When you review HDMI cables do you use any scientific method to check for differences or are your reviews purely subjective?
The reason that I ask this question is because you claim that some HDMI cables can give a better picture but when Expert Reviews tested HDMI cables using good scientic method they found them to be identical.
This is the methid they used: "we captured 24 frames of the paused Sintel (one second's worth) and saved them as uncompressed bitmap files that we could then compare to original frame we'd screen-grabbed on the PC. As the TrueHD doesn't apply any correction to the source, a single pixel's difference would be highlighted. Once we had our captured frames, we needed an objective way of comparing the captured frames to the original frame we'd captured on the PC. For this we decided to use two methods. First, we used the ImageMagick Compare command. This takes two images and creates a third picture, highlighting any pixels that are different in red. Next, we created a MD5 hash of each file we captured. An MD5 hash is a unique fingerprint of file: if two files have the same MD5 hash, they're physically and scientifically identical, no argument."
The reason that I ask this question is because you claim that some HDMI cables can give a better picture but when Expert Reviews tested HDMI cables using good scientic method they found them to be identical.
This is the methid they used: "we captured 24 frames of the paused Sintel (one second's worth) and saved them as uncompressed bitmap files that we could then compare to original frame we'd screen-grabbed on the PC. As the TrueHD doesn't apply any correction to the source, a single pixel's difference would be highlighted. Once we had our captured frames, we needed an objective way of comparing the captured frames to the original frame we'd captured on the PC. For this we decided to use two methods. First, we used the ImageMagick Compare command. This takes two images and creates a third picture, highlighting any pixels that are different in red. Next, we created a MD5 hash of each file we captured. An MD5 hash is a unique fingerprint of file: if two files have the same MD5 hash, they're physically and scientifically identical, no argument."