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Free High Quality Passenger WiFi Can Boost In-Flight Entertainment Services, says Juniper Research

Free High Quality Passenger WiFi Can Boost In-Flight Entertainment Services, says Juniper Research Image Credit: FoxysGraphic/Bigstockphoto.com

Increasing adoption of in-flight entertainment and connectivity systems by airlines and private aircraft operators will drive annual service revenues from an estimated $3.7 billion in 2018 to over $8.4 billion by 2023, according to a new study by Juniper Research.

The research found that systems installation by Low Cost Carriers is a driving force behind this growth. In an extremely competitive environment, commercial airlines such as easyJet are utilising these systems to differentiate the passenger experience.  

The new research found that airlines are increasingly adopting wireless streaming to passenger devices, with penetration in commercial aircraft in West Europe reaching 31% by 2023, up from 23% in 2018.

Juniper foresees that the greater cost efficiency of these systems, compared with seatback systems, will enable the increased Low Cost Carrier deployment. Offering entertainment services in the budget segment removes a crucial differentiator for more traditional airlines, meaning that these airlines need to innovate in order to maintain success. 

Juniper recommended that one area in which they can do this is free, high quality passenger Wi-Fi.

With connectivity becoming a standard aircraft feature, Juniper predicted that the number of connected aircraft will grow by 118% between 2018 and 2023, with over 34,000 commercial and business aircraft outfitted by 2023.

Improved aircraft connectivity will be leveraged to gain service efficiency owing to predictive, more efficient maintenance, with IoT sensors utilised to reduce manual maintenance tasks and improve aircraft safety; allowing improved margins for airlines.

Nick Maynard, Research Author
Operational use cases and the significance of the IoT is driving innovation in the satellite sector. Increased demand can be used by satellite operators to justify high capital expenditure required to build new systems, such as HTS (High Throughput Satellites) and S band services.

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Author

Executive Editor and Telecoms Strategist at The Fast Mode | 5G | IoT/M2M | Telecom Strategy | Mobile Service Innovations 

Tara Neal heads the strategy & editorial unit at The Fast Mode, focusing on latest technologies such as gigabit broadband, 5G, cloud-native networking, edge computing, virtualization, software-defined networking and network automation as well as broader telco segments such as IoT/M2M, CX, OTT services and network security. Tara holds a First Class Honours in BSc Accounting and Finance from The London School of Economics, UK and is a CFA charterholder from the CFA Institute, United States. Tara has over 22 years of experience in technology and business strategy, and has earlier served as project director for technology and economic development projects in various management consulting firms.

Follow Tara Neal on Twitter @taraneal11, LinkedIn @taraneal11, Facebook or email her at tara.neal@thefastmode.com.

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