| Study Period | 2021 - 2032 |
| Market Size in 2025 | USD 11.7 Billion |
| Market Size in 2026 | USD 13.8 Billion |
| Market Size by 2032 | USD 39.5 Billion |
| Projected CAGR | 19% |
| Largest Region | North America |
| Fastest-Growing Region | Asia-Pacific |
| Market Structure | Semi-Consolidated |
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The virtualized evolved packet core (vEPC) market size was USD 11.7 billion for 2025, and it will grow by 19.0% during 2026–2032, to reach USD 39.5 billion by 2032. This growth is supported by the transition from hardware-based core networks to software-defined and virtualized architectures, enabling telecom operators to improve scalability, flexibility, and cost efficiency. vEPC allows network functions to run on virtual machines or cloud infrastructure, reducing dependence on proprietary hardware and enabling faster deployment of network services.
The increasing demand for high-speed data connectivity, rapid expansion of mobile broadband usage, and the shift toward cloud-native telecom infrastructure are driving adoption. According to the International Telecommunication Union, global internet usage continues to rise, reaching approximately 5.5 billion users in 2024, representing about 68% of the global population, with connected users generating rapidly increasing data traffic. Telecom operators are therefore modernizing their core networks to handle growing bandwidth requirements and enable efficient network management.
The most consequential transformation reshaping the vEPC market is the industry-wide migration from virtualized machine-based deployments toward fully cloud-native architectures built on containers and microservices aligned with the Cloud Native Computing Foundation ecosystem. Traditional vEPC implementations that ran virtual network functions on hypervisor-based virtual machines are progressively giving way to containerized network functions (CNFs). CNFs decouple software from infrastructure, enabling continuous integration and deployment pipelines, automated lifecycle management, and distributed deployment across central, edge, and private network environments.
The European Telecommunications Standards Institute, which governs NFV standards globally, has progressively incorporated cloud-native principles into its NFV framework, with Management and Orchestration (MANO) enabling lifecycle management of both virtualized and cloud-native network services across diverse infrastructure environments.
The deployment of 5G Standalone (SA) networks is accelerating this architectural transition. These networks are built on service-based architectures that favor cloud-native design principles over legacy hardware-centric EPC models. Operators such as T-Mobile US, Reliance Jio, and China Mobile are advancing cloud-native core deployments to support scalable and low-latency network services.
The single most powerful external force propelling vEPC adoption is the acceleration of 5G Standalone network deployments alongside the systemic retirement of legacy 2G and 3G infrastructure worldwide. These forces operate as complementary demand mechanisms. 5G SA expansion requires cloud-native core network procurement, while legacy network decommissioning reduces reliance on hardware-based EPC infrastructure that previously absorbed operator capex. Each 5G Standalone network deployment requires the implementation of a cloud-native 5G Core, while legacy network sunsets accelerate the transition toward virtualized and software-defined core architectures. As 5G SA penetration deepens across emerging markets including Southeast Asia, Latin America, and the Middle East, each wave of deployment represents incremental demand for virtualized core solutions.
Major operator deployments and regulatory developments are actively reinforcing this architectural shift. T-Mobile US has expanded its nationwide 5G Standalone network using a cloud-native core to enhance network slicing and low-latency capabilities, setting a benchmark for large-scale SA adoption. In India, Reliance Jio has deployed a standalone 5G network based on cloud-native core architecture, accelerating the shift toward virtualized packet core infrastructure across high-growth markets. Regulatory initiatives supporting legacy network shutdowns and spectrum refarming, including those encouraged by the Federal Communications Commission, are prompting operators to modernize their core networks, thereby reinforcing demand for virtualized core solutions. Telefonica S.A. activated a commercial 5G Standalone network in Germany in 2025 using Ericsson's cloud RAN technology, highlighting the integration of cloud-native core and virtualized RAN to enable end-to-end software-defined network architectures.
Despite robust demand fundamentals, the vEPC market faces a structural restraint in the form of interoperability complexity and the risk of proprietary vendor lock-in that complicates multi-vendor deployment strategies. vEPC environments typically involve integration across multiple layers: NFV infrastructure, virtual network functions, management and orchestration (MANO) systems, and underlying cloud or on-premises hardware. Each layer may originate from different vendors operating on interfaces that are not fully standardized in practice, even where European Telecommunications Standards Institute NFV specifications nominally apply. Operators pursuing open and disaggregated core architectures frequently encounter integration overhead that extends deployment timelines, elevates operational costs, and partially offsets the capex savings that vEPC adoption is expected to deliver.
Realizing these efficiencies depends on successful multi-vendor integration, a requirement that smaller operators and those in markets with limited NFV expertise may struggle to meet without substantial managed services support. For vEPC vendors, this restraint creates a bifurcated strategic dynamic. Large, integrated vendors such as Ericsson and Nokia benefit from end-to-end portfolio depth that reduces customer integration risk, while pure-play and niche vendors face elevated customer acquisition barriers where procurement decisions increasingly prioritize integration assurance over feature differentiation. The trajectory of this restraint depends on the pace of open-source MANO standardization and operator experience accumulation, both of which are progressing unevenly across geographies and operator tiers.
Beyond the telecom operator segment, enterprise private LTE and 5G network adoption is creating a structurally distinct and rapidly scaling demand channel for vEPC solutions. Manufacturers, logistics operators, port authorities, mining companies, and healthcare institutions are deploying dedicated cellular networks requiring virtualized core network functions to manage traffic, enforce policy, and enable network slicing. These capabilities are delivered with greater flexibility and cost efficiency through virtualized core architectures compared to hardware-based EPC systems. Germany’s Bundesnetzagentur has awarded 123 spectrum licenses for private 5G networks, enabling industrial entities to deploy dedicated cellular infrastructure. This licensing activity is accelerating adoption of enterprise-grade virtualized core solutions.
The rapid proliferation of connected devices across industrial and enterprise environments is further expanding the need for scalable and programmable core network solutions. Virtualized packet core platforms enable operators and enterprises to efficiently manage large-scale device ecosystems with differentiated quality of service and dynamic network configuration. Enterprise-led deployments are reinforcing this demand trajectory, with Bosch implementing private 5G networks across its manufacturing facilities to enable real-time automation and connected production systems. The ability to support network slicing, delivering dedicated virtual network instances for specific enterprise applications, continues to position private LTE and 5G networks as a high-growth avenue for vEPC deployment globally.
The solutions category holds the larger market share, of 70%, in 2025, driven by the deployment of virtualized core network platforms that enable telecom operators to replace traditional hardware-based systems. These solutions include software-defined networking, network function virtualization, and orchestration platforms, which are essential for modern telecom infrastructure. This dominance is further supported by large-scale vendor deployments, with Nokia reporting that its cloud-native core software solutions have been adopted by over 100 telecom operators globally, highlighting the widespread implementation of virtualized core platforms across commercial networks.
The services category will have the higher CAGR, of approximately 19.7%, driven by increasing demand for consulting, integration, and managed services. As telecom operators transition to virtualized environments, they require specialized expertise to implement, manage, and optimize vEPC solutions. The growing complexity of multi-vendor and cloud-native environments is further accelerating reliance on third-party service providers to ensure seamless deployment and lifecycle management of virtualized core networks.
The components analyzed in this report are:
Solutions (Larger Segment)
Services (Faster-Growing Segment)
The 4G category holds the larger market share, of 75%, in 2025, due to their widespread global deployment and continued relevance in mobile connectivity. Telecom operators continue to invest in optimizing 4G networks to support growing data traffic and ensure coverage in underserved regions. This sustained dominance is supported by the extensive installed base, with Ericsson reporting that global 4G subscriptions are approximately 4.7 billion, reflecting the widespread deployment of LTE networks worldwide, although subscriptions are gradually declining as users transition toward 5G connectivity.
The 5G category will have the higher CAGR, of approximately 19.5%, driven by global rollout of next-generation networks. 5G requires advanced core network capabilities, making vEPC a critical component in enabling ultra-low latency and high-speed connectivity. As operators increasingly transition toward standalone 5G architectures, the need for cloud-native and virtualized core solutions is accelerating, further supporting the rapid growth trajectory of this segment.
The network types analyzed in this report are:
The cloud category holds the larger market share, in 2025, and it will have the higher CAGR, of approximately 19.4%, driven by its scalability, cost efficiency, and flexibility. Cloud-based vEPC solutions enable telecom operators to deploy and manage network functions dynamically, reducing infrastructure costs and improving operational efficiency. This is reflected in large-scale virtualization initiatives by operators such as AT&T, which has transitioned a substantial portion of its network functions to software-based and cloud-native platforms as part of its long-term network transformation strategy.
The deployment modes analyzed in this report are:
The telecom operators category holds the larger market share, of 70%, in 2025, driven by their role as primary providers of mobile network services. They are investing heavily in network virtualization to enhance service delivery and reduce operational costs, supported by ongoing modernization initiatives, with Telefonica advancing its cloud-native core network transformation across multiple markets to improve network agility and service scalability.
The enterprises category will have the higher CAGR, driven by increasing adoption of private networks and demand for secure and reliable connectivity solutions.
Industries such as manufacturing, logistics, and healthcare are leveraging vEPC solutions to enable digital transformation, further supported by enterprise network deployments enabled through platforms such as Ericsson Private 5G, which is being adopted across industrial sites to deliver secure, dedicated connectivity for mission-critical operations.
The end users analyzed in this report are:
The LTE, VoLTE, and VoWiFi category holds the largest market share, of 55%, in 2025, driven by widespread adoption of voice and data services over LTE networks. These applications form the backbone of mobile communication services, supporting a large user base globally. Ericsson reports that 4G networks continue to represent the largest share of global mobile subscriptions, accounting for approximately 49% of total subscriptions, reinforcing ongoing investments in LTE core optimization and virtualization.
The IoT and M2M category will have the highest CAGR, driven by increasing deployment of connected devices across industries. These applications require scalable and efficient network infrastructure, which is enabled by vEPC solutions. The rapid expansion of enterprise digitalization and connected ecosystems is accelerating demand for virtualized core networks capable of managing large-scale device connectivity with flexible and programmable network capabilities.
The applications analyzed in this report are:
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The U.S. represents the largest country market within North America, driven by advanced telecom infrastructure, early adoption of 5G standalone networks, and strong presence of leading operators. In 2023, the three major U.S. carriers, including AT&T, T-Mobile US, and Verizon Communications, collectively invested over USD 30 billion in network infrastructure, supporting one of the most advanced 5G core deployment ecosystems globally. T-Mobile US's nationwide 5G standalone network, combined with AT&T and Verizon Communications's expanding standalone deployments, creates structural demand for cloud-native packet core platforms, including vEPC and 5G core evolution, capable of supporting network slicing, ultra-low latency applications, and enterprise private network deployments. The large base of mobile virtual network operators (MVNOs) in the U.S. adds an additional demand layer, as these operators increasingly adopt vEPC-as-a-service models to reduce capital expenditure.
Asia-Pacific will have the highest CAGR, of approximately 19.9%, driven by the world's largest concentration of 5G subscribers, among the most active network infrastructure investment programs, and strong government-led digitalization mandates across the region's major economies. China stands as the largest country market, with 5G connections exceeding 50% of total mobile subscriptions in 2024, supported by coordinated state investment through China Mobile, China Unicom, and China Telecom. The country has deployed over 4 million 5G base stations, according to the Ministry of Industry and Information Technology, and continues to expand 5G standalone core networks under national New Infrastructure initiatives, creating sustained demand for cloud-native packet core platforms, including vEPC and 5G core evolution.
South Korea remains a global leader in 5G commercialization, characterized by early standalone deployments and high subscriber penetration supported by advanced network densification strategies. Japan is accelerating virtualized and open network adoption through initiatives led by NTT Docomo and KDDI, focusing on 5G core deployment, Open RAN integration, and enterprise network services. In Australia, 5G rollout continues to expand through spectrum allocation frameworks and operator investments, including those by Telstra, supporting private LTE and 5G deployments across mining, energy, and infrastructure sectors. These developments collectively reinforce Asia-Pacific’s position as the fastest-growing regional market for virtualized core network solutions.
India represents the fastest-growing country market within Asia-Pacific and one of the highest-trajectory vEPC markets globally. The DOT confirms that 5G services reached all states and union territories by October 2024. Over 460,000 5G base transceiver stations have been deployed across 779 of 783 districts, representing one of the fastest nationwide rollout scales globally. This deployment density necessitates scalable, software-defined core network infrastructure to manage surging data traffic.
Reliance Jio's deployment of 5G Standalone architecture and Bharti Airtel's Non-Standalone 5G network have created parallel virtualized core evolution pathways. Both operators are continuously expanding network capacity and coverage. Nokia's Mobile Broadband Index (MBiT) highlights that 5G accounts for over one-third of India's mobile data traffic. This traffic share reflects rapid adoption and increasing network load across the country's expanding subscriber base. The country's large broadband user base and government-led initiatives to upgrade thousands of villages from legacy networks to 4G connectivity are accelerating demand for flexible, cloud-native packet core solutions. India is emerging as a critical growth engine for vEPC vendors over the forecast period.
The regions and countries of the market are as follows:
The market is semi-consolidated, with a mix of global telecom equipment providers and software vendors competing in the space. High entry barriers, including technological complexity, regulatory requirements, and the need for large-scale infrastructure deployment, limit new entrants. Established players benefit from strong R&D capabilities, long-term contracts with telecom operators, and integrated solution offerings. However, increasing demand for cloud-native and open network solutions is enabling new players to enter the market, maintaining a competitive landscape.
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