Wireless communication serves as a focal point for business development, and wireless test equipment end users such as network operators as well as service providers foresee significant opportunities in machine-to-machine (M2M) communication and long-term evolution (LTE) network infrastructure technologies.
The study found that while North America continues to offer significant opportunities for wireless communication testing and monitoring vendors, Asia-Pacific is fast-evolving into a hotbed for growth.
"While M2M and the Internet of Things are here to stay, the challenges associated with incorporating them are quite unique and therefore require inventive solutions for testing at every stage of the life cycle," said Frost & Sullivan Measurement and Instrumentation Research Analyst Rohan Joy Thomas. "Respondents rated interoperability as the most significant challenge, and one that will be compounded by the proliferation of M2M communications and heterogeneous networks."
Innovative solutions are also necessary to tackle issues stemming from the implementation of small cells, distributed antenna systems, big data analytics, self-optimising networks (SONs), cloud computing and virtualisation. With end users trying to bridge the gap between network monitoring capabilities and research and development (R&D), solutions that effectively bring field test capabilities closer to the lab environment will gain traction.
"Despite imminent difficulties, respondents noted that they expect a substantial rise in the deployment of SONs, big data analytics, virtualisation, software-defined networks and cloud computing by 2021," added Thomas. "Cloud computing, in particular, will surge ahead as end users look to further optimise IT operations in the global market."
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