In a nutshell, a Digital Signal Processor (DSP) takes an incoming signal, manipulates it based on mathematics, and outputs a result.
Read all the latest features, columns and more here. The importance of DSPs are evidently true within the current context of digital audio, where our computers can perform tasks that were usually relegated to physical hardware units such as compressors and recording consoles.DSPs are used anytime audio is processed in the digital realm which could be within a DAW, speaker, interface or even your phone.A Digital Signal Processor is a computer chip that manipulates incoming signals based on mathematical equations and outputs a result in real-time.In light of this, we’re taking a deep dive into DSP today, asking what it is, how it is being used and why it’s important. What makes all this possible are DSPs (Digital Signal Processors) which have become more and more necessary in the world of audio throughout the digital audio revolution. Universal Audio has been leading the charge in this respect but there are now a plethora of manufacturers creating interfaces with effects processing able to be printed onto incoming audio signals at zero latency. Within the modern age of recording, mixing and mastering, built-in DSP effects are becoming a more regular feature for audio interfaces. Words by Sam McNiece Exploring the computer chip that allows us to listen, manipulate and record audio in the digital sphere.
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