Multi-purpose Communications to Enhance Fan Experience at Connected Stadiums

Path-breaking innovations in multi-purpose communications are steering growth of the distributed antenna system (DAS) market. Since sports is one of the key sources of entertainment for individuals, manufacturers in the market for distributed antenna systems are increasing efficacy in multi-standard and multi-technology resources to give rise to technologically-sound stadiums. Currently, stadiums & arenas segment dominate the highest revenue among all end users in the distributed antenna system market. This end user segment is expected to reach a value of ~US$ 2.3 Bn by the end of 2020. Hence, manufacturers are increasing R&D to deploy high-density Wi-Fi mobile coverage to enhance fan experience.

Companies in the distributed antenna system (DAS) market are deploying multi-operator and multi-technology resources in building designs to accommodate various elements of the mobile operator’s equipment. Thus, vendors are making this possible by increasing the availability of hybrid active/passive distributed antenna systems.

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Cloud Collaborations Unlock Potential of 5G Systems

The distributed antenna system (DAS) market is witnessing change with the introduction of cloud collaboration. For instance, in April 2019, in-building equipment and services provider Advanced RF Technologies, Inc., announced a cloud collaboration with heterogeneous network planning specialist Ranplan Wireless, through the Collaboration-Hub platform. Cloud collaboration is an innovative concept in the market for distributed antenna systems, which helps companies to gain greater control over their IP (Intellectual Property). Thus, access over network modeling and design software becomes easier for network engineers.

The trend of cloud collaboration is helping to strengthen public safety, especially in the transportation sector. As such, public safety DAS is projected for exponential growth during the forecast period. The public safety DAS segment of the distributed antenna system (DAS) market is estimated to reach a value of ~US$ 6.6 Bn by 2027. Manufacturers in the distributed antenna system (DAS) market are increasing the availability of wireless connectivity to unlock the potential of LTE and 5G systems. Proliferation of 5G and integration of IoT for in-building designs are key drivers that are catalyzing market growth.

Demand for Wireless Connectivity at Airports, Train Stations to Drive Market Growth

An increase of passengers has triggered the demand for distributed antenna systems. Growing demand for seamless mobile connectivity is another key driver for the growth of the distributed antenna system (DAS) market. Manufacturers are increasing their production capacities to meet the requirements of passengers at airports and train stations. Among end users, the transportation segment of the distributed antenna system market is estimated to reach a value of ~US$ 2.4 Bn by the end of 2024.

Growing need for wireless connectivity to meet voice, data, and text messaging is catalyzing the demand for distributed antenna systems. Moreover, robust cellular coverage is becoming increasingly mainstream in developed economies of North America. In addition, this trend is gaining popularity in countries of Asia Pacific, since the region is anticipated for exponential growth during the forecast period. Solid cellular coverage plays a vital role in ensuring public safety. Hence, government organizations are increasingly installing DAS for various modes of public transportation.

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Iterative Algorithms Overcome Limitations of Multi-antenna Communications

Wireless communications have become a necessity in several end markets. In order to meet the needs of growing users that rely on wireless connectivity, manufacturers in the distributed antenna system (DAS) market are increasing their efficacy in multi-antenna communications. The market is largely consolidated with six leading players accounting to more than ~60% of the market share. This poses as a challenge for emerging players to innovate in multi-antenna communications due to the lack of capital and expertise in the domain.

Companies in the distributed antenna system (DAS) market are adopting optimal transit strategies to ensure uninterrupted wireless connectivity. However, the issue of per-antenna power constraints in point-to-point multiple-input single-output (MISO) and multiple-input multiple-output (MIMO) channels with joint sum poses as a challenge for manufacturers. Hence, companies are experimenting with efficient iterative algorithms to overcome the limitations of power constraints in practical systems.

Moreover, manufacturers are tapping into opportunities to integrate 5G networks with IoT in smart city environments. Paradigm shifts in urban ecosystems with rural population transitioning toward suburban and urban areas is another driver for market growth.