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CREATIVE LABS CRE#70SB156000000 Sound Blaster Omni USB
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Creative Sound Blaster X-Fi Go! Pro 24-bit 44.1KHz USB Interface Portable USB Sound Card
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gateway - gateway creativelab audio pci sound card 6001503
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E27 Deformable LED Garage Light 6500lm Waterproof Ceiling Lamp Lights Bulb USA
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Plantronics - 209751-101 - BLACKWIRE C3225 Type C
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Debco GF6553 Shoe Bag - All Black - 12 Pack
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USB 3.0 10/100/1000Mbps Gigabit LAN Cable Adapter RJ45 Connector Black
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pcchips atx form factor cable card 20 pin
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Mini Wireless Bluetooth Earbuds w/ Mic True Bass Twins Stereo In-Ear Earphones
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Creative Sound Blaster G3 16-bit/24-bit 96KHz USB Interface Portable External Console ...
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Pro Co Sound PCO-RAT2 Distortion Pedal for RAT2
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Articulng TV Wall Mount Tilt Swivel Extend Low Profile 22 23 26 27 30 LED LCD
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6 Channel 5.1 Optical SPDIF Sound Card USB Audio Output Adapter External for PC
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MAXELL - 190319-20PK
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Carburetor For Subaru Robin SP170 EX13 EX130 EX170 6 Engine Carb with gaskets
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dialogic/gammalink dialog/4 half size 4 port voice processing board
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External USB Sound Card Audio Adapter 3.5mm Stereo For Headset Mic PS4 Laptop PC
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XL Orthopedic Dog Bed Pillow Plush Sherpa Large Pet Lounger for Crate Foam Soft
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IOCrest 5.1 Channel PCI-e x1 Sound Card
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8-Sides CSP H11 H8 H9 LED Headlight Bulbs Kit 3500W 300000LM Mini Fog Lamp 6000K
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Questions to Ask When Shopping for a Sound Card

Introduction

Though motherboards sometimes have built-in audio capabilities, there are advantages to using a dedicated sound card. For users that require more than basic audio playback functionality, integrated sound cards sometimes lack beneficial features and have lower specifications. To help guide you through the technical details, NeweggBusiness answers several common questions about sound cards below.

What is signal-to-noise-ratio (SNR)?

SNR is a measurement used to determine sound clarity and is usually given in decibels (dB). The higher the SNR is, the less background noise there will be during audio playback. Compared to onboard audio devices, dedicated sound cards typically have higher SNR ratings.

Some sound cards have different SNR ratings for various input and output ports, so it is important to examine the SNR specifications for all ports. For example, a sound card may have a SNR of 110 for its head phone output, 120 for its auxiliary input, and 130 for its rear output.

What do I need to output surround sound?

To output surround sound from a computer system, there are two common methods. One is to use a sound card with a separate analog output for each surround channel. Another is to use a sound card with a digital output such as TOSLINK or S/PDIF.

If you plan to have the computer output the audio to an A/V receiver, then you will want a sound card equipped with either TOSLINK or S/PDIF output. However, if you want to output audio directly to the speakers and not use a receiver, you can use a sound card equipped with separate analog outputs for each channel.

What type of motherboard interface do sound cards typically use?

The three most common types of interfaces for sound cards are PCI, PCI Express®, and USB. From a performance standpoint, PCI Express and USB 3.0 are capable of faster data transfer rates than PCI. However, a sound card will rarely use the maximum data bandwidth of the PCI standard.

When adding a sound card to a desktop PC, you should consider which expansion slots are available and if they will be used in the future. For laptops, USB is the only option if you wish to add a discrete sound card.

What does sample rate mean?

Sample rate is a measure of the number of audio samples taken per second and is commonly rated in either hertz (Hz) or kilohertz (kHz). A higher sample rate means more audio detail can be played or stored. For example, a sound card that can output 192 kHz is capable of better sound reproduction than one that outputs 96 kHz. If the computer will be used for tasks that require very accurate audio reproduction, you should choose a sound card capable of high sample rates.