Planet Technology’s Industrial Media Converters support both multimode and single-mode fiber to help build flexible deployments. The standard core-cladding ratio of multi-mode fiber measures between 50 to 125 microns allowing emitted light pulses greater space to scatter. Multi-Mode fiber comes in different sizes and specific to network requirements. Single-mode fiber, with its smaller core, can focus light pulses in a more direct pathway helping it achieve greater distances and faster speeds. Single-mode fiber is able to support longer distances due to its smaller core, which can measure between 8 to 10.5 microns (μm) and has a core to cladding ratio of 9μm to 125μm. Fiber media converters can achieve up to 55 meters using multi-mode fiber and up to 30 km using single-mode fiber. Most in-building network installers or system integrators utilize fiber media converters such as Ethernet extenders to surpass Ethernet’s 100-meter Ethernet limitation.
#Fiber to ethernet media converter full
This post expands the explanation of how both single-mode and multi-mode fiber media converters work, so your team can take full advantage of their features.
#Fiber to ethernet media converter professional
With the multi-camera setups like the type used in professional football where robotics are deployed to integrate images and provide 3D coverage, multi-mode converters provide higher-density transmission for networks while also allowing data to flow in two directions.
Sending video over long distances isn’t the only capability that media converters facilitate. Any deployments surpassing 100 meters require network installers to deploy fiber media converters at both the source and destination of the network link and achieve long-distance connections with high transmission rates. IP surveillance cameras transmit high-resolution video data using Ethernet to a limit. How the Pros Deploy Fiber Media Convertersįiber media converters are ideal for the long-distance deployment of IP surveillance camera systems in remote, low-traffic areas. A fiber media converter is now an essential connector, harnessing the speed of fiber and the low power, single-cable deployment of Ethernet. That’s precisely why fiber media converters are no longer just a special purchase for on-the-scene news events like the Olympics. Business campuses, retail outlets, academic institutions and even the smart home are all places where fiber is proving a critical piece of the highly-functioning infrastructure. And, it’s not just the data center where these kinds of results are happening. Part of the attraction is the low latency, speed and distance available when fiber is introduced to a network configuration.
Bandwidth requirements of 10 Gbps and up to 40 Gbps and even 100 Gbps are becoming commonplace. The data center is a powerful example of the importance of fiber optic links and their vital role in transmitting data from an increasingly higher number of endpoints.
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