Software module for working with the engine control unit of petrol vehicles Kia/Hyundai.
Module for reading and writing control units installed on petrol vehicles of Korean brands Kia/Hyundai through the diagnostic connector using the CAN-bus.
Which vehicles and control units are supported by the Bitbox Kia/Hyundai Petrol CAN module:
FIDs: 70, 72, 73, 74, 77, 88, 93, 104, 368
Kefico CPEGD2.20.1/CPGDSh4.26.1 (FID: 70)
Kefico CPEGD2.20.1 and CPGDSh4.26.1 control units are based on the Infineon Tricore TC1782 processor with internal flash memory of 2.5Mb.
Reading and writing of calibration area via CAN-bus with checksum correction is allowed. Recovery is possible from any state.
Supported vehicles:
Kia/Hyundai 1.0-1.6 MPI/DOHC
Bosch ME(G)17.9.1x (FID: 72)
Bosch ME(G)17.9.11/12/13 series control units are based on the Infineon Tricore TC1762 processor with internal flash memory of 1.46Mb.
Reading and writing of FullFlash via CAN-bus with checksum correction is allowed.
Supported vehicles:
Kia/Hyundai 1.0-1.6 MPI/DOHC
Bosch ME(G)17.9.21 (FID: 74)
Bosch ME(G)17.9.21 series control units are based on the Infineon Tricore TC1724 processor with internal flash memory of 1.5Mb.
Reading and writing of FullFlash via CAN-bus with checksum correction is allowed.
Bosch ME(D)(G)17.9.8 (FID: 73)
Bosch ME(D)(G)17.9.8 series control units are based on the Infineon Tricore TC1767 processor with internal flash memory of 2.0Mb.
Reading and writing of FullFlash via CAN-bus with checksum correction is allowed.
Siemens SIM2K-47 (FID: 88)
Siemens SIM2K-47 control unit is based on the C167 processor with external flash memory of 512Kb.
Reading and writing of FullFlash via CAN-bus with checksum correction is allowed.
Siemens SIM2K-24x (FID: 93)
Siemens SIM2K-240/241/242/245 control units are based on the Infineon Tricore TC1767 processor with internal flash memory of 2Mb.
Reading and writing of FullFlash via CAN-bus with checksum correction is allowed.
Siemens SIM2K-141/341 (FID: 104)
Siemens SIM2K-141/341 control units are based on the Motorola MPC561 processor with external flash memory of 2Mb.
Reading of FullFlash and writing of calibration area via CAN-bus with checksum correction is allowed.
Siemens SIM2K-141.1 (FID: 144)
Siemens SIM2K-141.1 control units are based on the Motorola MPC563 processor with external flash memory and a total capacity of 2.5Mb.
Virtual reading and writing via CAN-bus with checksum correction of calibration area is allowed.
Delphi MT86 (FID: 77)
Delphi MT86 control unit is based on the Tricore TC1766 processor with internal flash memory of 1.46Mb.
Reading and writing of calibration area via CAN-bus with checksum correction is allowed.
Kefico M(E)(G)7.9.8 (FID: 368)
Kefico M(E)(G)7.9.8 control unit is based on the ST10F275 processor with internal flash memory of 832Kb.
BSL reading / virtual reading and writing of calibration area via CAN-bus with checksum correction is allowed.
To use the module, you need to purchase a Bitbox USB dongle . You can purchase the dongle in our store. One dongle can be used to activate an unlimited number of modules.
Module activation is done within 1 hour on business days (usually 10-15 minutes). Activation may be delayed during weekends and holidays (up to 2 hours).
To activate the module, ONLY the serial number of the dongle and email are required.
To work through the OBD2 connector, a J2534 adapter is required (Scanmatik 2, OpenPort 2.0, Dialink, Mongoose, etc.). Learn more about J2534 here .
To connect the control unit on the bench, the purchase of additional equipment from the following list is required:
Powerbox and Combibox for PCMflash are fully compatible with Bitbox.
An activated module or license cannot be returned.
If you have entered the wrong key or device number, the return is not valid. It is not possible to modify the license for another device.
After status update to "Waiting for activation", the data has already been sent to the developer for activation. The order cannot be canceled or corrected starting from this status update.
Pay attention to all information specified in the description of modules and scripts taken from the manufacturer. We are not responsible if the information is not correct or there are some differences from the reality. In the disputed situation, it is necessary to look for a solution to the issue to the manufacturer.
Our store is not responsible for the functionality of the software module. We cannot guarantee the declared functions since we are not the developer.