Data and Communication Market Size, Share & Trends Analysis Report By Product (Server, Storage, Switches, GPON), By Applications (Industrial, Commercial), By End Use, By Region, and Segment Forecasts - 2035

Data and Communication Market Overview

The global data and communication market size was valued at USD 627799.16 million in 2025 and is projected to grow from USD 657556.84 million in 2026 to USD 997710.04 million by 2035, exhibiting a CAGR of 4.74% during the forecast period.

The data and communication market is entering a new infrastructure cycle in 2026 as artificial intelligence, cloud computing, fiber broadband, 5G, industrial automation, and edge applications raise requirements for computing capacity and network throughput. Global server shipments are projected to increase by about 13% in 2026, while AI server shipments are expected to expand by more than 28%. At the same time, enterprise external storage demand accelerated sharply, with worldwide spending on these systems increasing 22.9% year over year in the first quarter of 2026. These trends are strengthening demand across Servers, Storage, Switches, and GPON equipment because organizations increasingly require integrated computing, high-capacity data management, low-latency switching, and fiber-based access infrastructure rather than isolated hardware upgrades.

In the United States, data and communication infrastructure investment remains strongly influenced by hyperscale cloud expansion and AI deployment. North America is among the world's most mature connectivity markets, with 5G accounting for around 60% of mobile connections in both the United States and Canada during 2025. AI infrastructure spending worldwide reached approximately USD 89.9 billion during the fourth quarter of 2025, representing 62% year-over-year growth, with United States hyperscalers identified as a major source of this acceleration. These conditions are supporting large-scale deployment of high-density servers, storage arrays, 400 Gbps and 800 Gbps switching architectures, upgraded data-center interconnects, and enterprise communication infrastructure designed for increasingly data-intensive applications.

• 

  Download Free sample to learn more about this report.

Key Findings

• Leading Product Type: Servers are expected to hold the largest product share at approximately 36% in 2026, supported by AI infrastructure expansion and an estimated 12.8% increase in total global server shipments during the year.
• Leading Application: Commercial applications are estimated to represent approximately 63% of 2026 demand as enterprises, cloud operators, telecom providers, and institutions expand digital infrastructure while nearly three-quarters of the global population is already online.
• Leading Region: North America is expected to lead high-value infrastructure adoption, supported by mature cloud ecosystems and 5G penetration of about 60% of mobile connections in both the United States and Canada during 2025.
• Fastest Growing Region: Asia-Pacific is expected to record the strongest incremental infrastructure expansion, with regional 5G connections projected to reach approximately 1.5 billion by 2030 and represent about one-quarter of worldwide 5G connections.
• Technology Trend: AI-optimized Ethernet is rapidly reshaping switching architecture, with Ethernet accounting for more than two-thirds of AI back-end switch sales during the first three quarters of 2025 as hyperscale clusters migrate toward faster networking.
• Market Driver: Rising connectivity consumption remains a major demand catalyst, as 2.2 billion people were still offline in 2025, creating substantial long-term potential for fiber, GPON, mobile backhaul, switching, and communication infrastructure expansion.
• Competitive Landscape: Network operators are combining infrastructure modernization with fiber expansion; Globe added 1,549 new 5G sites and deployed 115,082 fiber-to-the-home lines during 2025, illustrating the increasing integration of fixed and wireless investments.
• Future Outlook: Infrastructure will become increasingly AI-centric and software-controlled through 2030, while 5G is forecast to represent approximately 50% of Asia-Pacific mobile connections, increasing requirements for computing, storage, transport, switching, and fiber capacity.

Latest Trends

Artificial intelligence has become one of the most influential technology trends affecting data and communication infrastructure. AI server shipments grew approximately 46% during 2024 and maintained strong momentum in 2025 as cloud service providers increased accelerator-based computing capacity. In 2026, AI server shipments are forecast to grow by more than 28%, while ASIC-based AI systems could represent almost 28% of AI server shipments. This transition is changing the design of supporting infrastructure because GPU and ASIC clusters require greater storage throughput, high-speed Ethernet fabrics, advanced power management, lower communication latency, and significantly higher east-west data movement than conventional enterprise environments. Demand is therefore shifting from individual computing components toward coordinated server, Storage, Switches, and connectivity architectures.

Fiberization is developing simultaneously with the AI infrastructure cycle. In Europe, full-fiber networks passed approximately 295 million homes across 39 tracked countries by September 2025, representing around 79% coverage and an increase of approximately 23 million homes within one year. In Asia-Pacific, operators are also combining fiber access with increasingly advanced 5G architectures, while regional mobile data traffic has been projected to quadruple between 2023 and 2030. The resulting network environment favors GPON upgrades, higher-capacity optical access, fiber-connected wireless backhaul, faster switching equipment, and distributed storage. Operators are increasingly optimizing existing fiber footprints while introducing higher-throughput access technologies rather than relying exclusively on greenfield network construction.

Market Dynamics

Driver

""Rapid growth in AI, cloud, broadband, and connected applications is accelerating infrastructure requirements.""

Growth in digital traffic is the central structural driver for the data and communication market. Almost three-quarters of the world's population was online in 2025, while 5G already covered more than half of the global population and represented more than one-third of mobile broadband subscriptions. Each additional layer of connectivity increases data processing, transport, and storage requirements across telecom networks and enterprise facilities. Cloud applications, video consumption, industrial IoT, digital payments, AI inference, and remote collaboration are consequently raising demand for Servers and Storage while generating associated requirements for Switches and optical access equipment. The effect is particularly important in emerging economies where broadband penetration remains materially below levels recorded in developed markets.

Enterprise AI provides an additional growth multiplier because infrastructure intensity per workload is considerably greater than conventional computing. Worldwide AI infrastructure spending more than doubled between 2024 and 2025, moving from approximately USD 153 billion to USD 318 billion, while fourth-quarter 2025 activity increased 62% year over year. Although infrastructure investment is increasingly concentrated in accelerated servers, these deployments also stimulate Storage and Switches demand because AI models require rapid access to large datasets and high-bandwidth communication among processors. This creates a broader infrastructure opportunity encompassing high-density servers, flash-oriented storage, Ethernet switching, fiber connectivity, cooling, power management, and network security.

Restraint

""Infrastructure cost, component constraints, and uneven broadband economics continue to restrict deployment.""

High infrastructure costs remain an important restraint, especially where operators must extend fiber and communication networks into lower-density areas. In the Philippines, only about 28% of households had fixed broadband access in 2023, compared with approximately 79% in Vietnam, 55% in Thailand, and 54% in Malaysia. Such differences demonstrate that technical demand does not always translate immediately into equipment deployment because right-of-way challenges, civil construction costs, affordability, power availability, and limited infrastructure sharing can weaken project economics. These barriers particularly affect GPON and access-network expansion, where the commercial return depends on subscriber take-up after fiber has already been installed.

Supply-chain constraints also affect the pace of server and networking deployment. In 2026, lead times for certain general-server PCBs and CPUs were reported to be approaching one year as suppliers prioritized components used in higher-density AI systems. Total server shipment growth for 2026 was consequently moderated to roughly 13% despite stronger underlying demand. Similar allocation pressures can affect power components, memory, high-speed optics, and network electronics. Communication infrastructure projects therefore face a combination of procurement risk, rapidly evolving specifications, and the possibility that equipment selected during project planning becomes less competitive before large deployments are completed.

Opportunity

""Fiber expansion and digital inclusion across emerging economies create substantial long-term infrastructure potential.""

Emerging broadband markets provide one of the largest opportunities because hundreds of millions of potential users are covered by networks but remain insufficiently connected. More than 700 million adults in Asia-Pacific remained offline despite being within mobile broadband coverage in 2026. Meanwhile, approximately 40% of new global mobile internet subscribers expected between 2025 and 2030 are projected to originate from Asia-Pacific. Closing this usage and infrastructure gap will require additional backhaul, switching capacity, data-center resources, fiber access, network optimization, and affordable customer connectivity. GPON equipment is positioned to benefit particularly where governments and operators prioritize fiber-to-the-home expansion and shared national backbone projects.

The Philippines illustrates the scale of this opportunity. Current development programs target broadband access improvements affecting more than 20 million Filipinos, while the proportion of households connected to fixed broadband was targeted to rise from 25.6% in 2022 to 35.0% in 2026. Telecommunications towers increased from 17,850 in 2020 to 35,043 in 2023, showing how quickly infrastructure can expand when policy and investment conditions improve. Continued development of national fiber infrastructure, additional tower connectivity, enterprise cloud adoption, and local data processing could increase requirements across all four supplied product categories during the forecast period.

Challenge

""Network complexity and rapidly changing technology standards make infrastructure planning increasingly difficult.""

The principal challenge is that data and communication infrastructure must support multiple generations of technology simultaneously. Operators are maintaining 4G while expanding 5G and preparing for 5G-Advanced, enterprises are mixing conventional servers with accelerated AI systems, and fiber networks are evolving beyond basic GPON toward higher-capacity architectures. In Asia-Pacific alone, 39 commercial 5G mobile networks were operating across 9 countries by June 2025, including 17 commercial networks using standalone architecture. Vendors and network operators therefore require equipment that can support current traffic while remaining compatible with future virtualization, automation, network slicing, and higher-bandwidth applications.

Energy and physical infrastructure requirements further increase deployment complexity. AI servers contain substantially higher power-density components than conventional servers, and component suppliers increasingly prioritize products designed for accelerated computing. At the same time, high-speed switching is progressing rapidly from 100 Gbps and 200 Gbps toward 400 Gbps and 800 Gbps architectures. In the third quarter of 2025, 100/200/400 Gbps systems represented more than two-thirds of front-end data-center switch sales, while most 800 Gbps shipments were concentrated in AI back-end environments. Enterprises must consequently balance performance requirements against power availability, cooling, interoperability, lifecycle cost, and upgrade timing.

• 

  Download Free sample to learn more about this report.

Segmentation Analysis

The data and communication market can be analyzed through the supplied product categories of Server, Storage, Switches, and GPON and the supplied applications of Industrial and Commercial. For analytical comparison, 2026 demand is estimated to be distributed approximately 36% to Servers, 28% to Storage, 23% to Switches, and 13% to GPON. These shares reflect current infrastructure intensity rather than separately reported industry classifications. Application demand is estimated at approximately 63% Commercial and 37% Industrial as large cloud providers, telecommunications operators, corporate IT environments, financial institutions, public infrastructure, manufacturing facilities, and digitally connected businesses increase deployment.

By Types

Server: Servers are estimated to account for approximately 36% of market demand in 2026, making them the largest supplied product category. Global total server shipments are forecast to grow around 13% during 2026, while AI server shipments could expand by more than 28%. Deployment is increasingly influenced by inference workloads, private AI, cloud infrastructure, edge computing, virtualization, and sovereign computing projects. Servers are also becoming more tightly integrated with networking architecture because accelerated systems require significantly higher east-west bandwidth. North American cloud service providers remain major adopters, although sovereign-cloud projects in Europe, the Middle East, and Asia are broadening the geographic distribution of demand.

Storage: Storage is estimated to represent approximately 28% of 2026 product demand as AI and data-intensive applications increase the volume and speed of information that organizations must retain, retrieve, analyze, and protect. Worldwide external enterprise storage activity increased 22.9% year over year during the first quarter of 2026 following considerably slower 3.9% growth across full-year 2025. The acceleration indicates that organizations are beginning infrastructure refreshes that were postponed while spending priorities favored GPUs and AI servers. Storage systems increasingly require high-throughput connectivity, rapid access to unstructured datasets, cyber-resilient architecture, and flexible expansion for inference, analytics, video, industrial data, and cloud workloads.

Switches: Switches are estimated to capture approximately 23% of product demand in 2026, supported by the rapid increase in server-to-server communication created by AI clusters and larger data centers. Ethernet represented more than two-thirds of AI back-end switch sales during the first three quarters of 2025, compared with less than half during the comparable period a year earlier. Front-end network architecture is simultaneously moving toward higher speeds, with 100/200/400 Gbps products representing more than two-thirds of front-end data-center switch activity in the third quarter of 2025. This transition increases opportunities for low-latency, high-radix, programmable switches supporting cloud and enterprise networks.

GPON: GPON is estimated to account for approximately 13% of supplied product demand in 2026, reflecting continuing fiber-to-the-home, fiber-to-building, and enterprise access deployments. Its long-term opportunity remains significant because billions of users still require improved broadband quality despite extensive mobile coverage. Europe had approximately 295 million homes passed by full-fiber networks across 39 tracked markets by September 2025, corresponding to roughly 79% coverage. In the Philippines, fixed broadband connectivity remains considerably lower, creating room for additional fiber builds. GPON continues to provide a cost-efficient access foundation, while operators increasingly design fiber networks that can evolve toward higher-capacity PON standards.

By Applications

Commercial: Commercial applications are estimated to represent approximately 63% of total 2026 demand. This category includes telecom operators, cloud providers, offices, financial institutions, retail organizations, digital service companies, educational facilities, government-related deployments, and other commercially operated infrastructure. Global connectivity supports an enormous installed user base, with almost three-quarters of the world's population online by 2025. Commercial organizations are increasingly replacing isolated IT systems with integrated cloud, data-center, branch networking, Wi-Fi, fiber, storage, cybersecurity, and edge environments. The shift toward AI inference is further expanding server and storage requirements while increasing traffic flowing through enterprise and data-center switches.

Industrial: Industrial applications are estimated to contribute approximately 37% of 2026 demand, driven by automation, machine connectivity, predictive maintenance, industrial data collection, robotics, smart utilities, manufacturing execution systems, and edge analytics. Advanced 5G is strengthening this segment because low-latency and private-network applications can connect industrial equipment more flexibly than traditional wired architectures. By 2030, 5G is expected to contribute materially to productivity across Asia-Pacific, with manufacturing positioned among the strongest beneficiaries of connected industrial applications. Industrial installations increasingly combine ruggedized networking, edge Servers, Storage, Switches, sensors, and fiber connectivity to support real-time production environments.

• 

  Download Free sampleto learn more about this report.

Regional Outlook

North America

North America is expected to remain one of the leading regions for advanced data and communication infrastructure throughout the forecast period. The United States and Canada recorded 5G penetration of approximately 60% of mobile connections during 2025, demonstrating the maturity of the regional communication ecosystem. This provides a strong foundation for 5G-Advanced, private networks, edge computing, connected enterprise applications, and cloud-based communication services. The United States also contains many of the world's largest hyperscale operators, which are driving high-density Server, Storage, and Switches deployments as AI models transition from experimentation into large-scale commercial inference and enterprise integration.

North American infrastructure is particularly influential in the development of AI networking. Major cloud providers have accelerated installation of GPU and ASIC systems, causing Ethernet to gain substantial momentum within AI clusters. Global AI infrastructure spending reached USD 318 billion during 2025, more than double the approximately USD 153 billion recorded in 2024, with United States hyperscaler investment identified as a central contributor. Demand is therefore expanding beyond accelerated compute hardware into high-speed switches, storage systems, optical links, and data-center power infrastructure. The region is expected to remain an early adopter of 800 Gbps networks and next-generation rack architectures during the forecast period.

Europe

Europe represents a mature but still expanding communication infrastructure region, particularly in fiber access. By September 2025, full-fiber networks passed approximately 295 million homes across 39 European markets, increasing by about 23 million homes from September 2024 and reaching around 79% coverage. Approximately 20 million additional homes were passed during 2025 across the EU27 and the United Kingdom. As deployment coverage matures, operator priorities are shifting from simply building fiber toward increasing utilization, connecting customers, replacing copper networks, and extracting greater performance from existing infrastructure. These developments support continued GPON equipment replacement, optical access upgrades, aggregation switching, and customer-premises network modernization.

European data-center investment is also receiving support from sovereign-cloud initiatives and AI infrastructure requirements. AI server demand outside North America has strengthened as governments and enterprises seek greater control over data processing and digital infrastructure. The broader European communication market is simultaneously preparing for higher 5G adoption, with 5G expected to represent approximately 81% of mobile connections by 2030 in established European markets. This combination of fiber maturity, cloud sovereignty, cybersecurity requirements, enterprise AI, and mobile-network evolution is likely to sustain demand for Servers, Storage, Switches, and high-speed access technology even as basic consumer broadband rollout gradually reaches saturation.

Asia-Pacific

Asia-Pacific is expected to provide the strongest incremental growth opportunity because it combines some of the world's most advanced digital economies with large emerging populations that remain underconnected. The region is forecast to reach approximately 1.5 billion 5G connections by 2030, equivalent to about 50% of regional mobile connections. By June 2025, 39 commercial 5G networks were operating across 9 Asia-Pacific countries and 17 of these were based on standalone architecture. Continued expansion of 5G, fiber broadband, data centers, digital government platforms, cloud services, and AI workloads is increasing demand across every supplied product category from core Servers and Storage to Switches and GPON access equipment.

The region also contains a major digital inclusion opportunity. Around 40% of new mobile internet subscribers expected globally between 2025 and 2030 are projected to originate from Asia-Pacific, while more than 700 million covered adults remained offline in 2026. These statistics indicate that infrastructure development is moving simultaneously in two directions: advanced markets are upgrading toward AI, 5G standalone, and higher-speed networking, while emerging markets continue expanding basic broadband availability and affordability. Countries such as the Philippines illustrate this dual opportunity because operators are deploying thousands of new 5G sites and fiber lines while government programs target millions of additional broadband users.

Latin America

Latin America is expected to transition from early-stage 5G adoption toward broader commercial deployment during the forecast period. By December 2024, approximately 32 operators across 13 countries had launched commercial 5G services, while another 18 operators had announced future launch plans. Regional 5G connections are expected to exceed 400 million by 2030, with technology adoption surpassing 50% of total connections by the end of the decade. This transition will require expansion of backhaul, edge processing, network switching, fiber connectivity, and core data-center capacity, providing opportunities for Servers, Storage, Switches, and optical access infrastructure across both Commercial and Industrial applications.

The region's opportunity extends beyond mobile access because 5G deployment creates additional requirements for enterprise digitalization and fixed broadband modernization. Large metropolitan markets are increasingly integrating cloud computing, digital finance, industrial automation, smart-city applications, and data-intensive consumer services. As operators extend network coverage beyond major capitals, fiber backhaul and GPON-based fixed broadband can support network economics by serving residential, commercial, and small-enterprise customers through shared infrastructure. The expected rise from early 5G adoption toward more than half of connections by 2030 demonstrates the scale of the forthcoming technology transition and the associated need for communication equipment renewal.

Middle East & Africa

The Middle East and Africa represent highly differentiated infrastructure environments. Gulf markets are among the world's most advanced 5G adopters and are investing heavily in AI, smart cities, cloud infrastructure, and sovereign computing, while many African countries retain substantial connectivity gaps. Leading Gulf markets are expected to approach approximately 95% to 98% 5G adoption around the end of the decade, creating demand for higher-performance enterprise networking and edge infrastructure. Meanwhile, AI server investment in the Middle East has gained support from sovereign-cloud projects, broadening the Server and Storage opportunity beyond the historically dominant North American and Asian hyperscale ecosystems.

Sub-Saharan Africa offers a different growth trajectory centered on basic and intermediate digital infrastructure expansion. The region is expected to contribute nearly one-quarter of new global mobile internet subscribers between 2025 and 2030, while 5G could represent around 17% of mobile connections by the end of the decade. Expanding mobile broadband must ultimately be supported by more fiber backhaul, switching, local data centers, storage capacity, and fixed broadband infrastructure. GPON can play an important role in dense urban and enterprise corridors where fiber economics are favorable, while edge servers and regional storage facilities can reduce latency and improve availability for locally consumed digital services.

List of Top Data and Communication Companies

• Bayantel
• Bell Telecom (BellTel)
• Altimax
• Digitel
• ALPS
• PT&T
• Omron
• Vega Telecom
• Bayantel
• ABS-CBN Corp
• Smart Communications
• TE Connectivity
• PLDT
• Globe Telecom
• Liberty Telecom
• Eastern Telecom (ETPI)
• Broadband Philippines

Top 2 Companies Market Share

PLDT: Within the supplied Philippine-oriented competitive universe, PLDT is estimated to command approximately 24% of the addressable 2026 infrastructure and communication activity represented in this analysis. The company operates across fixed broadband, enterprise connectivity, data infrastructure, and wireless services through Smart Communications, providing exposure to both Commercial and Industrial connectivity requirements. Its historical network transformation has included FTTH expansion, mobile-network modernization, transport fiber, submarine systems, core-network upgrades, and 5G deployment. This broad infrastructure footprint positions PLDT strongly as data consumption continues migrating toward fiber, mobile broadband, cloud applications, enterprise ICT, and high-capacity connectivity.

Globe Telecom: Globe Telecom is estimated to represent approximately 20% of the addressable 2026 activity within the supplied competitive set, giving the two largest modeled participants a combined share of roughly 44%. Globe's infrastructure modernization accelerated during 2025, when the company added 1,549 5G sites and 115,082 FTTH lines. Its fiber subscriber base increased approximately 43% during 2025, while total broadband subscribers reached about 2.1 million from 1.7 million one year earlier. These figures demonstrate the continuing migration toward fiber and higher-capacity mobile connectivity, strengthening demand for access, switching, server, and storage infrastructure throughout its ecosystem.

Investment Analysis

Investment priorities across the data and communication market are becoming increasingly concentrated around AI-ready computing, high-speed networking, fiber, and capacity optimization. Asia-Pacific operators are expected to invest more than USD 200 billion in capital expenditure between 2025 and 2030, following approximately USD 220 billion allocated between 2019 and 2024, much of it associated with 5G infrastructure. This creates opportunities extending beyond mobile radio equipment because higher wireless capacity requires fiberized backhaul, core switching, distributed computing, storage, security, and network automation. Investors and infrastructure operators are therefore evaluating systems as interconnected platforms rather than separate capital categories, increasing the importance of vendors capable of supporting multi-layer digital infrastructure deployments.

Fiber and enterprise data infrastructure are another important investment area because a substantial difference remains between coverage and actual broadband adoption. In the Philippines, fixed broadband household penetration is targeted to reach approximately 35% in 2026 compared with 25.6% in 2022, while government-supported initiatives are expected to expand or improve broadband access for more than 20 million people by 2028. Similar infrastructure gaps across emerging economies support investment in national backbones, GPON access, enterprise fiber, regional data centers, and edge computing. At the same time, mature markets are increasingly allocating capital toward modernization, higher utilization of existing fiber, AI storage, and high-speed Ethernet rather than simple geographic expansion.

New Product Development

New product development is increasingly oriented toward AI-density, higher bandwidth, and simplified infrastructure deployment. AI servers are moving toward integrated rack-scale configurations, while ASIC-based AI servers are projected to account for nearly 28% of 2026 AI server shipments as cloud operators diversify beyond conventional GPU architectures. Networking vendors are responding by expanding 400 Gbps and 800 Gbps switching, while storage developers are optimizing systems for AI training, inference, vector databases, and unstructured datasets. These changes encourage product designs that combine computing, networking, power management, and thermal engineering rather than treating each subsystem separately. Equipment modularity is also becoming more important as customers seek infrastructure that can be expanded without complete replacement.

Communication product innovation is similarly shifting toward converged fiber and wireless environments. Globe introduced a 5G-based home broadband approach during 2025 while simultaneously expanding traditional FTTH infrastructure, demonstrating how operators can address different household economics through multiple access technologies. Fiber networks are also moving toward architectures that can support higher throughput beyond traditional GPON while retaining installed passive infrastructure. In industrial markets, equipment development increasingly emphasizes edge processing, rugged networking, secure data exchange, remote automation, and real-time analytics. As 5G approaches 50% of Asia-Pacific mobile connections by 2030, new communication products are expected to incorporate greater software control, automation, cloud integration, and interoperability with enterprise computing infrastructure.

Five Recent Developments

• July 2026 - TE Connectivity Acquisition Agreement: TE Connectivity entered into an agreement to acquire Astrodyne TDI, expanding its advanced power-management capabilities for mission-critical industrial applications. The target operates manufacturing facilities across North America, China, and Southeast Asia, strengthening TE Connectivity's position around increasingly power-intensive digital and industrial systems.
• March 2026 - Globe Telecom Fiber Expansion: Globe reported that its fiber subscriber base had increased approximately 43% during 2025, reaching around 2.1 million broadband subscribers compared with 1.7 million a year earlier, demonstrating accelerating Philippine migration toward higher-speed fixed connectivity.
• September 2025 - Eastern Telecom Infrastructure Expansion: Eastern Telecom highlighted a network footprint covering more than 4,000 fiber-lit buildings, 6 international cable networks, and a 2,500-kilometer domestic submarine cable system with 32 points of interconnection, supporting carrier and enterprise connectivity.
• July 2025 - Globe Telecom Full-Fiber Migration: Globe announced that more than 600 towns across the Philippines had been migrated to full-fiber connectivity, eliminating legacy copper infrastructure in those areas and strengthening the operator's ability to provide higher-speed broadband for households and businesses.
• April 2025 - TE Connectivity Portfolio Expansion: TE Connectivity completed its acquisition of Richards Manufacturing, adding capabilities in utility-grid connectivity and underground distribution equipment. TE Connectivity operates with more than 85,000 employees, including approximately 9,000 engineers, across around 130 countries.

Report Coverage

The Data and Communication Market report evaluates market conditions across the supplied product categories of Server, Storage, Switches, and GPON and the supplied application categories of Industrial and Commercial. The analysis considers the 2025 base environment, 2026 market conditions, and the forecast trajectory through 2035, during which the supplied market projection indicates a CAGR of 4.74%. Coverage incorporates infrastructure trends including AI servers, enterprise storage, Ethernet switching, fiber-to-the-home deployment, broadband access, 5G, edge computing, industrial digitalization, cloud infrastructure, and communication-network modernization. Regional analysis covers North America, Europe, Asia-Pacific, Latin America, and Middle East & Africa to reflect differences in connectivity maturity and infrastructure investment cycles.

The competitive assessment covers the supplied companies Bayantel, Bell Telecom (BellTel), Altimax, Digitel, ALPS, PT&T, Omron, Vega Telecom, Bayantel, ABS-CBN Corp, Smart Communications, TE Connectivity, PLDT, Globe Telecom, Liberty Telecom, Eastern Telecom (ETPI), and Broadband Philippines. The report evaluates demand drivers, restraints, opportunities, challenges, product positioning, application structure, regional infrastructure trends, investment direction, new product development, and five developments occurring between 2024 and 2026. Analytical product and application shares are modeled specifically around the four supplied product categories and two supplied application categories, while external infrastructure indicators are used to align the discussion with current 2026 data and communication technology conditions.