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So, my question is with all the advanced onboard sound on the motherboard, why do need a discrete sound card?
If you use an external receiver for speakers/headphones, a sound card is a waste of money. Just run a digital cable (optical or coaxial) from the motherboard to the receiver.
Lots of motherboards now available support DD and DTS:C, but I agree that HDMI via a capable video card to receiver is better. It's what I use: GTX 580 --> receiver.That only helps if the onboard solution supports Dolby Ddigital Live or DTS: Connect, which most don't, otherwise you are just getting 2 channel audio (fine unless you are gaming, I guess). A better option is to use HDMI, assuming your video card and receiver can support it.
Lots of motherboards now available support DD and DTS:C, but I agree that HDMI via a capable video card to receiver is better. It's what I use: GTX 580 --> receiver.
How do you use the gtx 580 as a sound card? Thanks.
If you use an external receiver for speakers/headphones, a sound card is a waste of money. Just run a digital cable (optical or coaxial) from the motherboard to the receiver.
Lots of motherboards now available support DD and DTS:C, but I agree that HDMI via a capable video card to receiver is better. It's what I use: GTX 580 --> receiver.
So, my question is with all the advanced onboard sound on the motherboard, why do need a discrete sound card?
Are you running that Sempron 145 with integrated audio? Doesn't that use some of the cpu?
No prob... I had the 580 connected to the monitor via DVI, and connected to the receiver via HDMI.So are you running 1 HDMI from your 580 to your receiver and then another connection from your 580 to your monitor?
Sorry I've just recently thought about trying this but have not found a good source of reference yet.
No prob... I had the 580 connected to the monitor via DVI, and connected to the receiver via HDMI.
Yeah, I added the sound card because I have some weird audio problems whenever I try to use a second monitor with my system. Kinda hard to explain, but every time I switch to dual monitors, the HDMI audio shuts off. I asked EVGA about it, but they were at a loss to explain. They did note that the audio drivers have been reported to cause goofy configuration problems for a lot of people. I now just use the 580 for video on my 2 monitors. If I were only using a single monitor I'd have stayed with the 580's HDMI audio.hmm interesting - so you're still pushing 2560x1600 - do you frame rates take any kind of a hit because of the audio you're pushing out through your vid card?
and I notice in your sig you have an Omega sound card listed - why the sound card when you're handling the audio through the HDMI to your receiver?
I assume it's got some great results?
Thank you!!!!!!!!!!!! That's EXACTLY what was happening. I spent 2 days going back and forth with EVGA trying to fix this problem. We couldn't figure it out, but your explanation makes perfect sense as my main monitor is 2560x1600. Since going with the sound card, I've had no problems running dual monitors and having great audio.The normal configuration for HDMI is Video Card -> Receiver -> Monitor/TV but alot of receivers won't passthrough a higher resolution than 1080p (1920x1080) which is most likely why Mr. Wolf needs to connect the receiver seperately. Problem with this is that sometimes the receiver will present a nonexistant display to the video card as well assuming there's a monitor downstream from it, which can confuse your multidisplay setup. I don't know how to fix it though Not an issue if your monitor is 1080p afaik.
The normal configuration for HDMI is Video Card -> Receiver -> Monitor/TV but alot of receivers won't passthrough a higher resolution than 1080p (1920x1080) which is most likely why Mr. Wolf needs to connect the receiver seperately. Problem with this is that sometimes the receiver will present a nonexistant display to the video card as well assuming there's a monitor downstream from it, which can confuse your multidisplay setup. I don't know how to fix it though Not an issue if your monitor is 1080p afaik.
The normal configuration for HDMI is Video Card -> Receiver -> Monitor/TV but alot of receivers won't passthrough a higher resolution than 1080p (1920x1080) which is most likely why Mr. Wolf needs to connect the receiver seperately. Problem with this is that sometimes the receiver will present a nonexistant display to the video card as well assuming there's a monitor downstream from it, which can confuse your multidisplay setup. I don't know how to fix it though Not an issue if your monitor is 1080p afaik.
Yah this is exactly what I was wondering -so does this mean you will see a frame rate hit when using the HDMI out for audio? (I would suspect so...)
that's why I gave up on using HDMI audio, no one could come up with a solution to it...
my receiver would show up as a second display and it was impossible to disable the actual display part of it while passing only audio
A discrete sound card uses less CPU resource, therefore freeing the CPU to do other stuffs more efficiently, correct?
With today's CPUs that isn't really much of a factor.
Only thing I'd add about onboard digital is be certain it has DDL and/or DTS capability if you want to run surround sound through an external receiver. Otherwise, onboard just sends stereo (2.0) to the receiver.It isn't a factor at all. In fact it hasn't been for a long , long time (think late to mid 90's).
Bottom line , Onboard is very basic and for analog output inferior by far versus Discrete solutions. However if you use Onboard for digital output (via optical/coax) then it doesn't really matter. There are people of course , that are convinced that there is a difference in sound from a Discrete digital output and Onboard digital output yet there isn't any proof as such. Once information is converted into digital form its 0 or 1 and that's it.
If you want a high end sounding setup , buy Discrete or output Onboard digital to an external DAC (which is the best option). If you don't give a shit and just want audio , use Onboard.
Only thing I'd add about onboard digital is be certain it has DDL and/or DTS capability if you want to run surround sound through an external receiver. Otherwise, onboard just sends stereo (2.0) to the receiver.
Only thing I'd add about onboard digital is be certain it has DDL and/or DTS capability if you want to run surround sound through an external receiver.
in all cases does an external DAC mean you are talking about a receiver? Would there be anything else to consider using other than a receiver?