It has certainly happened to you that while watching content on your TV using HDMI, when switching videos you saw a black or white screen, completely opaque and full screen. This is what QMS will avoid, name bonk effect a screen that has to rotate the image in the middle so that it can change the frequency of different content.
QMS will access any content that appears on the screen
Instant Media Switch The QMS With English exposure, it uses VRR technology to remove these annoying screens when I scratch devices on the connecting device until they reach the HDMI switch video mode.
That is, if we had different videos in a row and those offered in a different hertz, apart from QMS what we would see is a bonus named between content and content. Thanks to VRR HDMI Consortium has established QMS to avoid this due to its time of continuous flexibility.
If the bonk effect happens during the same video and we have a different hertz depending on where we are, that is really annoying. And the fact that so far the change or advance of the rating of a different framework resulted in the whole system having to change the adjustment simultaneously and once it has done so, harmonize everything.
Now this is not the limit, but there is still one “but.” This counter does not touch hertz and is therefore framerate, but solution. QMS needs to be adjusted to stay the same in order to function, able to exchange seamlessly between different prices.
Other limitations to consider
While all streaming services may simply compensate for different prices without a problem, there is still a limit to the ability to reverse the decision. With the HDMI Consortium down, there is a QMS list right now, though they are not very specific.
Of course we know that the minimum frequency will be 24 Hz, where under the QMS it will not be able to operate. But in addition to being very important to many users, it means that consistency only means that it can go faster 60 Hz for one below.
Therefore, it does not go as far as determining whether a high frequency is effective 60 Hz to 24 Hz, or if, on the contrary, it is high and is defined by the decision / hertz that the medium when it is recreated or worse in the chain . In fact, there is currently no further information available, so we will have to wait until it is finally clear, or it would not be surprising if we could exceed 60 Hz due to bandwidth limit limitations for certain solutions.