US Structured Cabling Market 2025 – 2034

As per the US Structured Cabling Market analysis conducted by the CMI team, the US structured cabling market is expected to record a CAGR of 9.8% from 2025 to 2034. In 2025, the market size was USD 6.47 Billion. By 2034, the valuation is anticipated to reach USD 14.88 Billion.

Overview

Structured cabling implies a cabling infrastructure’s standardized system used for supporting several communication technologies within a campus or buildings. It comprises installing a comprehensible network of connectors, cables, and related hardware for providing an efficient and a reliable telecommunications infrastructure. The basic purpose is that of establishing an exclusive platform to transmit voice, data, video, and the other communication signals all through a facility. It is crucial for network systems inclusive of LANs, data centers, telephony systems, and audio-visual systems.

However, higher initial installation prices, rigid existing infrastructures, and complexity pertaining to maintenance and installation are expected to restrain the market. These installations need skilled professionals regarding cable routing, testing, and termination expertise.

Key Trends & Drivers

• Growing Data and Communication Needs

The increasing data and communication requirements on the part of organizations are catalyzing the US structured cabling market. With advancements in technologies, the businesses generate as well as transmit bigger volumes of data, which, in turn, need an efficient and reliable infrastructure for extending support to their communication networks. Organizations do handle extensive data generated by IoT devices, applications, and digital processes. Structured cabling paves the way for dealing with this data influx, thereby ascertaining high-speed and reliable transmission all through the network.

In July 2021, Sterlite Technologies introduced a next-generation suite of structured cabling solutions called NetXs. It is reported to offer superlative performance regarding data transmission applications, thereby providing advanced networking solutions across the globe.

Moreover, businesses require reliable and quick communication for applications such as videoconferencing, cloud computing, and real-time data transfer. Fiber optic cabling does offer the speed and bandwidth needed for supporting such bandwidth-intensive applications, thereby facilitating efficient and seamless communication. Also, structured cabling simplifies the addition or removal of devices and connections as business undergoes alterations or expands. This scalability ascertains that communication infrastructure keeps up with the organization’s evolving demands.

• Adoption of High-speed Networks

The organizations, with technological advancements, are heavily relying on fast connectivity. as such, structured cabling has emerged as one of the critical components for supporting such high-speed networks. With the rise in the volume of data being generated as well as transmitted, the organizations need network infrastructure that holds the capacity to handle huge quantities of data efficiently and fast.

Furthermore, the adoption of high-speed networks such as 10 Gigabit Ethernet and Gigabit Ethernet does contribute to the increasing demand for structured cabling. Such networks, apart from facilitating more reliable and faster communication, support bandwidth-intensive services and applications.

Besides, the rise in reliance on virtualization and cloud computing drives demand for the US structured cabling market. Such technologies need high-speed, strong connectivity amongst storage systems, servers, and end-user devices. Structured cabling lays the foundation of such network architectures, thereby facilitating seamless and efficient communication within virtualized infrastructure and cloud environments.

What’s trending in the US Structured Cabling market?

The IT & telecommunication sector is at the forefront due to the growing adoption of 5G deployments and cloud services. High-bandwidth cabling solutions are necessary in order to support the modern-day digital services. Telecom operators are into expansion of data centers and backbone networks. IT firms are upgrading in order to support automation and real-time analysis. This digital transformation is compelling the enterprises to handsomely invest in future-ready and scalable cabling systems.

Key Threats

• Higher Initial Costs

The installation costs of overall structured cabling are inclusive of several components such as connectors, cables, patch panels, professional installation services, and network equipment. Such costs are likely to add up, particularly while considering the requirement for skilled technicians to look into the installation process. As an outcome, the organizations may show hesitation toward facing the budget constraints while seeing through structured cabling solutions.

Furthermore, large-scale installations or projects in the existing infrastructure are likely to involve noteworthy site preparation, cable runs, and coordination, which could increase the overheads.

Opportunities

Fiber optics infrastructure provides scalability as well as speed that copper structured cabling fails to provide. Connected devices are resulting in an increasing interest in PoE cabling as it paves the way for data and power. Advancements in the form of automation tools and AI to organize and manage cabling do provide predictive maintenance with more efficient network performance calculation for smart buildings and data centers. Also, the ongoing trend of enterprises increasingly investing in sustainable products adds to growth opportunities.

Category Wise Insights

By Product Type

• Copper Cables

Copper cables dominate the US structured cabling market wherein medium- and short-range data transmission is required. Moreover, they cost less than their counterparts, thereby rendering them one of the attractive options for organizations and businesses that are looking forward toward managing costs, particularly smaller deployments or the ones having upgradation of existing infrastructure on the agenda. Also, copper cabling is relatively straightforward with regard to installation and management, which needs less specialized expertise in comparison with fiber optic systems.

• Fiber Optic Cables

Fiber optic cables do offer quicker data transfer speeds, higher bandwidth, and longer transmission distances in comparison with conventional copper cables, thereby rendering them ideal to support the rising demands pertaining to cloud computing, IoT, 5G, and the other bandwidth-centric applications.

Fiber optic cables witness less signal attenuation (signal loss) than copper cables, thereby ascertaining reliable transmission of data over longer distances. They are also devoid of electromagnetic interference, which could disturb data signals otherwise (as in copper cables).

By Cable Type

• Category 5e

Category 5e (Cat 5e) cables are cost-effective as compared to higher-performance options such as Cat 6 and 6A, thereby rendering them one of the attractive choices for homeowners and businesses alike, who are looking to balance budget and performance.

Cat 5e is backward compatible with the older standards, which means that it could be used in the existing infrastructure without needing any overhaul. Such a compatibility is important to maintain and upgrade networks without increasing overheads. Its ability to support Gigabit Ethernet renders it as one of the significant contributors to the expansion of the US structured cabling market, especially where bandwidth is not necessary or budget constraints persist.

• Category 6

Category 6 cables lend support to higher bandwidth as well as data transfer speeds (up to 1 Gigabit Ethernet) in comparison with older standards such as Cat 5e. This helps with efficient streaming, file sharing, and online gaming. They are also backward compatible with the older standards such as cat 56 and Cat 5, thereby allowing for existing infrastructure to get seamlessly integrated. These cables are conducive to smart city projects inclusive of traffic management, smart lighting, and surveillance systems. The government is also encouraging promotion of broadband connectivity and digitalization, which boosts the demand for Cat 6 further.

• Category 6A

Cat 6A cables are compatible with the Power over Ethernet (Poe) standards, thereby facilitating delivery of higher power to connected devices over the network. This is important regarding powering the devices such as security cameras, IP phones, and wireless access points. Cat 6A is thus witnessing stronger growth, especially in data centers where it’s imperative to have high-speed networking.

Cat 6A cables are backward compatible with the existing RJ45 interfaces, which makes them one of the convenient options regarding upscaling from Cat 5e or Cat 6. This does reduce complexity and cost of the network upgrades.

• Others (Category 7, Category 7A, and Category 8)

Cat 7 and 7A make provisions for improved shielding for advanced data integrity, whereas cat 8 has been designed for high-speed server rooms and data centers. In other words, the above-mentioned higher categories of cabling do support quicker data transmission speeds that are important for bandwidth-intensive applications such as cloud computing, high-definition video streaming, and huge data transfers.

Complying with standards such as ISO/IEC 11801 ascertains reliability and interoperability, thereby driving adoption of such advanced cabling solutions. Though these cabling systems are costlier than their counterparts, they boast offering long-term advantages through simpler upgrades, reduced maintenance, and enhanced network performance.

By Application

• LAN

Organizations are increasingly relying on data-intensive applications, digital communication, and cloud computing. As such, the need for high-speed and robust LAN infrastructure increases. This, in turn, does necessitate efficient and reliable structured cabling for supporting such needs. LANs are supporting technologies such as 5G, IoT devices, and AI, which does accelerate the demand for advanced structured cabling solutions that hold the capacity of handling faster data transfer rates and bandwidth.

• Data Center

The rising demand for data processing, storage, and connectivity, driven by cloud computing, IoT, and the promulgation of digital services, does necessitate need for scalable and strong calling infrastructure within the data centers. Innovations with respect to networking technologies such as Wi-Fi 6, 5G, and fiber optics need advanced structured cabling systems for supporting improved network performance and higher data speeds. Integration with intelligent infrastructure management (IIM) allows real-time monitoring of cabling performance, thereby improving operational efficiency and facilitating quick troubleshooting.

By Vertical

• Government

Government-led smart city projects that imply integration of technology into the urban infrastructure for enhanced living need cabling on an extensive note for several applications, such as intelligent transportation systems, smart grids, and public safety networks. Such initiatives do create a noteworthy demand for structured cabling solutions for supporting the voluminous data transfer as well as communication needs of the smart cities. Examples encompass deploying surveillance cameras, sensors, and the other connected devices generating and transmitting large volumes of data.

• Industrial

The industrial facilities are adopting automation systems explicitly for enhancing productivity and efficiency. Structured cabling makes provision for scalable and reliable infrastructure needed for supporting the huge network of actuators, sensors, and control systems used in the automated processes. The industrial internet of things (IIoT) does rely on structured cabling for connecting devices and transmitting data, thereby boosting the demand further.

• IT & Telecommunication

The IT & telecommunication sector drives the US structured cabling market owing to rising demand for reliable network infrastructure, high-speed data transmission, and the need for supporting digital transformation initiatives across several industries. In other words, the IT & telecommunication sector’s advancements and rising dependency on digital infrastructure are the factors catalyzing the US structured cabling market. With the evolution of these sectors, the market is expected to soar in the forecast period.

• Residential & Commercial

Proliferation of smart home devices such as security, lighting, appliances, and entertainment systems heavily relies on reliable and robust network infrastructure. Structured cabling does provide a foundation for such connected devices, thereby ascertaining seamless control and communication.

The commercial sector in the US has witnessed a notable increase in the construction of data centers for supporting rising demand for big data cloud computing and other data-intensive applications. Such data centers need scalable structured cabling systems.

How are Smart Buildings impacting the US Structured Cabling Market?

Smart buildings are increasingly depending on structured cabling systems for supporting sensors, interconnected devices, and automated systems. IoT technologies are being used widely in security, lighting, and energy management systems, which has increased demand for cabling that is capable of low-latency and continuous data transfer.

Structured cabling does offer a scalable, centralized, and reliable network foundation for powering intelligent building functions. It facilitates remote monitoring, simplified device integration, and efficient utilization of space. The trend is ongoing in healthcare, commercial real estate, and educational institutions.

Report Scope

Key Developments

The US structured cabling market is witnessing a significant organic and inorganic expansion. Some of the key developments include –

• In June 2025, CommScope Holding company, Inc., introduced its CableGuide 360 and FiberREACH solutions in order to address the rising needs for structured cabling. The offerings are meant to deliver high-power PoE with improved cable management for denser, more reliable, and faster enterprise network deployments.

• In March 2025, Dunes Point Capital, LP announced that it had completed the acquisition of Structured Cable Products, Inc.’s Eleconnex and SIMPLY45, LLC.

• In January 2024, CommScope floated SYSTIMAX 2.0, thereby introducing innovations like VisiPORT for real-time monitoring and GigaSPEED XL5 for multi-gigabit copper connectivity. Such upgrades aim at future-proofing structured cabling by improving the performance, agility, and intelligence of infrastructure management.

Leading Players

The US structured cabling market is highly competitive, with a large number of service providers globally. Some of the key players in the market include:

• CommScope
• Corning Incorporated
• Belden Inc.
• Legrand
• The Siemon Company
• Nexans
• Panduit
• Schneider Electric
• ABB Ltd.
• Furukawa Electric Co. Ltd.
• R&M
• Hubnetix Corp.
• Datwyler Holding Inc.
• Anixter International Inc.
• Others

These firms apply a plethora of strategies to enter the market, including innovations, mergers and acquisitions, and collaboration. The US structured cabling market is shaped by the presence of diversified players that compete based on product innovation, vertical integration, and cost efficiency.

The US Structured Cabling Market is segmented as follows:

By Product Type

• Copper Tables
• Fiber Optic Cables

By Cable Type

• Category 5e
• Category 6
• Category 6A
• Others (Category 7, Category 7A, and Category 8)

By Application

• LAN
• Data Center

By Vertical

• Government
• Industrial
• IT & Telecommunication
• Residential & Commercial

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