built" data before making any changes.
• If you are unsure about any modifications, consult with a qualified automotive technician.
I hope this helps!"
Sponsored
