A borrowed HEX-CAN cable used with VCDS software for car coding encountered a critical error. While attempting to modify the CAN gateway coding, changes would not save. The VCDS software initially accepted the coding, but upon re-checking, the settings had reverted. After several attempts, a “cable does not have a valid license” message appeared. Subsequently, the cable was no longer recognized by Windows, despite reinstalling VCDS and drivers.
Speculation suggests newer VCDS versions incorporate counterfeit cable detection, potentially damaging their memory. This aligns with the experience, raising concerns that a malfunction in this detection mechanism bricked a legitimate cable. Ross-Tech, the VCDS developer, declined assistance due to the cable’s age, demanding a $150 service fee for a likely software-induced issue.
This raises questions about the safety of using legitimate, older VCDS cables. Is there a risk of the software inadvertently damaging functioning hardware? Are there any known solutions to repair a bricked cable without incurring Ross-Tech’s service fee? The lack of support for potentially software-damaged hardware leaves users vulnerable and questioning the long-term viability of their equipment. What assurances are there that a paid repair won’t result in the same issue reoccurring? This situation highlights the need for clarity and potential solutions for users facing similar problems with legitimately purchased VCDS cables and software.
