Applications where remote powering of devices that must be electrically isolated from a power supply can benefit from a technology called _____.

Power over Fiber (PoF) is a technology that enables the remote powering of devices through optical fibers, allowing for electrical isolation from the power supply. This is especially beneficial in applications where traditional wiring might pose safety risks, where electromagnetic interference could be a concern, or where devices need to be situated in hazardous environments. By transmitting power optically, PoF eliminates the need for copper wires and inherently provides isolation, which enhances safety and reliability in a range of applications such as telecommunications, industrial automation, and remote monitoring.

Wireless Power Transfer, while a relevant technology, does not provide the same level of electrical isolation through fiber optics specifically. Similarly, a Fiber Integrated Power Supply combines the features of fiber optics with integrated powering, but it may not directly address the aspect of isolation in the same way that PoF does. Coaxial Power Distribution generally relies on traditional electrical cabling and does not leverage the benefits that fiber optics provide in terms of distance and safety.

Overall, Power over Fiber is ideal for applications where maintaining electrical isolation is crucial, effectively ensuring that devices receive power without the risks associated with direct electrical connections.