![]() ![]() However, database approach doesn’t allow the application to control voltage on unknown cards with non-reference voltage control circuit. Such approach gives software voltage control layer the maximum safety, reduces the risk of incorrect detection of voltage controller model to zero and gives MSI Afterburner huge advantage in application startup performance comparing to tools performing full hardware scan at each startup. So MSI Afterburner doesn’t need to perform full hardware scanning, it doesn’t need to perform heuristic detection of all possible controllers to select proper voltage control codepath. The database entry specific to each card define exact model of voltage controller, define controller’s unique hardware location address and provide full set of additional calibration information specific to the voltage controller model. Database concepts mean that each voltage control capable graphics card supported by MSI Afterburner is being uniquely identified inside the application by personal entry in hardware database. MSI Afterburner uses hardware databases concepts to implement voltage control support on a wide range of graphics cards and at the same time keep extremely fast and efficient application startup performance. If you're simply searching for the most recent version of the database, grab it in post #2. ![]() Please follow this guide if you want to add custom design non-MSI graphics card to third party hardware database.
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