Fiber optic cable requires a router

Fiber optic internet does not require a traditional modem, but a router is necessary to distribute the connection to your devices. Fiber optic internet uses an Optical Network Terminal (ONT) instead of a conventional modem.

The ON

T converts the light signals from the fiber optic cable into electrical signals that your router and devices can use, effectively bridging the fiber connection to your home network. Unlike cable or DSL, fiber transmits data digitally via light pulses, so a modem is not needed to convert analog signals. Role of a RouterA router is essential for creating a home or office network.

It manages data flow between your devices and the internet, allowing multiple devices to connect simultaneously. While you don't necessarily need a specialized fiber router, using one optimized for high-speed fiber connections ensures you can fully utilize the bandwidth and low latency that fiber provides. Key features to consider include: High-speed processing to handle large data transfersMulti-gigabit Ethernet ports for wired connectionsLow latency for gaming or video callsQuality of Service (QoS) to prioritize critical applicationsSetup OverviewFiber cable enters your home and connects to the ONT.

ON

T converts light signals to Ethernet and outputs them via an Ethernet port. Router connects to the ONT using an Ethernet cable, distributing internet to wired and wireless devices. For optimal performance, place the ONT near a power outlet and close to your router to minimize cable length.

Modern Ethernet standards like Cat 6 or Cat 6a are recommended to support high-speed fiber connections. In summary, while fiber optic internet bypasses the need for a traditional modem, a router is required to share the connection across devices and ensure efficient network performance. Choosing a router capable of handling fiber speeds will maximize your internet experience.