How can taikan help
your fiber network?

With the development of fiber-optics in the 1970’s and our entrance into the Information Age, Broadband technologies and networks have evolved and adapted in kind. Fiber Networks of today utilize Fiber Cable and Equipment to transmit, receive, amplify, and multiplex electrical and optical signals at high speeds.

Advancements in the field have enabled lower investment costs and increased the capabilities of optical fiber networks. Service Providers now have a plethora of options for their networks outside of existing cable infrastructures. Taikan’s focus on the future of Broadband enables us to keep pace with the growing demand for increased bandwidth and services.

Cost is a key consideration when implementing a Fiber Network; it is often difficult and costly to replace whole systems from copper wire to fiber. Hybrid Fiber Coax (Node+X) technologies enable service providers to supplement existing infrastructures for the benefits optical fiber brings, such as lower attenuation and higher data speeds.

As many infrastructures still utilize HFC systems; Taikan provides solutions to bridge the gap between legacy and future tech.

At the Headend, our RF Input, WDM, High Powered, and Standard Model Erbium-Doped Fiber Amplifiers deliver signals across varying distances to the Premise. Here, our RFoG Ready Fiber Optic Nodes bidirectionally converts Fiber signals to RF signals to distribute throughout a client’s premise, and are designed for applications including FTTH and HFC Architectures. We seek to ensure our products are future-proof against an always increasing demand for bandwidth capacity.

Due to its advantages over electrical transmission and the decline in production costs, optical fiber cables and equipment are largely replacing copper wire communications in new core networks around the world. Taikan’s Fiber Deep (Node+0) equipment, such as our Optical Node Units and Optical Line Terminals can be utilized in these newly established networks.

Advantages of a Fiber network