Fiber internet
It uses light waves to send data along fiber optic lines made of glass fiber into your location. Traditional internet technology that uses copper wires, like DSL and cable, loses signal strength over great distances, making it slower and more prone to congestion.
Benefits:
- High-speed internet and bandwidth. Fiber optics delivers fast data transfer rates, delivering symmetrical speeds with download and uploads ranging from 1 Gbps to 100 Gbps. Maintaining consistent speed without lag is critical for businesses with large data transfers.
- Reliable connections and less downtime. Fiber optics is resistant to weather-related issues and electromagnetic interference (EMI), unlike traditional copper cable systems, which are more susceptible.
- Better signal strength over longer distances. Optic networks are known for maintaining a strong signal strength even over far distances without degrading.. While attenuation and dispersion can impact transmission distance, most fibers can effectively transmit up to 62 miles.
- Enhanced data security. What sets fiber cables apart from traditional copper cables is their inherent resistance to electromagnetic interference. This makes them less vulnerable to hacking attempts and disruptions due to how they transmit data through light pulses.
- Provides superior protection against DDoS attacks due to its higher bandwidth and more resilient network infrastructure.
How does it works?
Internet delivered through glass or plastic fibers and light waves. As pulses of light move down the cables, the data gets converted into electrical signals and sent to your device. Fiber optics delivers fast, high-speed internet at two-thirds the speed of light without interference.