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Although this will not be the case for the majority of T3 users, it is a common enough question that we have decided to address it at length to give users a thorough understanding of the issue and solutions to their concerns. We know that if users read, understand, and implement the suggestions we give, they will be able to use T3 in the "Speed" setting with fantastic results! As with anything, however, if these suggestions are only "sort of" read and followed, users will only "sort of" achieve the results they desire.
The best way to answer the question of "Why is my audio great on my end and bad on my scopist's end when using the T3 speed setting" is that T3 is massively compressing and rebuilding the file. Why should this affect the quality? The best way to answer is by giving a real life analogy.
Think of T3's compression/rebuild as the same thing that occurs when someone speaks into a phone. It's actually extremely similar, technologically speaking! What a reporter gets on their computer is what a person in an office would hear if someone else in that office were speaking on the phone. What the scopist gets on their computer is what the person on the other end of the phone would hear.
What does that mean? It means that if someone were talking extremely loud into a telephone, anyone else in that office (court reporter) would hear them perfectly, "crystal clear" in other words. However, what the person on the other end of the phone (scopist) hears is a very garbled, staticky, hissing voice. We've all been in that situation where someone is speaking too loudly into their end of the phone and it's almost painful to listen to.
Likewise, if someone is speaking too softly into the phone, another person in the office (reporter) would most likely hear them just fine, but the person on the other end of the phone (scopist) would not be able to hear them at all and would have to keep asking them to speak up.
So why is this? This is because of audio compression and restoration. Compression of sounds (data) allows it to move great distances at incredible speeds. T3's compression algorithm is built on the same theory, pulling audio (data)down to the greatest tolerable degree in order to transfer it via the Internet at the fastest possible speeds.
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