ROADM WSS component market is growing at a significant CAGR during the forecast period. ROADM (reconfigurable optical add-drop multiplexer) in a device used in the optical fiber network, it can automatically balance the wavelengths of the optical fiber across the network. ROADM can pass, block and redirect infrared beams and visible light beams of different wavelengths. These are used in systems which utilize wavelength division multiplexing. A WSS (wavelength selective switch) is an active component of ROADM which is used for wavelength switching. By using WSS a user can effectively change connectivity when needed by rerouting any wavelength from any port.
Browse the full report of "ROADM WSS Component Market Size, Share & Industry Analysis Report by Type (Blocker-Based ROADMs, Wavelength Selective Switches (WSS), PLC-Based ROADMs, and Edge ROADMs (ER)), by Node (Two-Node and Multi-Node), and by Application (Long Haul and Metro) and Forecast, 2019 –2025" at https://www.omrglobal.com/industry-reports/roadm-wss-component-market
Factors Driving Demand for ROADM WSS Component
In recent time, ROADM emerges as a preferred choice of technology for network service providers across the globe. ROADM helps the network providers by lowering cost of ownership and adding flexibility for various regional and core scenarios, hence contributing to the growth of the ROADM WSS component market. Moreover, by using WSS based ROADM providers are able to route various wavelengths to different nodes without installing additional devices and need for predefine traffic demand. These assist the network providers in significantly reducing time to market for new services. Additionally, WSS ROADM offers colorless ports by which increased flexibility are ensured and network providers can select a specific wavelength to add or drop at the node, it is significantly beneficial to traffic which is hard to predict or is expected to change often.
ROADM WSS component market is growing due to its multi-degree architecture which enables it to be deployed not only in chains and rings but also in meshes and multi-ring, these architectures were absent in previous generations. Additionally, ROADM’s enables the networks to be simplified due to the reduced number of transponders stocked in the warehouse. This, in turn, results in reduced cost and effort because set up of new wavelength in-network is less complex and requires less effort. Ultimately, this helps the companies in providing better customer satisfaction and increases customer retention too.
Another major factor is the increase in bandwidth requirement. As the bandwidth requirement is increasing WDM (wavelength-division multiplexing) has also been increased which was approximately 8-10 wavelengths and now is 48-95 wavelengths. This is challenging for network operators across the globe, as they now have to extend and modify their WDM networks by changing the wavelength path and adding new wavelength in the existing network. Due to this network operators are turning towards WSS ROADM. Additionally, the maintenance of the fiber plants is easier by using ROADM’s and it is significantly easier to perform potential upgrades and scheduled network maintenance.
Global ROADM WSS Component Market – Segmentation
Global ROADM WSS Component Market by Type
Global ROADM WSS Component Market by Node
Global ROADM WSS Component Market by Application
Global ROADM WSS Component Market -Region
North America
Europe
Asia-Pacific
Rest of the World
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