IC Clone is one of the most widely used MCU crack scenarios. It is used by a large variety of IC attackers from individuals, who want cheaper electronic gadgets, to large companies interested in increasing their sales without large investment in design.
For example, dishonest competitors may try to clone existing product’s integrated circuit to reduce development costs. Of course they will have to spend some effort to disguise the fact of piracy, but compared to honest development cost this is negligible. Normally IC Clone requires microcontroller reverse engineering of the device to some extent.
Crack MCU ATmega1284PV Heximal
Crack MCU ATmega1284PV Heximal from embedded memory which include the flash and eeprom, then copy the firmware from original Microcontroller to blank MCU to perform the same function: These bits select the voltage reference for the ADC, as shown in T...
Clone MCU ATmega1284P Heximal
Clone MCU ATmega1284P Heximal which can provide the same functions as original microcontroller, the heximal will be extracted from its memory like flash and eeprom: Clone MCU ATmega1284P Heximal If the result is left-adjusted and no more than 8-bit p...
Crack Microcontroller ATmega1284 Heximal
Crack Microcontroller ATmega1284 Heximal of Flash and eeprom memory, extract the content out from its locked memory and copy the firmware to blank Microcontroller: Crack Microcontroller ATmega1284 Heximal The ATmega1284 features a 10-bit successive a...
Crack Microcontroller ATmega644PA Program
Crack Microcontroller ATmega644PA Program stands for the encrypted memory with flash and eeprom program or data copying out from original MCU; Crack Microcontroller ATmega644PA Program The EEPROM Write Enable Signal – EEWE – is the write strobe to th...
Unlock MCU ATmega644P Binary
Unlock MCU ATmega644P Binary from its encrypted memory, it could include flash and eeprom, read the firmware out from the memory directly after crack MCU; Unlock MCU ATmega644P Binary The EEPROM access registers are accessible in the I/O space. The ...
Crack IC ATmega644PA Heximal
Crack IC ATmega644PA Heximal starts from disable the security fuse bits, read the program and data out from flash and eeprom, copy the firmware into blank Mcu; Crack IC ATmega644PA Heximal The Watchdog Timer is clocked from a separate On-chip Oscilla...
Clone Microcontroller ATmega644A Heximal
Clone Microcontroller ATmega644A Heximal from the original ATmega644A MCU needs to firstly disable the security fuse bit, and get access to the databus for Program and data extraction; Clone Microcontroller ATmega644A Heximal When the PWM mode is se...
Crack IC ATmega324V Binary
Crack IC ATmega324V Binary starts from decapsulate the polysilicon package of the Microcontroller, and use laser cutter to take of the security fuse bits and reset the status of MCU from locked to Unlocked one; Crack IC ATmega324V Binary The internal...
Crack Microcontroller ATmega324 Heximal
Crack Microcontroller ATmega324 Heximal from MCU flash and eeprom memory, then extract the content from the memory and clone the program or data to blank MCU; Crack Microcontroller ATmega324 Heximal When the SM1/SM0 bits are “10”, the SLEEP instruct...
Unlock Microcontroller ATmega164A Program
Unlock Microcontroller ATmega164A encrypted memory include flash and eeprom, extract the firmware into format of binary or hexiam out from the memory and copy the content to other blank MCU; Unlock Microcontroller ATmega164A Program Thus, when the BO...