To increase the capacity of antennas and improve the quality of network services in specific network areas, companies are using Long Term Evolution (LTE) as a powerful tool. LTE service is limited by capacity of the network antenna because of technical issues such disposition of network antenna which creates crippling noise and network interference. If the network antenna is not in proper position, it creates noise and interference in network signals. If the network antenna’s beam is precisely and accurately positioned, the performance of the antenna and interference can be enhanced and can be easily managed by the service provider. For a network service provider it is impossible to invest money on manpower and time to set the antenna’s position manually every time.
RET controller is a cost effective and time saving solution that helps in setting up the network antenna’s position in the required stage. RET controller enables the service provider to control, maintain, and optimize the network antenna’s position from anywhere without a site visit. Some of the advantages of the RET controller are that it reduces human error with computer controlled accuracy and also prevents pattern blooming which is common with mechanical tilt. It also helps the service provider to respond quickly to changing traffic needs according to the area’s network consumption. RET controller is mainly used to maximize the capacity network antenna and enhance the call quality of LTE services of the service provider.
Growing demand for cost effective and time saving solutions to set the antenna’s position and to improve the quality of the signal with noise reduction in minimum time are driving the growth of the RET controller market. RET controller requires supporting products such as smart bias tees, junction boxes, control cables, lightning protection unit, and grounding kits for its installation and better functionality. Several manufacturers provide the rack mount controller which provides the centralized control and alarm monitoring in the network antenna system.
This technology upgrade is setting a new trend in the RET controller market. Many start-ups are entering the RET controller market due to its increasing demand. Advance RET controller technology solutions enable the network alterations that are carried out irrespective of weather conditions. There is no reduction in coverage area of the network and thus the network antenna can be fully operational while changes are being made.
The RET controller market can be segmented based on application, end-user, enterprise size, and geography. Based on application, the RET controller market can be segmented into wireless mobility, data center, and wireline networks. Further, wireless mobility can be categorized into in-building wireless, macro cell sites, and metro cell site. Metro cell sites can be expected to generate more revenue in the coming years. Data center can be categorized into enterprise data center, service provider data center, and cloud provider data center. Based on end-user, the RET controller market can be segmented into government, media and entertainment, aerospace and defense, IT & telecom industry, and manufacturing. In terms of enterprise size, the RET controller market can be segmented into small & medium enterprise and large enterprise.
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By geography, the global RET controller market is segmented into Europe, North America, South America, Asia Pacific, and Middle East & Africa. North America is expected to be the highest revenue generating region in the RET controller market because of the presence of some of the leading companies of RET controllers operating in this region. Asia Pacific is expected to be the fastest growing region in the market because of increasing number of media and entertainment companies and significantly growing adoption of technological advancement in network and transmission systems.
Key players operating in the RET controller market include CommScope Inc., Amphenol Antenna Solutions, Kathrein Inc., TESSCO Technologies, Inc., TELNET Redes Inteligentes S.A., Infinite Electronics International, Inc., RET Automation Controls, and Talley Inc.
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