I believe everyone in here will probably have a different idea/perspective/angle/semantic use for the term, "resolution". I get to hear live music twice a week, both amplified and acoustic as a sound tech. That requires me to hear the instruments/room/system from every listening point in the venue. What I'm hearing in my listening room(IF I'm not recording at home) is at the mercy of the engineer that recorded the performance, and the one that duplicated it at the CD plant. In MY perfect world all the genres of music I enjoy would be engineered by Doug Sax, direct to disc(vinyl). BUT- To quote Tom Jung(Digital Music Products), "You can't just send a master tape to a CD plant and expect to get back what you sent them", and he deals with some of the best in the industry. I have some personal recordings that I can use for reference to determine if what I'm hearing at home is accurate, but that's not my point here. My idea of "resolution" is getting whatever information(instrumental timbre and separation, full frequency response, venue ambience, etc.) that's recorded, from my source device to my ears, with the greatest possible degree of faithfulness. I'm big on truth, whether it's comfortable to me or not, and- I greatly appreciate transparency, whether in the people around me or from my sound system. I'm VERY greatful that this goal IS largely attainable.
Ultra high resolution
Hi folks, I suppose this is a question none could answer appropriately. How come that some (there are to my knowledge only two of them) amplifier brands are building such ultra high resolution solid state amplifiers without having a treble that sounds shrill or piercing or artificial? It is of course proprietary info if you ask those manufacturers.
Is it because of very tight selection of matched transistors? Is it because lack of global but high level of local feedback? Is it because of the use of very expensive military grade parts? Is it because of the power supply? Is it because of the application of special circuit design? Is it because all of the above?
Chris
Is it because of very tight selection of matched transistors? Is it because lack of global but high level of local feedback? Is it because of the use of very expensive military grade parts? Is it because of the power supply? Is it because of the application of special circuit design? Is it because all of the above?
Chris
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- 100 posts total
- 100 posts total