Inakustik 1.5m HDMI 00324415 User Manual
Product codes
00324415
N E W P R O D U C T S N O V E M B E R 2 0 1 0
HDMI
®
SPECIAL
TO KNOW ABOUT HDMI
®
DIFFERENCES IN QUALITY EVEN FOR DIGITAL SIGNAL TRANSMISSION!
WHAT IS THE DIFFERENCE BETWEEN THE REFERENCE HDMI
®
CABLE AND THE STAR HDMI
®
CABLE?
Many users are under the false impression that transmitting digital data generally works without any errors. something better or worse doesn’t seem
to exist. This applies to the Internet. There the recipient keeps asking the sender for the digital data until the content has been transmitted properly
(check test).
However in the audio/video sector, there is no time to compare digital data and request it again. so error correction is used for LCDs, LED-TVs,
plasmas etc. The more detailed and faster a certain picture sequence is, the higher the data rate is to be transmitted. The data rate is e.g. far higher
for a camera pan over the spectators in a football stadium than for an interview after the game.
However, the higher the data rate, the more errors are caused by the HDMI cable. Compression artefacts occur even though the screen has error
correction. The picture loses contour and focus. But these errors can be reduced with better cable quality. The more intricate the shielding, the more
superior the materials and the less the engineering tolerances at 100 ohm impedance are, then the lower the number of errors and better the picture
quality. even for short transmission distances.
That is why the picture quality is significantly higher with our reference HDMI cable, than the standard HDMI cable (see Figure). Fast camera
movements, detailed picture sequences and fast-moving action scenes gain in contour and picture sharpness. That is the difference.
08
Star
HDMI
bis 5,0 m*
HDMI
bis 5,0 m*
minimum quality
requirement of error correction for
LCDs, LED-TVs, plasmas etc.
maximum cable length
Premium
HDMI
bis 10,0 m*
HDMI
bis 10,0 m*
Exzellenz
HDMI
bis 15,0 m*
HDMI
bis 15,0 m*
Referenz
HDMI
bis 20,0 m*
HDMI
bis 20,0 m*
* Full-HD 2160p; 10,2 Gbit/s Übertragungsrate