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I dunno, I didn't mind it that much. Then again, I went back to the AVR when there was no longer a disadvantage, so.I think the tv as switching center is an extremely poor choice.
I dunno, I didn't mind it that much. Then again, I went back to the AVR when there was no longer a disadvantage, so.I think the tv as switching center is an extremely poor choice.
Can't imagine using tv as a central unit myself. None of my various tvs make that an option. What tvs do you use? How do you change between your avr and display particularly?I dunno, I didn't mind it that much. Then again, I went back to the AVR when there was no longer a disadvantage, so.
Not sure I understand. All the video was going to the TV, and I switched between the sources as you do on a TV. The audio was passed through to the AVR via eARC. I never had to switch to the AVR at all since it was never a source, only a destination for the audio.Can't imagine using tv as a central unit myself. None of my various tvs make that an option. What tvs do you use? How do you change between your avr and display particularly?
Hi kyuu,I don't know what you mean by "decoding bits". Are you talking about the bit rate? Nothing over 16-bits is needed, but in any case the Denon X3800 (or the older X3600 or X3700) or above should do everything you want (I'm not aware of any AVRs with better performance than Denon). Yeah, you're getting more channels of amplification than you need but getting more channels is part of getting a higher-end AVR. You're also getting the best Audyssey, which you want, or the option to use a Dirac license.
You can get a refurb X3800 for a good price here, assuming you're in the U.S.
Because all a higher bit rate gets you is more dynamic range and a lower noise floor, but 16 bits with dithering gets you all the dynamic range a human ear can possibly use and then some and an inaudible noise floor. More bits doesn't hurt, but it doesn't do anything for you either. In any case, the X3800 supports up to 24 bits, so you're covered if you get it.Hi kyuu,
Why nothing better than 16 bits is needed? I'm trying to learn.
If the recorded movie soundtrack is 24/48, why not higher bit rate for output?
Appreciate it. that's the one I'll go for (3700)Because all a higher bit rate gets you is more dynamic range and a lower noise floor, but 16 bits with dithering gets you all the dynamic range a human ear can possibly use and then some and an inaudible noise floor. More bits doesn't hurt, but it doesn't do anything for you either. In any case, the X3800 supports up to 24 bits, so you're covered if you get it.
If you'd like to learn more, I highly recommend checking out this video:
I use external amp for my 5.1 system and only two sources.
This is a little confusing. Looking for a Denon for my 5.1 system, all the low channel AVRs have low SINAD, low number of decoding bits, and some don't even have a "pre-out" feature.
Do you know of any AVR or processor matching my system with a high bit decoding power (at least 18 bits) and good SINAD from any brand?
They all sell AVRs with low number of channels but the sound quality is low also, why is that?
Agreed. No major drawback from using TV as the hub provided that eArc is functioning properly. In fact I would say that the purist argument could be to connect the higher bandwidth signal (video) to display to shorten the transport route, and then ship back lower bandwidth signal (audio) to AVR. Don't think that makes sense in practice, but in theory I could see it standing on at least tiptoes.Not sure I understand. All the video was going to the TV, and I switched between the sources as you do on a TV. The audio was passed through to the AVR via eARC. I never had to switch to the AVR at all since it was never a source, only a destination for the audio.