Distributed Antenna System Das Market | Contrive Datum Insights

Market Overview:

The Distributed Antenna Systems (DAS) Market Was Valued At USD 10.04 Billion In 2022 And Is Expected To Reach USD 25.03 Billion By 2030, At A CAGR Of 12.10% Over The Forecast Period 2022 - 2030.

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A Distributed Antenna System (DAS) is a group of antennas that are spread out over a certain area and are separated by space. They are used to improve wireless services, such as cellular and radio signals, that are already in place. With the help of antennas, RF signals are changed into digital signals and digital signals are changed into RF signals. Distributed antenna systems (DAS) are used to improve network coverage and capacity in places like concert halls, sports arenas, and auditoriums where there is a lot of demand for wireless network services but not a lot of use. DAS networks are deployed indoors or outdoors. A Distributed Antenna System (DAS) is a group of hardware parts, such as antennas, headend units, radios, and others, that work together to improve network coverage and connectivity with great efficiency.

The Distributed Antenna (DAS) market is the industry that designs, develops, deploys, and maintains wireless communication systems that use a network of antennas to send signals throughout a building or other enclosed space. DAS networks have a central hub or head-end that sends signals to a network of remote antennas strategically placed throughout the building to improve wireless coverage and capacity. DAS is a key technology for providing reliable wireless coverage and capacity in large indoor spaces like airports, stadiums, hospitals, shopping malls, and other public places where traditional cellular networks may struggle to provide adequate coverage. There are a lot of different players in the DAS market, such as system integrators, equipment vendors, service providers, and other parties involved in putting DAS solutions into place.

COVID-19 Impact:

The market for DAS parts in the public safety field has been hit hard. Different travel restrictions have a small effect on the Distributed Antenna System Market in this way. A distributed antenna system is very important because the number of people who get sick every day is going up because of the epidemic. Because of this, many health care organizations that work on improving internal communication need DAS equipment more and more. The best way to get the best cellular connection throughout a building is to use a system with antennas that are spread out well. So, the post-growth market COVID shows that things are stable.

Market Dynamics:

Market Trends:

• Digital Transformation of Business

Digital business transformation is becoming an important trend because it speeds up processes, makes them safer, and mostly improves the customer experience in the modern world. Businesses are getting better at managing, analyzing, and storing data by improving their IT infrastructure. Even though technology makes business easier, clients are getting better at using technology. Businesses use digital technologies to keep up with the growing demand for services based on cutting-edge technology. Businesses need more and more innovative network connectivity solutions for data transfer to keep their operations safe and secure as they change, which is driving market growth. Businesses use DAS technology to improve internal communication and connections for data transmission.

Driving Factors:

• Rising Demand for Enhanced Network Coverage and Need to Eliminate Connectivity Gaps in Buildings

Users of mobile devices expect to be able to stay connected everywhere, even in stadiums, theaters, malls, train stations, and airports. Large cell sites and cell antenna towers send and receive wireless signals over long distances, but there are often dead spots in groups of buildings or inside individual buildings. End users can't have dead zones in buildings because they depend on connectivity more and more. DAS solves this problem by giving reliable service all over the building.

Even though most of the places above are covered by macro cell sites and antennas set up by telecom companies, their coverage is very weak and their capacity is low. Small cells and other HetNet solutions can help mobile networks reach more people. But setting up new cell sites is hard and expensive for mobile operators. As a result, many operators now prefer DAS to connect customers without interruption. DAS also helps make sure that end users and emergency responders inside buildings can always talk to each other. Also, many modern business buildings are built with methods and materials that block wireless communication signals or lower the quality of signals that are received. DAS are made to extend wireless coverage inside buildings so that radios and cell phones can work no matter where they are in the building.

• Growing Consumption of the Mobile Data Traffic

Growing digitalization, smartphone use, and the number of tech-savvy people are all helping the market grow by increasing demand for a better way to connect networks. As more people use mobile data on their devices, the market is growing. To offer more advanced services, network providers and businesses are adopting distributed antenna systems (DAS), which is speeding up the adoption of services and market penetration.

For example, Cisco says that from 2017 to 2022, the world's mobile data traffic will grow at a rate of 46% per year. The number of devices and connections will almost double in the next few years, which means that the amount of data traffic will almost 7-fold.

The players in the market are taking advantage of the demand for data traffic by offering advanced solutions like DAS to improve connectivity. The introduction of 5G technology will also help the market grow.

Restraints/Challenges:

• High Cost of Installation of Next-Generation Indoor

The distributed antenna system (DAS) is a very expensive solution that slows the growth of the market. For example, it needs many radio heads connected by fiber optic cables to a central hub. The growth of the market is slowed by the rising cost of fiber optic cable and central stations. The market isn't growing as fast as it could because technology is getting so expensive that small and medium-sized businesses can't afford it.

For example, in August 2019, the Signal Booster Active DAS cost between $5 and $10 per square foot to cover, which meant that the installation of 100,000 square feet cost between $500,000 and $1,000,000 USD. In the same way, the Passive DAS system costs between USD 50,000 and USD 100,000 for the same 100,000-square-foot installation.

One of the biggest problems with the market is that advanced solutions cost so much that customers can't afford them. This means that signal booster technology is used instead. Due to the high cost of DAS technology, signal booster, indoor system, and other technologies are making it harder for DAS to get a bigger share of the market.

• Routing Backhauling Issue Associated with DAS Networks

The backhaul radio is said to give network operators a lot of freedom because they can put their DAS anywhere. Backhaul routing is a problem for both DAS and small cell networks, but DAS is usually more troublesome because each radio head that sends out a cellular signal needs to be connected to fiber-optic cables. This makes the installation process difficult.

This process could cause problems with cable management because the fiber-optic lines need to be carefully routed through walls and other important parts of the building in order to stay out of sight. If this process isn't done right, the way these cables are routed can hurt the structure of the building, making it unsafe and unfit for visitors.

• Upgradeability Issues of Existing DAS Networks

When it comes to improving networks, DAS networks have trouble being upgraded. Since most carriers are now upgrading to 5G networks, it is harder to upgrade an existing DAS network than it is to upgrade a comparable small cell network. Small cell networks can usually be upgraded over the air (OTA) without a technician having to go to the cell site. Upgrades to a DAS network, on the other hand, may require the replacement of hardware, such as a base station. This makes the process of upgrading more expensive and time-consuming.

Opportunities:

• Increase in Commercial Spaces across Association of Southeast Asian Nations (ASEAN)

In the last few years, there has been a huge increase in the number of commercial spaces in the Association of Southeast Asian Nations (ASEAN). This has been caused by rapid urbanization and rising middle-class incomes. This also made more people want to connect to the internet wirelessly in places like offices and homes, metro stations, subways, airports, and stadiums. The World Economic Forum says that major Southeast Asian countries like Vietnam, Myanmar, and Thailand have become a low-cost alternative to living in China.

Also, the economic growth of the ASEAN region is likely to be good for Singapore. This is because global companies want to set up shop in Southeast Asia, and many of them choose Singapore as their regional headquarters. These things are likely to increase the need for wireless services inside buildings and outside, which would be provided by putting DAS in different places.

• Network Improvement Opportunities in Rural Areas

Rural areas are becoming more digitalized all over the world, which gives the market a huge chance to grow its footprint and presence. High-speed internet services are becoming more popular, which gives market players a huge chance to offer a more advanced solution. Some market players, like AT&T and Corning Corporation, are investing heavily in rural areas to improve network service through distributed antenna systems (DAS). Nextivity is introducing Cel-Fi QUATRA, active DAS hybrid technology, and other technologies.

Most people in the world access the internet through their mobile phones or smartphones. This is the best way to reach people in backward and rural areas, especially low-income people, women, and rural residents. A report from GSMA says that mobile and other networks still don't reach over 750 million people, which is about 10% of the world's population. Coverage is poor in rural and remote areas, especially in places like Sub-Saharan Africa, where 41% of people don't have access to 3G or 4G connections. This could be a big chance for the big cell phone service providers to set up DAS networks in the areas.

• Increasing Need for Public Safety Connectivity

People's safety depends on public safety networks, which are put in places like high-rise buildings, tunnels, malls, parking garages, airports, and more. In the past ten years, national, state, and local laws have put a lot more emphasis on the standards for DAS systems. Legislative requirements and new public safety building codes from the International Code Council (ICC) and the National Fire Protection Association are driving the need for repeaters, bidirectional amplifiers, and active DAS in buildings for public safety (NFPA). But the complexity of installing DAS may act as a limiting factor and slow the growth of the market.

Strategic Development:

• In November 2020 - The Finnish company Nokia and the American company CommScope joined forces to create a new Interleaved Passive Active Antenna (IPAA) radio platform.
• In June 2021 - The Corning RocketRibbon 200 ultra-dense cable came out. It was made in the United States. RocketRibbon 200 comes with both 1,728 and 3,456 fiber counts. It can be used for applications like connecting data centers and for new network needs like 5G.
• In September 2021 - Corning (US) and AT&T (US) joined forces to invest in fiber optic infrastructure to speed up the rollout of 5G and grow AT&T's broadband network in the US.
• In December 2022 - The Real Betis Balompié football club announced a partnership with Cellnex, a wireless telecommunications and broadcasting infrastructure provider, to improve the club's digital infrastructure and give its fans the best digital experience. Cellnex put in a distributed antenna system (DAS) at the Benito Villamarn Stadium as part of this agreement.
• In November 2022 - Advanced RF Technologies (ADRF), a leading pure-play distributed antenna system (DAS) and repeater provider, released its new ADXV DAS C-band solution and the SDRX C-band repeater. The ADXV DAS C-band modules come with high-power remote (HPR) and mid-power remote (MPR) options that support C-band frequencies from 3.7 GHz to 3.98 GHz. This lets building owners, mobile carriers, system integrators, and neutral hosts bring 5G coverage to buildings and venues of all sizes.

Key Vendors:

Top market players are

• Corning Incorporated (US)

Corning, Inc. (Corning) makes and sells ceramics, specialty glasses, and other materials that are similar. The company makes glass substrates that are used in LCD televisions, notebook computers, flat panel desktop monitors, and laptops. It also makes optical fibers, cable, hardware, and equipment for telecommunications networks, ceramic substrates and filters for automotive and diesel applications, and glass and plastic labware, serum, and equipment for drug discovery.

• CommScope, Inc. (US)

CommScope is pushing the limits of technology to build the best wired and wireless networks in the world.

• Comba Telecom Systems Holdings Ltd. (Hong Kong)

omba Telecom Systems Holdings Limited is a company in China that helps with wireless coverage. The company does research, develops new products, makes them, and sells them. These include repeaters, antennas, and RF passive accessories. Comba also offers project surveys and designs, project management, installation, maintenance, and other services after the sale.

• Hughes Network Systems, LLC (US)

Hughes Network Systems, LLC (HUGHES), a pioneer in satellite and multi-transport technologies and networks since 1971, offers broadband equipment and services, managed services with smart, software-defined networking, and end-to-end network operation to millions of consumers, businesses, governments, and communities around the world.

• Symphony Technology Solutions, Inc. (US)

Symphony Technology Solutions is one of the best places to get technology solutions for infrastructure. We do consulting, project installation, and maintenance for low voltage cabling infrastructure as well as DAS and small cell systems for larger facilities.

• BTI wireless (US)

BTI Wireless (BTI) is a company that sells wireless coverage solutions, power amplifiers, Distributed Antenna Systems, small cells, and other RF subsystems all over the world. It is privately owned. The BTI management team has more than 150 years of leadership and design experience in the wireless industry. The company was started in 1999 in Cypress, California.

• Betacom (US)

Betacom offers a private 5G network that is fully managed. This is based on its history as AT&T, T-Mobile, and Verizon's main outdoor and indoor DAS provider. The company was started in 1991 and is based in Bellevue, Washington.

• Zinwave (UK)

Zinwave Ltd. makes cellular and wireless technology solutions for use inside buildings. The company sells both wideband dual port omnidirectional antennas and active wideband in-building distributed antenna systems that cover radio frequencies in building complexes. In the United Kingdom, Zinwave works with the healthcare, education, hospitality, and public service sectors.

• ATC IP LLC (US)

ATC India is one of the largest independent providers of telecom infrastructure in India. It is a subsidiary of American Tower Corporation that is owned indirectly. Since ATC India started doing business in India in 2007, its portfolio has grown to include about 75,000 towers. ATC India has a presence all over the country and works with all of the major telecom service providers.

• HUBER+SUHNER (Switzerland)

HUBER+SUHNER is a global company with its headquarters in Switzerland. It designs and makes components and system solutions for electrical and optical connectivity. The company serves customers in the communication, transportation, and industrial sectors with cables, connectors, and systems made from the three core technologies of radio frequency, fiber optics, and low frequency.

Segmentation Analysis:

The market is segmented on the basis of coverage, offering, ownership model, type, signal source, application and region.

By Coverage:

Coverage is used to divide the market into two groups: indoor and outdoor. The market was led by the Outdoor segment. Outdoor spaces like city centers, transportation hubs, campuses, and other public places are included in this segment. In these places, the demand for mobile data and the use

of new technologies like the Internet of Things (IoT) and "smart cities" are making it more important to have wireless coverage and capacity.

• Indoor
• Outdoor

By Offering:

The global distributed antenna system market is split into two groups based on what they offer: components and services. In 2021, a big part of the revenue came from the components segment. The segment's revenue is growing because fiberglass antennas are becoming more popular because they have many benefits and can be used as a backup antenna in case of an emergency. The segment's revenue has also grown because donor antennas are becoming more popular because they can send signals outside of a building. The fiberglass antenna is easy to use in harsh environments because it is light and strong. Also, fiberglass antennas are made with high-performance resin, which gives them high resistance to impact, bending strength, cracking, and good electrical insulation and permeability. In places with a lot of salt in the air, fiberglass antennas are very important because they are very resistant to corrosion. Along with bidirectional amplifiers and distributed antennas, donor antennas are used to build systems that improve signals. It is also liked because it can be used in many ways. Donor antennas also make a two-way connection that helps signals get in and out of a building. Also, a big reason for the high demand for donor signals and antennas is that a lot of money is being spent to improve mobile coverage in blackspots and indoors. To connect a donor signal, there are two kinds of antennas. A directional antenna can help pick up a signal that is far away from the normal coverage area, while an omni-directional antenna is better for moving equipment or targets that are closer.

• Components
• Services

By Ownership Model:

From the point of view of ownership, the carrier ownership segment is expected to bring in the most money for the global distributed antenna system market. In 2021, the carrier ownership segment will have the most market share in the distributed antenna system market. This is because costs are going down and coverage is getting better. There is no way for the facility owner to invest capital in carrier ownership. The operators are in charge of the installation and ownership of the distributed antenna system.

• Carrier Ownership
• Neutral-Host Ownership
• Enterprise Ownership

By Type:

During the predicted time period, the passive DAS market is expected to grow at a compound annual growth rate (CAGR) of over 12%. It doesn't have any moving parts and requires little maintenance. This means that the RF signal from the source doesn't need electricity and will just be splitters, cables, and antennas. It is also strong, has a low failure rate, can support a range of frequencies used by cellular technologies, usually from 700MHz to 3,800MHz, is cost-effective, and requires little maintenance.

• Active DAS
• Passive DAS
• Hybrid DAS

By Signal Source:

By 2032, it is expected that off-air antennas will make up more than 35% of the distributed antenna system market. The market is expected to grow by more than 10%. A distributed antenna system that uses a signal source that is not in the air has a donor antenna on the roof that sends and receives signals from a cell carrier. Off-air antenna signals are the most common source of signals for a DAS. These signals don't add more capacity to the carrier's network and are mostly used to increase coverage at the edges of the network. These deployments are cheap and can make coverage better inside. Almost all DAS systems can use signals that are not on the air. With the spread of 5G, especially on mmWave bands, off-air DAS deployments have come back to life.

• Off-air Antennas
• On-site Base Transceiver Station (BTS)
• Small Cells

By Application:

By 2032, the market for distributed antenna systems in public venues and safety is expected to be worth more than USD 3 billion. This is because the need for safety and connectivity in public venues is growing. In parking garages, tunnels, high-rise buildings, airports, and other places, public safety networks have been set up by the governments of developed countries. Distributed antenna systems are likely to become more popular in many industries and as national, state, and local laws change. Also, there is a growing need for bidirectional amplifiers, active DAS, and repeaters, which are wireless solutions used in the public safety industry. Because of this, these solutions are expected to give the distributed antenna system industry a lot of chances to grow during the forecast period.

• Airports & Transportation
• Public Venues & Safety
• Education Sector & Corporate Offices
• Hospitality
• Industrial
• Healthcare
• Others

Regional Insights:

During the time frame of the forecast, North America is expected to have the largest DAS market. It is one of the places in the world with the best technology. People in the area have quickly adopted smartphones with 4G capabilities, making it one of the most mobile and densely populated areas in the world. According to the 2019 Ericsson Mobility Report, North America has the most smartphone users. By the end of 2025, each smartphone is expected to have 45 GB of traffic. The growth of the DAS market in the region is likely to be driven by the fact that government agencies are putting a lot of effort into improving telecom infrastructure so that users can get seamless connections.
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• North America
• US
• Canada
• Mexico
• Rest of North America
• Europe
• Germany
• France
• Italy
• Spain
• UK
• Nordic Countries
• Denmark
• Finland
• Iceland
• Sweden
• Norway
• Benelux Union
• Belgium
• The Netherlands
• Luxembourg
• Rest of Europe
• Asia-Pacific
• Japan
• China
• India
• Australia
• South Korea
• Southeast Asia
• Indonesia
• Thailand
• Malaysia
• Singapore
• Rest of Southeast Asia
• Rest of Asia-Pacific
• The Middle East & Africa
• Saudi Arabia
• UAE
• Egypt
• South Africa
• Rest of the Middle East & Africa
• Latin America
• Brazil
• Argentina
• Rest of Latin America

Scope of Report:

Conclusion:

• In the Global Distributed Antenna System Market report, a whole section is devoted to market dynamics, which include factors that affect the market, drivers of the market, challenges, opportunities, and trends.
• Another large part of the research study is devoted to a regional analysis of the Global Distributed Antenna System Market. This is where important regions and countries are analyzed for their growth potential, consumption, market share, and other important factors that show how their markets are growing.
• Players can use the competitive analysis in the report to come up with new strategies or improve the ones they already have. This will help them overcome market challenges and increase their share of the Global Distributed Antenna System Market.