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Do You Really Need a Discrete Sound Card?
crookedvulture writes "Integrated audio has become a common freebie on motherboards, causing many to question whether there's any need to have a sound card. Tech Report took a closer look at the issue by testing the latest integrated Realtek codec against a couple of sound cards: Asus' $30 Xonar DG and its considerably more expensive $280 Xense cousin. Everything from gaming performance to signal quality is explored, and it's the blind listening tests that prove most revealing. The integrated solution is obviously flawed, and in a bit of a surprise, the cheaper Xonar is the one most preferred. Discrete sound cards certainly have their benefits, and you don't need to spend a lot to get something that sounds a lot better than the average motherboard."
Built in motherboard sound cars always sound horrible.
Most integrated sound cards broadcast your electricity and network signals over your sound card.
I don't.
But I don't do anything that revolves around audio.
Of course 99.5% of the people who claim to be audiophiles and claim they can 'tell the difference' don't need one either. Its just a different type of epenis.
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People like vinyl better than digital audio sometimes. This isn't new. Leave discrete cards to us professionals and audiophiles. You iPod earbud wearing types, feel free to use integrated stuff. It's much better than it used to be. It's not external, but anymore it doesn't need to be. It's "good enough". Why is this a debate?
My motherboard has optical SPDIF in and I'd never use a DAC in the PC environment, it's just too noisy. If you need high quality DAC you need to do it in a breakout box so you're either looking at a midlevel USB/Firewire card or a high level PCI(e) card. As to sample rate conversion does SB still incorrectly do automatically upscale on incoming SPDIF?
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used to spend $250 or so on a sound card in the old days but in the last few years the onboard chips have become good enough. the worst part about the old Audigy cards was you had to install all the crappy software that most people didn't use
I prefer language to be understandable in both its written and spoken forms. Asus' may show the possessive form when written down, but spoken you lose that information. Asus's is clearly possessive in both written and spoken form. I also think Asus's looks better.
The main reason to get a discrete card is the noise. Onboard audio always puts out white noise to the speakers, which you really can hear in a quiet environment. My Xonar D2X puts out no noise at all; you can put your ear right to the speaker and hear nothing. This way I can leave the speakers on instead of having to turn them on each time I want to watch a movie and turn them back off again to avoid the damn noise grating on my ears. The card's sound quality is excellent and Linux fully supports it.
And that is why, at a recent AES conference there was a great little speech given about how Audio is the only industry that eats its young. If it doesn't matter to the average consumer how it sounds, than we will progressively get worse and worse quality audio considered passable. It's sad enough that people are preferring the sound of MP3s and most have never heard music on anything better than crappy cheap earbuds or, at best, a poorly configured home theater system, yet they claim to love their music.
If I had a nickel for every time I've sat someone down in front of a decent quality sound system (think $500 system, counting receiver and speakers or receiver and headphones) and played them an album that they, "know inside and out" and they find something new that they've heard before, I would be able to afford the amazing speakers that a friend works with. Let's be honest, as long as people consider iTunes 128 kbps AAC to be, "High Quality" and 256 kbps AAC to be, "Highest Quality" with 128 MP3 being acceptable, it doesn't matter how expensive your soundcard is, it won't sound good.
"Don't meddle in the affairs of a patent dragon, for thou art tasty and good with ketchup." ~ohcrapitssteve
PC audio testers always forget to test for the influence of power supply on output noise. I noticed simply changing the power supply makes a big difference to the output noise level. Also some ventilators and other PC components draw current in bursts so there are nice clicks on transitions. This will affect both on-board sound and internal audio cards. I can tolerate a few decibels of white noise, but I don't like to feel like a doctor listening to PC internals. So I'd like to know how an audio component performs in worst case power supply scenario.