Which type of cable can help alleviate most EMI problems by separating low- and high-voltage?

The correct answer is high-performance UTP cable. This type of cable is designed to mitigate electromagnetic interference (EMI) by utilizing additional shielding and advanced construction techniques that improve its immunity to interference from nearby electrical sources. High-performance UTP cables are often made with higher quality materials and construction standards, which limit the impact of both external and internal EMI sources.

Separating low- and high-voltage systems is crucial in environments with a significant amount of electromagnetic noise. High-performance UTP cable can maintain more reliable data transmission by reducing the crosstalk and shielded interference that can occur when low-voltage data cables run parallel to high-voltage power lines. This alleviation of EMI problems allows for better performance in data transmission, making high-performance UTP suitable for complex installations where maintaining signal integrity is paramount.

Other types of cables may not provide the same level of protection against EMI. While coaxial cable can be effective for certain applications, it does not inherently include the same advantages in terms of flexibility for various voltage environments as high-performance UTP. Fiber optic cables are immune to EMI due to their use of light for data transmission rather than electrical signals, but they do not separate voltages in the way that high-performance UTP does. Standard U