Market Size of 5G Infrastructure for Education (2024 – 2030)

The market size of 5G Infrastructure for Education stood at USD 924.00 million in 2023 and is anticipated to reach USD 6451.93 million by 2030. Over the forecast period spanning from 2024 to 2030, the market is poised to expand at a Compound Annual Growth Rate (CAGR) of 32%.

5G Infrastructure for Education Market Overview

The sector of educational 5G infrastructure, nestled within the telecommunications domain, is experiencing rapid expansion. 5G, the latest iteration of mobile network technology, boasts superior speed, reduced latency, and heightened capacity compared to its predecessors. This technological advancement holds the potential to revolutionize the delivery of educational content by universities, both on-campus and online. A notable educational advantage of 5G lies in its ability to facilitate expansive, interactive online classrooms, enabling live interaction between teachers and students across the globe during lectures and discussions. Such capabilities present novel opportunities for collaboration and online education, thereby broadening access to education and mitigating costs for learners. Furthermore, 5G technology facilitates the integration of virtual and augmented reality (VR and AR) into the classroom, offering students access to immersive visualizations and simulations that aid in understanding complex concepts.

The educational infrastructure market for 5G stands to fundamentally reshape the dissemination of knowledge by educational institutions, owing to its support for virtual and augmented reality, high-bandwidth applications, mobile devices, interactive large-scale online classes, and other technologies. Nevertheless, addressing challenges such as deployment costs and the necessity for educators to acclimate to new technologies remains imperative.

Global Drivers of 5G Infrastructure for Education Market:

Amplification of online educational resource accessibility through 5G infrastructure drives market expansion.

The inherent benefit of 5G for education lies in its ability to support high-bandwidth activities such as online gaming and video streaming. Consequently, institutions may diversify their online course offerings to encompass interactive games, virtual lab simulations, and video-based lectures. The availability of educational content via 5G on-demand can potentially enhance students' learning outcomes and engagement with the subject matter. Moreover, the utilization of mobile devices like laptops, tablets, and smartphones is facilitated within the classroom environment through 5G infrastructure, enabling real-time collaboration and information exchange among students, regardless of their geographical location. Additionally, 5G facilitates access to learning materials and digital textbooks on mobile devices, thereby reducing textbook expenses and enhancing learning convenience.

The surge in demand for 5G infrastructure, catalyzed by COVID-19, coupled with its efficacy in fostering learning and engagement through VR/AR, enabling online learning, cost reduction, facilitating mobile device collaboration, and supporting IoT/AI for personalized education, propels global market growth.

The COVID-19 pandemic has significantly impacted the educational landscape, resulting in an increased demand for 5G infrastructure. Leveraging cutting-edge technologies like virtual and augmented reality in education becomes more feasible with 5G technology, owing to its enhanced speed, reduced latency, and increased capacity. Educational institutions can now conduct live online classes and discussions globally, thus necessitating governmental investments in 5G-enabled educational resources and infrastructure to mitigate deployment costs and expand student access. Moreover, 5G technology enhances the efficacy and personalization of education, while also supporting IoT and AI applications.

Global Challenges Facing 5G Infrastructure for Education Market:

One of the primary impediments to global market growth is the cost associated with establishing 5G infrastructure. Institutions may incur substantial expenses in procuring new hardware and software to fully leverage 5G technology. Furthermore, ensuring comprehensive coverage, particularly in remote or rural areas, poses a challenge, potentially limiting students' access to 5G-enabled educational resources. Additionally, educators' adaptation to new technologies and pedagogies presents a hurdle; to integrate VR and AR into the classroom with 5G, educators must develop interactive online content delivery skills, necessitating significant time and resource commitments, and the establishment of new educator training programs.

Global Opportunities in 5G Infrastructure for Education Market:

The global market for 5G Infrastructure for Education presents various opportunities:

• Distance learning and online education are facilitated by 5G technology, enabling educational institutions to broaden their program offerings, thereby increasing student access to education and reducing costs.
• Integration of virtual and augmented reality (VR and AR) into the classroom enhances learning, fostering interactivity and engagement, thereby opening avenues for collaboration and distance learning.
• Deployment of IoT devices and AI in educational settings, supported by 5G technology, enhances institutional effectiveness and efficiency while personalizing learning experiences for students.
• Smart classrooms, enabled by 5G technology, offer enhanced interactive learning experiences for students, thereby increasing institutional effectiveness and personalization of learning.
• Professional development opportunities for educators to produce and deliver interactive online content and effectively utilize VR and AR in the classroom, facilitated by 5G technology.

Impact of COVID-19 on Global 5G Infrastructure for Education Market:

The global 5G infrastructure for education market has been significantly impacted by the COVID-19 pandemic. School closures and the transition to online and remote learning have propelled the demand for 5G infrastructure. Educational institutions are increasingly adopting 5G infrastructure to conduct live, interactive lectures and discussions globally. However, economic downturns resulting from the pandemic may constrain educational institutions' ability to invest in 5G infrastructure and advanced technologies. Additionally, the pandemic has underscored the disparities in internet connectivity, which may hinder students' access to 5G-enabled educational resources in underserved or remote areas. Nonetheless, the pandemic has emphasized the necessity for institutions to adopt technology-enabled teaching methods, thereby driving increased demand for 5G infrastructure in the education sector.

Recent Developments in the Global 5G Infrastructure for Education Market:

In December 2022, Ericsson expanded its production and operations in Pune, India, in response to the escalating demand for 5G network deployments, collaborating with a local business in Pune to ensure timely production of 5G network components and services. In August 2022, Huawei, in collaboration with partners, explored the potential of information and communications technology (ICT) in supporting inclusive and modern education. In June 2022, Kajeet, a leading provider of managed IoT and private wireless connectivity, partnered with Google to deploy its Private 5G Platform on Google Distributed Cloud Edge, potentially reshaping the educational development landscape in the future.

Segmentation of the 5G Infrastructure for Education Market: By Component

• Hardware
• Software
• Services
• Others

The global market for 5G infrastructure catering to educational needs comprises several segments, with hardware constituting the largest segment. This category encompasses essential physical components such as nodes, switches, and routers necessary for constructing 5G networks. The software segment is poised for significant growth during the forecast period, driven by increasing demand for software applications and tools facilitating the management, monitoring, and control of 5G networks. Within the services segment, deployment, integration, and management services for 5G networks are encompassed. Other components of the 5G Infrastructure for Education market include antennas, base stations, and base transceiver stations. These components collectively underpin the advancement and application of 5G technology in the educational sector.

Global Segmentation of 5G Infrastructure for Education Market: By Application

• On-Campus
• Distance Learning

5G infrastructure holds promise for enhancing both on-campus and online educational environments. On-campus, it enables the creation of virtual classrooms and facilitates seamless sharing of educational resources such as readings and lectures. Additionally, real-time audio and video conferencing, as well as immersive virtual reality simulations, can enrich the learning experience. In distance learning scenarios, 5G technology empowers students to access course materials, attend lectures, and engage with peers and instructors from any location. It also facilitates interactive tools like real-time audio and video conferencing, virtual reality simulations, and collaborative learning platforms. Consequently, students can conveniently access resources and participate in online courses irrespective of time and location, thanks to the deployment of 5G infrastructure.

Global Segmentation of 5G Infrastructure for Education Market: By End-User

• K-12 Schools
• Higher Education Institutions
• Vocational Schools

End users in the global 5G infrastructure for the education market encompass K–12 schools, higher education institutions, and vocational schools. K–12 schools stand out as the primary end users owing to their need for fast internet connectivity to facilitate student access to educational resources and tools. The integration of 5G technology enables quicker and more efficient data access and sharing within these institutions. Higher education institutions are increasingly leveraging 5G technology to offer online lectures, classes, and educational resources to their students.

Global Segmentation of 5G Infrastructure for Education Market: By Region

• North America
• Europe
• Asia Pacific
• Middle East
• Latin America

The global market for 5G infrastructure tailored for educational purposes is propelled by the growing demand for high-speed internet access and the widespread adoption of advanced technologies. North America leads this market, driven by the presence of major corporations such as AT&T, Verizon, and T-Mobile. In Europe, significant players like Vodafone and Telefonica contribute to market growth. The Asia Pacific region benefits from rising government expenditure and the presence of major players like China Mobile and Softbank. The Middle East's expanding economy and increasing demand for high-speed internet are expected to drive steady growth in the 5G infrastructure for education market.

Key Players in the Global 5G Infrastructure for Education Market:

1. Ericsson
2. Nokia
3. Huawei
4. Kajeet
5. ZTE
6. Intel
7. JIO
8. Airtel