![]() It helps deliver data at higher throughput with lower signal degradation in long-distance deployments. Furthermore, fiber cables have a great potential for a larger bandwidth with a symmetrical upload and download rate in point-to-point connections. ![]() The fiber media converter allows its users to integrate a new device into the existing cable infrastructure with a substantial increase in network speed. A future-proof network system with improvised features Replacing the whole network infrastructure (from twist-pair cabling system to fiber optic system) is never a viable choice, while the fiber media converter offers an economical approach to upgrade the network speed by simply adding a supporting and supplementary device.Ģ. It makes a huge difference in elevating network performance in a budget-friendly manner. Additionally, considering the fiber cables do not conduct electricity, which makes them more applicable to situations where lightning is often present. As opposed to its counterpart, the optical transmission will never pose fire threats to the infrastructure. On contrary to the copper cables which transfer digital signals/electrical currents along the cable, fiber cables utilize light pulses to generate downstream signals for data transmission. A more reliable and cost-effective network connection and it can work with different types of cables such as coaxial cables, twisted-pair cables and single mode or multi-mode fiber optic cables depending on the design and manufacturers.ġ. The media converter supports a wide variety of data communication protocols like Ethernet, Gigabit Ethernet, etc. It’s universally acknowledged that the fiber optic cable is highly valued for its high speed in long-distance deployments, so the media converter is an essential tool to interconnect the fiber optic system with the copper-based network systems. Furthermore, it offers a cost-effective solution to upgrade the existing wiring configurations with a minimal impact on the older equipment. ![]() fiber optic cables and twisted pairs) by converting optical signals into electrical signals, and vice versa. Although they share some similarities (signal conversion), they are distinct networking devices applied in different situations.įiber media converters are straightforward networking devices to repurpose the existing network infrastructure, often utilized to create a connection between dissimilar media types (i.e. Along with the growing demand for higher bandwidth and long-distance data transmission, fiber media converter and Ethernet extender are introduced to retrofit legacy network systems and overcome the geographical limit of standard Ethernet (100m/328ft) at affordable prices for long-range deployments. High-speed internet has gradually progressed into a necessity in industrial and commercial applications.
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