DarkRadeon
New Member
[ALC8800 HDAudio] Headphone virtualization = audiodg up to 20% CPU load on 4800+ x2?
Hi Everyone. It's normal that with Headphone virtualization enable the audiodg.exe process take up to 20% (10%-16% on the average) CPU load? (I have an "old" 4800+ x2 s939). This happend on any type of media format (MP3, AVI, MKV etc..)
My audiocard is an Realtek HD Audio ALC880 (on an Sapphire PC-A9RD580)
The driver version is R2.07 (R2.08, R2.09, R2.10 and R2.11 give me this problem: http://www.vistax64.com/sound-audio/64250-new-realtek-hd-audio-driver-update-51.html#post913702)
PS: sorry for my crappy English.
Hi Everyone. It's normal that with Headphone virtualization enable the audiodg.exe process take up to 20% (10%-16% on the average) CPU load? (I have an "old" 4800+ x2 s939). This happend on any type of media format (MP3, AVI, MKV etc..)
My audiocard is an Realtek HD Audio ALC880 (on an Sapphire PC-A9RD580)
The driver version is R2.07 (R2.08, R2.09, R2.10 and R2.11 give me this problem: http://www.vistax64.com/sound-audio/64250-new-realtek-hd-audio-driver-update-51.html#post913702)
PS: sorry for my crappy English.
Attachments
My Computer
System One
-
- CPU
- AMD Athlon 64 4800+ X2 @2.40GHz @1.30 Vcore
- Motherboard
- Sapphire PURE CrossFire PC-A9RD580
- Memory
- 4*1 DDR400 PC3200 Team Elite (2.5-4-4-8) @ dual channel
- Graphics card(s)
- Sapphire ATI Radeon 3870 HD 512MiB GDDR4 @805-1156
- Sound Card
- CreativeLabs SoundBlaster Audigy 2 Value (@ Daniel_K driver)
- Monitor(s) Displays
- Samsung SyncMaster T260 (+ Fujitsu Siemens SCALEOVIEW C17-2 @ secondary)
- Screen Resolution
- 1920*1200 (1920*1200+1280*1024 @ dual monitor)
- Hard Drives
- Hitachi Sata-2 HDP725032GLA360 (298GiB) Hitachi Sata-2 HDP725050GLA360 (465GiB)
- PSU
- XILENCE Gaming Edition 750 Watts modular
- Case
- Cooler Master Mystique 632
- Cooling
- Scythe NINJA PLUS Rev.B + 2*Noctua NF-S12-1200
- Mouse
- Razer Lachesis Phantom White
- Keyboard
- Microsoft Wireless Multimedia Keyboard 1.1
- Internet Speed
- 13.2Mbps (1.65MiBps) Download, 1Mb(512KiBps) Upload