I should mention the reasons for doing this—possibly to support new protocols or diagnostics in VCDS beyond the original firmware, or to fix bugs/limitations in the older version. However, there are risks involved. If the reflash is done incorrectly, the device might not work, and they could lose access to the diagnostic tool. It's also important to verify if the original hardware supports reprogramming the ATmega162 or if it's already using a different chip that can't be reflashed.
This is the most critical step. Incorrect fuses will brick the chip again. Standard settings for VCDS clones are typically: Low Fuse: 0xFD High Fuse: 0x19 Extended Fuse: 0xFF Write: Click "Auto" or "Write" to flash the data. 4. Fixing the FTDI Chip vcds atmega162 reflash 2021
If you encounter driver issues on 64-bit systems, some users found success by installing the 32-bit version of VCDS. Common Troubleshooting I should mention the reasons for doing this—possibly
Before attempting to reflash VCDS on an ATMega162 microcontroller, make sure you have: It's also important to verify if the original