With the continuous progress of information technology and the expansion of application scenarios, the network's demand for higher bandwidth and faster transmission speeds is becoming more and more urgent. In the process of meeting this demand, Gigabit optical modules and 10Gb optical modules have attracted much attention as two important choices. In this paper, we will focus on the characteri

Many people may not know that the optical module is an indispensable part of all network connectivity deployments. The emergence of a product often corresponds to market demand, we usually come into contact with most of the optical modules can only meet the commercial data center network deployment, so how to meet the realization of large-scale industrial network deployment? In this case, industri

BiDi fiber, short for bidirectional fiber, is a type of fiber optic technology that allows data transmission in both directions on a single optical fiber. It utilizes two different wavelengths, typically one for upstream traffic and one for downstream traffic, thereby doubling the capacity of the existing fiber infrastructure. This is achieved through the use of BiDi transceivers at each end of th

Fiber optic technology has revolutionized the telecommunications industry by offering high-speed data transmission over long distances. At the heart of this technology are fiber optic cables, which use light to transmit data. This results in less signal loss, reduced interference, and faster data transmission compared to traditional copper cables. Among the different types of fiber optic cables, s

A “mode” is a beam of light that enters the fiber at a specific angular speed. Multi-mode fiber allows multiple beams of light to propagate simultaneously in the fiber, resulting in mode dispersion (because each “mode” of light enters the fiber at a different angle, they arrive at the other end at different times, a feature called mode dispersion.) The mode dispersion technique limits the bandwidt