Speaker Cables

Speaker cable assemblies are pre-assembled cables that have been specially developed for the transmission of audio signals from amplifiers to loudspeakers. These cables come with high-quality connectors such as Speakon, jack, banana or spade, which ensure a secure and loss-free connection. They offer excellent conductivity and are ideal for use in professional audio setups in the live area, in recording studios or for hi-fi applications.

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What are speaker cables?

Speaker cables are special cables that are used to transmit audio signals from an amplifier to speakers. They are a critical component of an audio system and play an essential role in sound quality, as they should transmit the signal clearly and without loss.

Speaker cables differ in several important aspects:

  • Thickness (AWG): A lower AWG value means a thicker cable that offers less resistance and is therefore better suited for longer distances.
  • Material: Common materials are oxygen-free copper (OFC) and silver-plated copper. OFC provides excellent conductivity and durability, while silver-plated copper provides better high-frequency performance.
  • Length: The length of the cable influences the resistance; longer cables can lead to signal loss.

The preferred material for loudspeaker cables is often oxygen-free copper (OFC). It offers high conductivity and reduces signal loss. For high-end applications, silver-plated copper can also be used to improve high-frequency performance.

The thickness of the speaker cable plays a decisive role in signal transmission. It offers lower resistance, which is particularly important for long cable runs in order to minimize sound loss and distortion. The thickness of the cable is specified in mm² or AWG (the thicker the lower the AWG value) .

The length of the speaker cable should be as short as possible to minimize signal loss. Longer cables increase resistance, which can lead to a deterioration in sound quality. It is important to choose the length according to the requirements of the setup.

The price difference in speaker cables can be attributed to various factors, including:

  • Material quality: High-quality materials such as OFC or silver-plated copper.
  • Processing: Additional shielding and special connectors that improve signal transmission and increase durability.

Although standard cables can be used, it is recommended to use cables specially developed for loudspeakers. These are optimized for the requirements of high currents and low signal distortion and offer better sound quality.

Shielding for speaker cables is often less critical than for other audio cables as they usually carry a strong signal. However, good shielding can be useful for longer cables or in environments with high electromagnetic noise to maintain signal purity.

To install speaker cables correctly, the following steps should be observed:

  • Ensure that the cables are firmly seated in the connections: Do not allow any loose connections.
  • Observe correct polarity: Positive and negative connections must be connected correctly to avoid phase problems.
  • Tidy cable management: use cable ducts or cable ties to lay cables neatly and securely.

The most common mistakes when using speaker cables are:

  • Incorrect connection: plugging the cable into the wrong connection or not plugging it in firmly enough.
  • Use of cables that are too thin: Thin cables have a higher resistance and can impair the signal quality, especially over longer distances.
  • Insufficient shielding: Use of poorly shielded cables that are susceptible to electromagnetic interference. (in critical environments )
  • Damaged cables: Use of cables with visible damage that may impair the signal quality.
  • Neglecting maintenance: Not cleaning and checking the cables regularly, which can lead to long-term problems.

To maximize the effectiveness of your speaker cables, you should:

  • Use high-quality cables: Invest in high-quality cables that are well made and well shielded.
  • Choose the right length: Use cables that are only as long as necessary to minimize signal loss.
  • Select the correct cable cross-section: A larger cross-section can reduce resistance and improve signal quality.
  • Regular inspection: Check the cables regularly for damage and replace them if necessary.
  • Tidy cable management: Keep the cables tidy and free of knots to avoid signal interference.
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  • Weight
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  • pa_abmessungen
  • Amp Class
  • No. of analogue outputs
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  • Propagation speed
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  • Farad Core to Core
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  • Overall diameter
  • Height in cm
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  • Jacket
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  • pa_leiterquerschnitt
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  • Max. Sampling rate
  • max. Bitrate
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