Mechanism for facilitating dynamic phase detection with high jitter tolerance for images of media streams

A system comprising:

• a computing device comprising a memory to store instructions, and a media device to execute the instructions, wherein the instructions cause the media device to:
• generate a first stability optimization of an image of a media stream across two or more consecutive image frames at a first clock phase and a second stability optimization across the two or more consecutive image frames at a second clock phase;
• generate a first sharpness optimization of the image at the first clock phase and a second sharpness optimization of the image at the second clock phase;
• and
• select a phase from between at least the first clock phase or the second clock phase based on the first stability optimization, the second stability optimization, the first sharpness optimization, and the second sharpness optimization, wherein the selected clock phase facilitates analog to digital conversion of the media stream.

A method comprising:

• generating, at a media device, a first stability optimization of an image of a media stream across two or more consecutive image frames at a first clock phase and a second stability optimization across the two or more consecutive image frames at a second clock phase;
• generating a first sharpness optimization of the image at the first clock phase and a second sharpness optimization of the image at the second clock phase;
• and
• selecting a phase from between at least the first clock phase or the second clock phase based on the first stability optimization, the second stability optimization, the first sharpness optimization, and the second sharpness optimization, wherein the selected clock phase facilitates analog to digital conversion of the media stream.