This is essentially a ‘queue’ of audio samples which wait to be processed. To add a degree of protection against these dropouts, audio drivers utilize something called a buffer. However, if audio drivers don’t process the audio quickly enough then you’re left which a chunk of silence which depending on the severity of the chunks can be heard as crackles or pops. If a document being sent to the printer isn’t processed by the drivers quite on time then you are very unlikely to notice this. However, here at Audient, the drivers we care about most are Audio Drivers as this allows us to send and receive audio from our Audient interfaces to our computers for recording, processing and mixing.Īudio drivers are somewhat different to the examples above as it is time sensitive data. This could be a mouse moving a pointer on screen or a computer sending a document to a printer. As a computer’s Central Processor Unit (CPU) only has a finite amount of processing power, drivers will work with the Operating system to help cue jobs up ready to be processed by the processor when there’s a free slot in the CPU’s time. Taking data from a device and processing it so that the computer can use it or vice versa. Well for those of you who don’t know what they actually do, this is the article for you!ĭrivers are pieces of software that allow the computer to communicate with peripherals connected to your computer. We install them once and then move on, forgetting how important they actually are. Drivers are something that most of us seem to glance over.
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