Visão geral do mercado

The global indoor DAS market is projected to reach $17.16 bilhão por 2031, crescendo em um CAGR de 11.66% during the forecast period of 2022-2031. This growth is driven by factors such as increasing mobile data traffic, the need for enhanced cellular capacity in public venues, improved coverage in buildings, and growing demand for enterprise mobility.

Indoor distributed antenna system (DAS) solutions are becoming increasingly important for indoor wireless connectivity in various settings, including offices, shopping complexes, and transportation infrastructure buildings worldwide. The demand for indoor DAS solutions has been fueled by factors such as growing mobile data traffic, the need for enhanced cellular capacity in public venues, improved coverage in buildings, and the demand for enterprise mobility. Traditionally, distributed antenna systems have been used to boost cellular coverage and capacity in venues like airports and commercial spaces.

The latest advancements in telecom technology are driving the indoor DAS industry into a new era. Buildings are being equipped with cutting-edge indoor wireless solutions to meet the growing demand for improved coverage and capacity indoors. Indoor DAS vendors are collaborating with telecom operators to develop, test, and launch new indoor DAS solutions worldwide, which is expected to contribute to significant market growth in the coming years.

The indoor DAS market is undergoing a transformation as end-users transition from legacy indoor DAS solutions (2G/3G/4G) to 5G indoor DAS solutions and from non-open radio access network (O-RAN) solutions to O-RAN solutions. The penetration of 5G technology has significantly increased across major markets in recent years (2020-2022), largely due to the collaboration between carriers and their partners in the telecom ecosystem, as well as government efforts to promote digital transformation.

Several factors are driving the indoor DAS market, including increasing user demand for enhanced indoor network coverage and capacity, rising mobile data traffic due to the popularity of video-based mobile applications, and advancements in indoor wireless network technologies.

Indoor DAS solution providers are investing heavily in R&D and partnering with other key stakeholders in the indoor DAS ecosystem to develop advanced solutions. With the growing demand for reliable indoor network coverage in commercial and residential buildings, the demand for indoor DAS solutions is expected to increase significantly in the coming years.

No entanto, there are also limitations to the indoor DAS market, such as challenges associated with designing and deploying indoor distributed antenna systems and complexities related to upgrading existing DAS deployments.

Segmentação de mercado

O mercado é segmentado com base em vários fatores, including application type, solution type, distribution system type, business model, user facility type, signal source, and region.

Segmentation by Application Type
Commercial Building
Hospitality
Government
Assistência médica
Educational Institute
Manufacturing and Warehouse
Transporte
Sport Venues
residencial

Segmentation by Solution Type
Hardware – Antenna Nodes/Radio Nodes, Donor Antenna, Bidirectional Amplifiers, Radio Units, Head-End Units, and Others.
Serviços – Installation Services, Pre-Sales Services, and Post-Installation Services

Segmentation by Distribution System Type
Active
Passive
Hybrid

Segmentation by Business Model
Carrier
Enterprise
Neutral Host

Segmentation by User Facility Type
>500K sq. ft.
200K-500K sq. ft.
<200K sq. ft. Segmentation by Signal Source Off-Air Antennas Base Transceiver Station Small Cells Segmentation Region North America Europe U.K. China Asia-Pacific and Japan Rest-of-the-World In 2021, the commercial building segment was dominant application type in indoor DAS market. This due to increasing need for fast reliable wireless coverage spaces such as offices shopping centers. The prominent types solutions include buildings, hospitality, government, healthcare, educational institutes, manufacturing warehouses, transportation, sports venues, residential buildings. Commercial especially complexes, require enhanced capacity accommodate high mobile data traffic resulting from higher footfall. With rollout of 5G services, demand buildings is expected remain highest compared other foreseeable future. The hardware dominated market terms solution primarily cost solutions. However, with upcoming launch non-ORAN between 2023 2024, services witness faster growth than segment. Currently, generates larger revenues, but service projected surpass it revenue introduction O-RAN increased adoption digital solutions. Hybrid 2021. These provide improved a cost-effective manner distribution system types, namely active passive DAS. categorized into active, passive, hybrid types. are preferred their ability meet needs at lower solutions, making them suitable various Over next decade, phase out major markets, while will experience significant growth. In business models, carrier generated revenues neutral host have models reduction capital expenditure (CapEx) offered model carriers' infrastructure. consists three models: carrier, enterprise, host. Carrier-owned>500K sq ft segment accounted for the highest indoor DAS revenues in 2021, mainly in commercial spaces, transportation infrastructure buildings, and sports venues that typically fall into this category. Active DAS solutions are expected to further increase revenue generation for the >500K sq ft user facility type in the coming years.

By signal source, the base transceiver station segment dominated the indoor DAS market in 2021 and is expected to maintain its dominance during the forecast period. No entanto, the small cells segment is projected to grow faster compared to off-air antennas and base transceiver stations due to the cost-effective indoor coverage solutions it offers. In the indoor DAS market, three signal sources are utilized: off-air antennas, base transceiver stations, and small cells. Base transceiver stations are primarily used for indoor DAS sites to meet the large capacity and coverage needs of users. As the deployment of indoor DAS solutions increases in venues with high capacity requirements, the base transceiver station segment will continue to generate the highest indoor DAS revenues among all signal sources.

North America was the dominant region in the global indoor DAS market in 2021. This can be attributed to the increasing penetration of indoor DAS solutions in public venues, growing demand for reliable network coverage in commercial and residential buildings, and the presence of leading global indoor DAS solution providers in the region. No entanto, China is expected to register faster growth compared to other regions during the forecast period. This growth is driven by large-scale deployments of indoor DAS solutions, increasing research and development (R&D), and a growing number of validation tests for advanced indoor DAS solutions conducted by indoor DAS solution providers in collaboration with leading telecom operators in the country.

The demand for indoor DAS solutions varies across regions depending on factors such as cellular subscriber numbers, growth of commercial building infrastructure, and adoption of 5G telecom technology. Em 2021, North America had the highest demand for indoor DAS solutions due to a large number of cellular subscribers and rapid growth of commercial building infrastructure. The adoption of 5G telecom technology is also increasing significantly in other major markets such as China, Japão, and India.

Cenário competitivo

The selection of profiled companies was based on inputs obtained from primary experts and an analysis of company coverage, product portfolio, and market penetration.

The indoor distributed antenna system (DAS) market is primarily led by three key players: CommScope Inc., SOLiD, and Sunwave Communications Co. Ltda. These companies collectively held approximately 55% da quota de mercado em 2021, while the remaining players accounted for around 45% of the market share.

Key companies profiled in this report include CommScope Inc., Comba Telecom Systems Holdings Limited, Corning Incorporated, Zinwave, Sunwave Communications Co., Ltda., Fujitsu, Mavenir Systems, Inc., Airspan Networks Inc., SOLiD, JMA Wireless, Boingo Wireless, Telefonaktiebolaget LM Ericsson (Ericsson), Nokia Corporation, ZTE Corporation, Huawei Technologies Co., Ltda., Samsung Electronics Co., Ltda.

Desenvolvimentos recentes da indústria

In November 2021, an agreement was announced between JMA Wireless and Kyocera Corporation to collaboratively develop a 5G millimeter-wave backhaul system.

In August 2021, BAI Communications selected SOLiD to provide DAS solutions in the London Underground.

In July 2021, Comba Telecom Systems Holdings Limited successfully deployed its ComFlex Pro solution to assist 3 Hong Kong, a mobile network operator, in expanding and enhancing its indoor network coverage for 5G.

In October 2020, Comba Telecom Systems Holdings Limited initiated various technology validation and trials for open-radio access network (O-RAN) with leading operators across Europe, Ásia-Pacífico (APAC), Middle East and North Africa (MENA), Austrália, and other regions.

Em fevereiro 2019, CommScope Inc. and INWIT entered into a collaboration agreement aimed at improving mobile connectivity solutions in crowded venues and historical landmarks in Italy. Under this agreement, CommScope installed its fully digital cloud-RAN (C-RAN) antenna systems for several multi-operator projects throughout Italy.

Principais perguntas respondidas

What are the key factors and trends influencing the indoor DAS market?

How are existing players in the market improving or maintaining their market positioning, and what strategies are new players adopting as they enter the market space?

What are the different market segments based on application type, solution type, distribution system type, business model, user facility type, and signal source? How are these segments expected to perform in the coming years?

What are the latest developments in various countries around the world regarding the development of indoor DAS solutions, and what are the consumption patterns in these countries?