A guide to the most common audio cables

Working with audio equipment can be confusing, especially when it comes to connecting instruments and hardware.

So, let’s go over some of the most common audio cables used in music production.

What’s the right wire for the job and what sets them apart from one another? We’ve rounded up some of the most widely-used audio cable types along with tips on using them to help you feel more comfortable in the studio or recording at home.

Analog audio cables

The vast majority of audio cables carry sound using a continuous electrical voltage, which is what makes them analog in nature. Before we even get into the specific types of analog cables, you’ll want to know a bit more about the audio signals they can transmit. Analog cables fall into two main categories: balanced and unbalanced. Unbalanced cables have only two wires inside (a ground wire and a positive wire) which makes them more susceptible to outside interference and noise, especially as the cable length increases. Balanced cables, on the other hand, have three wires (a ground, positive, and negative wire) which allow for the removal of unwanted noise.

One way to deal with the limitations of unbalanced cables is to use specialized hardware like a DI box to convert unbalanced audio into balanced audio. This will keep the sound quality high over longer distances.

Below, let’s explore some of the most common analog cables.

TS (“tip-sleeve”)

Image of TS (“tip-sleeve”) audio cables
  • TS cables always carry unbalanced signals (due to the two wires mentioned earlier) so you’ll want to keep the cable length short or use a DI box
  • They’re usually ¼ of an inch wide and can be identified by the single rubber ring near the tip of the connector
  • TS cables are mono, carrying a single channel of audio from instruments that produce unbalanced mono signals like electric guitars, effects pedals, and even some hardware drum machines or synthesizers

TRS (“tip-ring-sleeve”)

Image of TRS (“tip-ring-sleeve”) audio cables
  • TRS cables can carry a balanced mono signal, or a balanced stereo signal if you use a pair of cables for the left and right channels
  • They’re often ¼ of an inch wide like their TS counterparts, and can be identified by the two rubber rings on the metal connector
  • TRS cables can also carry an unbalanced stereo signal if you use just one cable, with smaller ⅛-inch versions being common for connecting headphones to a computer or phone

TT (“tiny telephone”)

Image of (“tiny telephone”) audio cable
  • Also known as bantam jacks, these cables are slightly thinner versions of the ¼-inch TS / TRS cables above
  • They’re commonly used in recording studio patchbays or patchboards to quickly route audio between many different pieces of gear


Image of XLR audio cables
  • XLR cables will always carry balanced signals, which means a nice clean sound even over long stretches of cable
  • Unlike TS and TRS cables, which can be pulled out by accident, these cables click into place
  • XLR is the connector of choice on most modern microphones, powered speakers, and even some instruments


Image of an RCA audio cable
  • RCA cables carry unbalanced signals and are usually paired up with a right (red) and left (white) channel to transport stereo audio
  • These cables are commonly used to connect turntables and mixers together for DJing, as well as a lot of consumer electronics like audio receivers and DVD players (they can also be used to transmit digital audio)

Digital audio cables

While the cables above are almost exclusively used to transmit analog audio signals, it’s also worth mentioning some of the most common digital connectors that you might find yourself using (or already do)!


Image of a MIDI cable
  • MIDI (musical instrument digital interface) cables carry musical data including pitch, velocity, panning, and tempo
  • This allows one device (like a computer or keyboard) to send digital signals and control the musical output of another device like a software or hardware synthesizer
  • MIDI can also be used to synchronize multiple devices so they all produce sound at the same tempo


Image of a USB cable
  • USB cables can be used to power portable electronic devices and transport data, including MIDI information and digital audio (ex. through an audio interface)
  • Many modern MIDI-enabled devices use USB cables instead of (or in addition to) the traditional five-pin connector above
  • Similar connectors to USB include Firewire and Thunderbolt

How many different types of cables do you use for making music? Are there any important ones we missed? Let us know in the comments below.

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September 9, 2021

Matteo Malinverno Matteo Malinverno is a New York-based music producer currently working on the Content team at Splice.