In-Building Wireless Market Report: Size, Share, Strategic Developments, and Growth Potential Estimation, 2023-2030

Market Overview

The in-building wireless market is expected to grow from USD 13,353.5 million (E) in 2023 to USD 31,624.3 million in 2030, at a CAGR of 13.1% between 2023 and 2030.

This is credited to the rising need for smart and intelligent devices and surging count of smartphone users throughout the world. The usage of mobile internet has augmented quickly in the past few years, as mobile phones grew from just a means for voice communication to smartphones with multifunctional abilities fit for the urban resident. As per estimates, smartphone users are projected to touch 7,690 million by 2027 from 6,560 million in 2022.

The commercialization of next-generation 5G networks is projected to further propel the market development. For example, in 2022, the Indian government introduced 5G services via major telecom businesses, such as BSNL, Reliance, VI, and Airtel. The increasing need for advanced cellular and broadband coverage will inspire businesses to move to quicker networks, thus enhancing the market outlook.

In-building cellular communication is a technology that facilitates the redistribution and dissemination of various radio frequency (RF) signals, such as cellular, LTE, AWS, and PCS, within a system. The complexity and capacity of cell frameworks can differ in different areas within a building. Wireless solutions are often cost-effective and quick to implement and maintain, thus providing greater flexibility and adaptability in certain scenarios.

Growing Dependence of Factories on In-Building Wireless Systems

The Industry 4.0 revolution is one of the key drivers for the market in the industrial sector, as this technology plays a vital role in allowing smart factories to attain higher productivity and efficiency. Such factories need continuous and dependable communication between sensors, machines, and workers, to enhance manufacturing processes.

With in-building wireless solutions, such as cellular networks, Wi-Fi, and Bluetooth, information can be conveyed and received in real time, thus permitting better screening, predictive maintenance, and mechanization. The deployment of IoT devices and smart sensors can provide tons of data for analysis and decision-making, thus enabling enhanced resource usage and less downtime. Moreover, employees can access critical data on their mobile devices, thereby fostering better collaboration and flexibility.

Picocell Demand Rising due to Wide Application in Huge Spaces

The component segment is bifurcated into infrastructure and services, of which infrastructure is further categorized into DAS, antennae, cables, repeaters, and small cells. Among these, small cells hold a significant share as they enhance connectivity in enclosed spaces and have small sizes. Moreover, they support low-latency mobile and computer applications and high-speed broadband, when integrated with 5G and LTE advanced capabilities.

Further, within the small cells subdivision, the picocell subcategory is projected to experience a substantial CAGR. Picocells play an essential role in enhancing cellular coverage within buildings, by allowing wireless services to reach locations that were previously beyond the network's reach. Their suitability for applications needing a wide coverage augments their popularity. As they offer improved data throughput and increased mobile network capacity, picocells are gaining traction in the telecommunications industry.

Inadequate Rural Network Infrastructure Is Key Market Driver

On the basis of deployment, the rural category is set to experience significant growth. This is mainly ascribed to the shortage of a sufficient telecommunications infrastructure in rural areas, which hinders users from accessing better cellular services. Additionally, old-style LTE methods are expensive and impractical for extending cellular coverage to remote locations. To address this issue, numerous companies are forming partnerships to bring their services to rural areas.

These efforts are encouraged and funded by governments in both developed and developing countries, as they continue to trudge ahead on the path to digitization. For instance, the Indian government is working on numerous initiatives to enhance telecommunication networks in rural areas, including BharatNet, Connecting the Unconnected, and Digital Villages.

In-Building Wireless Market Report Coverage

Report Attribute	Details
Market Size in 2023	USD 13,353.5 Million (E)
Revenue Forecast in 2030	USD 31,624.3 Million
Growth Rate	13.1% CAGR
Historical Years	2017-2022
Forecast Years	2023-2030
Report Scope	Market Trends, Drivers, and Restraints; Revenue Estimation and Forecast; Segmentation Analysis; Impact of COVID-19; Companies’ Strategic Developments; Market Share Analysis of Key Players; Company Profiling

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Favorable Government Initiatives Propel Market Growth in APAC

During the projection period, the Asia-Pacific in-building wireless market is expected to advance at a substantial CAGR, due to the various government initiatives aimed at the enhancement of the telecom infrastructure in the cities of China, India, South Korea, and Japan. In addition, its large population and expansive pool of mobile users will drive the market. Moreover, Japan and China, in particular, are major manufacturing economies and witnessing significant advancements in technologies including robotics and big data analytics.

Product Innovations also Enhance Industry Outlook

Leading companies in the market, such as Airspan, Huawei, Fujitsu Limited, and Samsung Electronics, are focusing on launching new products, forming strategic partnerships, and engaging in mergers and acquisitions to strengthen their market position.

For instance, Nokia Corporation launched MX Boost for private wireless applications in May 2022. MX Boost enables businesses to combine spectrum and radio technologies, such as Wi-Fi and 4.9G/LTE, to maximize network performance for real-time applications, even under challenging radio conditions.

Industrial and Commercial IoT Drive Opportunities

The usage of IoT and associated technologies across various industries is driving opportunities for companies offering such solutions. Organizations seek to leverage IoT for process automation and increased efficiency, thus creating a demand for dependable connectivity within enclosed spaces. Companies such as Nokia, Samsung, and Cisco are, thus, actively working to incorporate in-building wireless networks into their IoT applications.

Neutral Host Operators Category To Witness High Growth Rate

The in-building wireless market works via different business models, including service providers, enterprises, and neutral host operators. Neutral host operators are expected to experience the highest CAGR during the forecast period. They manage such networks for businesses, owning DAS and small cells networks and handling approvals from carriers. These entities mainly fund themselves by creating multicarrier DAS and billing the actual network carriers.

Residential Sector Contributes Significant Market Revenue

The residential category holds a significant share in the industry segment. In the U.S., the number of permits for the construction of new residential buildings reached 169,000 units in March 2020, despite the pandemic. Moreover, in China, the majority of the finished construction projects carrying forward from the previous year were residential structures, accounting for over 67% of the completed floor space.

In the same way, in India, there was a 52% increase year-on-year in real estate investments, driven by a surge in the demand for residential properties in major cities, due to the rural-to-urban migration. A large number of urban homes now have a Wi-Fi connection with the surging usage of tablets, smartphones, laptops, PCs, and even connected home appliances. In the context of smart appliances, building automation systems depend on a stable internet connection.

Key Companies in In-Building Wireless Market Are

• Pierson Wireless Corp.
• Cobham PLC
• AT&T Inc.
• CommScope Inc.
• Anixter Inc.
• Verizon Communications Inc.
• Corning Incorporated.
• Ericsson Inc.
• TE Connectivity Ltd.
• Beatcom Incorporated
• Dali Wireless Inc.