I use 'Stereo Mix' to keep an active stream on SPDIF, https://ibb.co/477T74G | https://ibb.co/MVgzT5s
You can also use VAC, and VAC to force speaker detection (virtual speakers to SPDIF).
How to Redirect 5.1, 7.1 to SPDIF [DTS-Dolby] - All Apps
Same as the older X-FI, capture PCM from Speakers > encode to DTS > redirect to SPDIF > SPDIF out. You could have enabled 'Stereo Mix', then enabled 'listen to' then mute it for 'always on'. When I had the X-FI there was an additional Creative service for the encoding and redirect, which used up...www.techpowerup.com
For 'Stereo Mix', you will need to 'show disabled' endpoints in the Windows panel.
In some cases the stream may need to be unmuted, I use muted.
App installation fails with error message: Windows cannot install package DTSInc.DTSAudioProcessing_1.10.15.0_x64__t5j2fzbtdg37r because the device driver this package depends on cannot be found. One of the following device drivers must be installed: {[DTS-dtsaudioprocessinghsa.inf, 1.5.3.0, 2020-06-04]} (0x80073cfd)
System Name | It's just a computer |
---|---|
Processor | i9-14900K Direct Die |
Motherboard | MSI Z790 ACE MAX |
Cooling | 2X D5T Vario, XSPC BayRes, 3X Nemesis GTR560, NF-A14-iPPC3000PWM, NF-A14-iPPC2000PWM, IceMan DD |
Memory | TEAMGROUP FFXD548G8000HC38EDC01 |
Video Card(s) | MSI 4070 Ti Super w/Alphacool Eisblock Aurora RTX 4070TI Ventus with Backplate :13724 |
Storage | Samsung 990 PRO 1TB M.2 |
Display(s) | LG 32GK650F |
Case | Thermaltake Xaser VI |
Audio Device(s) | Auzentech X-Meridian 7.1 2G/Z-5500 |
Power Supply | Seasonic Prime PX-1300 |
Mouse | Logitech |
Keyboard | Logitech |
Software | Win11PRO |
Only two place, two "{Device-ID}"Revisiting this after a while.
When you say "Edit the .reg file(s), replacing {DEVICE-ID} on both lines with the copied ID, save, close, then apply the .reg file(s)." do you mean to replace all the GUIDs?
I have several, which to replace?
View attachment 364354
In fact, using a high cut filter is because we can hear "it" (false signal caused by aliasing).Total bits would look like [48: 1__1] [96: 1_1_1], as you can see we just went from 2 bits, to 3 bits in [20.833~ us] time. This is not enough to notice much in fidelity.
To get similar to 24 bits in [20.833~ us] time, 1152 sample rate is needed (per channel, per second) (868.055~ nano second interval).
24 x 48 =1152, at the same time, there should be a digital filter attenuating past 20-22k to 0, as we can not hear it.
And you might think I'm crazy.Sample interval and sample rate is an interesting one, reducing the interval will increase total fidelity (if enough), but at the same time add frequency outside of hearing range.