dante01
Distinguished Member
The SR6012 is at least 4 years old and wasn't priced at £2K when it was launched. Not even the SR6015 sells for that and the SR6015 is the most current model of the AV receiver in question. The SR6015 currently retails for less than £1,200 and not £2K.
Which cheap chinese AVR are you referreing to? No AV receiver can output video to a TV while ARC is in use. Chinese or not, it isn't possible to fascilitate this. ARC repurposes the HDMI connection so that only audio is conveyed from the TV to the AV receiver or a soundbar. It isn't in ARCs remit to facilitate the convetance of video or the AV receiver's onscreen graphics while ARC is in active use. THis is why you dpn't get an onscreen representation of the AV receiver's menus while ARC is being used. to source the audio gtom your TV.
The only way to access Atmos sourced via the apps on your TV would be by using ARC. No, there's no other way to convey it from a TV to an AV receiver. You could access SD Dolby Digital using the TV's optical audio output, but S/PDIF optical doesn't support the DD+ encoded audio that the streaming serrvices use to package Atmos metadata with. Besides which, even if using optical, the AV receiver would still not have any ability to convey its graphics to your TV. The TV is the video source and not your AV receiver. How is the AV receiver supposed to mix its graphics into the video if the video isn't actually being passed through the AV receive?
ARC stands for Audio REturn Channel. The clue is in the name and it has nothing at all to do with the video. While using ARC to source the audio from a TV, the HDMI cable is not used to convey any video from the AV receiver to that TV.
Unless you've an actual speaker configuration that supports Atmos you'd be listening to 5.1 DD+ and not Atmos. The AV receiver only processes and presents Atmos if you've such a setup. THe Atmos metadata is part of a package that also includes channel based 5.1 DD+ and it is the channel based element you'd be hearing with your current speaker configuration.
You'd need at least a 7.1 or preferably a 5.1.2 configuration minimum to process and portray Atmos if and when the incoming signal includes Atmos metadata.
Which cheap chinese AVR are you referreing to? No AV receiver can output video to a TV while ARC is in use. Chinese or not, it isn't possible to fascilitate this. ARC repurposes the HDMI connection so that only audio is conveyed from the TV to the AV receiver or a soundbar. It isn't in ARCs remit to facilitate the convetance of video or the AV receiver's onscreen graphics while ARC is in active use. THis is why you dpn't get an onscreen representation of the AV receiver's menus while ARC is being used. to source the audio gtom your TV.
The only way to access Atmos sourced via the apps on your TV would be by using ARC. No, there's no other way to convey it from a TV to an AV receiver. You could access SD Dolby Digital using the TV's optical audio output, but S/PDIF optical doesn't support the DD+ encoded audio that the streaming serrvices use to package Atmos metadata with. Besides which, even if using optical, the AV receiver would still not have any ability to convey its graphics to your TV. The TV is the video source and not your AV receiver. How is the AV receiver supposed to mix its graphics into the video if the video isn't actually being passed through the AV receive?
ARC stands for Audio REturn Channel. The clue is in the name and it has nothing at all to do with the video. While using ARC to source the audio from a TV, the HDMI cable is not used to convey any video from the AV receiver to that TV.
Unless you've an actual speaker configuration that supports Atmos you'd be listening to 5.1 DD+ and not Atmos. The AV receiver only processes and presents Atmos if you've such a setup. THe Atmos metadata is part of a package that also includes channel based 5.1 DD+ and it is the channel based element you'd be hearing with your current speaker configuration.
You'd need at least a 7.1 or preferably a 5.1.2 configuration minimum to process and portray Atmos if and when the incoming signal includes Atmos metadata.
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