The maximum length of a phono cable depends on a few factors, including the quality of the cable, the type of phono preamp you are using, and the noise floor of your system.
In general, you should keep phono cables as short as possible to minimize signal loss and noise. However, there are some cases where longer cables may be necessary.
- If you are using a high-quality phono cable: High-quality phono cables are less prone to signal loss than low-quality cables. This means that you can get away with using longer cables without sacrificing sound quality.
- If you are using a phono preamp with a high input impedance: Phono preamps with a high input impedance are less sensitive to noise than phono preamps with a low input impedance. This means that you can use longer cables without introducing as much noise into the signal.
- If you have a noisy system: If your system has a lot of noise, you may need to use shorter cables to minimize the amount of noise that is introduced into the signal.
The maximum length of a phono cable is typically around 10 feet. However, there are some cables that can be up to 25 feet long. If you need to use a longer cable than this, you may want to consider using a shielded cable.
Shielded cables are designed to protect the signal from noise. This can be helpful if you are using a long cable or if you have a noisy system.
If you are unsure how long of a phono cable you need, it is always best to consult with a professional. They can help you choose the right cable for your specific needs.
Here are some additional tips for choosing a phono cable:
- Choose a cable that is made with high-quality materials. This will help to ensure that the cable is less prone to signal loss and noise.
- Choose a cable that is the right length for your needs. As mentioned earlier, the longer the cable, the more likely it is to introduce noise into the signal.
- Choose a cable that is shielded. This will help to protect the signal from noise.
- Avoid using cheap cables. Cheap cables are often made with poor-quality materials and they can introduce noise into the signal.
