Sjmarf@sh.itjust.works to Programmer Humor@programming.dev · 3 days agoLDACsh.itjust.worksimagemessage-square107fedilinkarrow-up10arrow-down10
arrow-up10arrow-down1imageLDACsh.itjust.worksSjmarf@sh.itjust.works to Programmer Humor@programming.dev · 3 days agomessage-square107fedilink
minus-squaresus@programming.devlinkfedilinkarrow-up0·edit-22 days agoat high signal strength LDAC should default to 990kbps… which is kind of ridiculous since it’s so high it’s higher than some lossless codecs, like uncompressed 16-bit 48kHz. (which is higher than standard CD quality)
minus-squarecmnybo@discuss.tchncs.delinkfedilinkEnglisharrow-up0·2 days agoUncompressed 16 bit 48KHz stereo is 1536 kbps, which is just slightly higher than what bluetooth 5 is capable of.
minus-squarecircuitfarmer@lemmy.sdf.orglinkfedilinkarrow-up0·edit-22 days agoThe bitrate is manually enforceable on Linux, too *specifically using PipeWire
minus-squareProgrammingSocks@pawb.sociallinkfedilinkarrow-up0·2 days agoPipewire or the pulseaduo Bluetooth codec add-on. The pipewire implementation seems to be mimicking the old pulseaudio plugin.
at high signal strength LDAC should default to 990kbps… which is kind of ridiculous since it’s so high it’s higher than some lossless codecs, like uncompressed 16-bit 48kHz. (which is higher than standard CD quality)
Uncompressed 16 bit 48KHz stereo is 1536 kbps, which is just slightly higher than what bluetooth 5 is capable of.
Oh I forgot about stereo, ha.
The bitrate is manually enforceable on Linux, too
*specifically using PipeWire
Pipewire or the pulseaduo Bluetooth codec add-on. The pipewire implementation seems to be mimicking the old pulseaudio plugin.