Main strengths of fiber optics .
Breaking down barriers to data transmission: area covered, speed and complexity. its design and incorporation is recommended in new buildings and those undergoing major remodeling.
It turns out to be the best technology for connecting points over long distances.
Fiber optics is used to transmit data in the form of light pulses through glass or plastic fiber strands.
Each strand is about the same diameter as a human hair, and when several are bundled together in a fiber optic cable, it allows data to be transmitted quickly and over long distances.
The main uses are to provide access to services with high data traffic in homes and businesses. Some of these are: high-speed Internet, telephone and TV services. And when complemented with high-speed wireless WIFI 6 services, it enables the incorporation of online artificial intelligence tools. such as: autonomous transporters, personalization of customer screens with facial recognition, among many other surprising services.
Fiber optic cables
A fiber optic cable contains a few to hundreds of optical fibers inside a plastic sheath. They transfer data signals in the form of light for hundreds of miles significantly faster than traditional electrical cables. And because fiber optic cables are non-metallic, they are not affected by magnetic interference (i.e., weather conditions), which in metallic cabling can reduce transmission speed. Fiber cables are also safer because they do not conduct current and therefore cannot generate sparks.
The broadest coverage
- Perfect for use in homes, office buildings, factories, shopping malls, schools and other formats
- Covers several tens of square kilometers
The complex structure of the data network
- Integrated cabling: data, voice and video (triple play)
- Intelligent: video, video intercom, traffic barrier, etc.
High bandwidth, low latency
Traditional campus networks are costly and difficult to manage, but the digital age requires continuous network growth and expansion.
The fiber optic solution addresses these challenges directly. From companies to educational institutions, power companies, traffic management systems, hotels and hospitals.
The fibers reach directly to the access points to reduce end wiring, offering high bandwidth and low latency. The hub-and-spoke architecture simplifies the network, improves operations and maintenance (O&M) efficiency, provides future-oriented evolution capabilities and protects the company’s investment.
