Copy Chip ATmega1281P Heximal
Copy chip ATmega1281P Heximal out from its flash and eeprom memory, use focus ion beam technique to disable the security fuse bit, turn the status
Copy chip ATmega1281P Heximal out from its flash and eeprom memory, use focus ion beam technique to disable the security fuse bit, turn the status
Copy MCU ATmega169A Code from its flash memory and eeprom memory, the content of the microcontroller ATmega169A will be dump out for MCU recovery, the
Copy IC ATmega169PV Heximal out and reprogramme the firmware into blank Microcontroller ATmega169PV, use chemical solution to dissolve the silicon package of MCU and get
Copy Microcontroller PIC12F635 Firmware from its flash memory, the heximal can be rewrite to new PIC12F635 MCU cloning after recover the content from microprocessor’s memory;
Copy Chip ATmega48PV Heximal from embedded microcontroller program memory, reverse engineering MCU atmega48PV for its circuitry scheme, locate the security fuse bit and cut it
Copy Microcontroller ATmega48P Flash file and paste heximal file to new MCU ATmega48P, through MCU cracking to disable the protective system of Microprocessor and the
Copy MCU ATmega1280PA Heximal from program memory and data memory, recover status of microcontroller ATmega1280PA from locked to unlocked microprocessor one; The Input Capture Register
Copy IC ATmega1280A Binary and transfer the content to new MCU ATmega1280A clone, the security fuse bit of microcontroller atmega1280a has been broken; The 16-bit