Topic: Xhorse VVDI Prog and Xprog, which is better?
| Type | VVDI Prog | Xprog |
| MC9S12DP crack | Yes | Yes |
| MC9S12XD crack | Yes | Yes |
| MC9S12XE crack | Yes | Yes |
| MC65HC(9)08 crack | Yes | No |
| CDC32XX crack | Will be available | Yes |
| M35080V3 erase encrypted sites | Yes | Yes |
| M35080V6 erase encrypted sites | Yes | Yes |
| 080D0 erase encrypted sites | Yes | No |
| 160D0 erase encrypted sites | Yes | No |
| 24Cxx read/write | Yes | Yes |
| 24Exx read/write | Yes | Yes |
| 25Cxx read/write | Yes | Yes |
| 25xxx read/write | Yes | Yes |
| 95xxx read/write | Yes | Yes |
| 95Pxx read/write | Yes | Yes |
| 93Cx6 read/write | Yes | Yes |
| TC8910x read/write | Yes | Yes |
| MC965HC05 read/write | Will be available | Yes |
| MC9S12H read/write | Yes | Yes |
| MC9S12P read/write | Yes | Yes |
| MC9S12XH read/write | Yes | Yes |
| MC9S12XS read/write | Yes | Yes |
| ATMEGA read/write | Yes | Yes |
| XC236x read/write | Yes | Yes |
| MAC724x read/write | Will be available | Yes |
| AT89x5x read/write | Will be available | No |
| ATtiny read/write | Will be available | No |
| PIC read/write | Yes | No |
| RSF212xx read/write | Yes | No |
| M308xx read/write | Yes | No |
| uPD70F3xxx read/write | Yes | No |
| ST6xxx read/write | Will be available | No |
| ST10Fxxx read/write | Yes | No |
| STM8 read/write | Yes | No |
| STM32 read/write | Will be available | No |
| MSP430 read/write | Will be available | No |
| TMS37xxx read/write | Will be available | No |
In summary,
Xprog is a good universal programmer for various chips and MCUs in automotive.
But if you can pay more, i suggest you to buy vvdi prog
Tip: VVDI PROG vs Xprog-m vs R270 vs Orange5 clone:
- faster to clear 35080, 080D0, 160D0 (within 10S)
- more stable than Xprog-m to read MC9S12 series chips
- faster to attack MC9S12series chips
- less error than Orang5 to read some EEPROM that Orange 5 fail to recognize
- with voltage attack function for use
- with CAN bus,K-Line for use
So, VVDI Prog should be the best solution for ECU programming.
It covers chips that Xprog supports, works with less error than Orange 5, has the function of r260+r270
