全球4G核心网及微服务市场研究报告（英文版）_45页_1mb

Summary of Global Cloud EPC & Microservice Market Research

Core Content

This document provides a comprehensive analysis of the Global Cloud EPC & Microservice Market, focusing on market trends, growth forecasts, competitive landscape, and key technologies. The research is conducted by Frost & Sullivan, employing both primary and secondary research methods to ensure data accuracy and market insights.

Main Points

Market Overview

• Cloud EPC is a core network virtualization product that enables the cloud transformation of telecom networks, offering high reliability, performance, and open architecture.
• Microservice architecture is a service-oriented architecture (SOA) variant, designed for flexibility, scalability, and fault isolation, enabling fast delivery and agile development.
• The market scope covers historical data from 2016 to 2019, with base year 2020 and forecast period 2021E to 2025E.

Market Drivers and Challenges

Drivers

• Growing network infrastructure due to the digitization of industries and increased demand for stable, fast, and convenient cloud services.
• CapEx and OpEx minimization as operators seek cost-effective and efficient infrastructure management.
• Expansion of online activities during the Covid-19 quarantine has accelerated the adoption of cloud EPC.
• 5G deployment and the transition from NSA to SA are key factors influencing the market.

Challenges

• SLA guarantee remains a challenge due to the complexity of cloud-based services.
• Hardware and software compatibility is a concern due to layered systems and different update cycles.
• System redundancy and inefficient operations are issues in traditional monolithic systems.

Development Trends

• Larger bandwidth and reliability are critical for future 5G and IoT applications.
• Openness and cloudification are key trends in telecom operators' system design.
• DevOps integration is becoming essential for agile application development and faster service delivery.
• Smooth evolution to 5G is a requirement for cloud-based networks, enabling network slicing and flexible architecture.

Key Market Insights

Cloud EPC Market

• The global cloud EPC market grew at a CAGR of 20.0% from 2016 to 2020, reaching a peak in 2019.
• However, the market is expected to decline at a CAGR of -7.8% from 2020 to 2025 due to the implementation of 5G NGC.
• EMEA and Asia-Pacific regions account for 70% of the global market share in 2020.
• Huawei leads the market with 40.3% market share in commercial cut-over and significant technological advantages in cloud-native architecture, CUPS, and MEC.

Microservice Market

• The transition from monolithic to microservice architecture is driven by the complexity of modern services and the need for scalability.
• Microservice architecture offers independent development, deployment, and scalability, improving delivery efficiency and system reliability.
• Technology maturity is supported by containerization, DevOps tool chains, and cloud infrastructure, with Huawei, Ericsson, Cisco, Nokia, and ZTE being major players.

Competitive Landscape

Cloud EPC Competitive Landscape

• Huawei dominates the market in terms of market share, growth rate, and product maturity.
• Key performance indicators include:
  • O&M: automation for network design, CI/CD, A/B testing, and self-healing.
  • Performance: optimization of COTS hardware and cloud OS for carrier-grade performance.
  • Reliability: redundancy mechanisms, recovery, and self-healing capabilities.
  • Network Architecture: IP-based scaling, automated management, and support for 5G.
  • Security: comprehensive solutions against internal and external threats.

Microservice Competitive Landscape

• Microservice architecture is increasingly adopted by operators due to its flexibility and scalability.
• Mainstream vendors have aligned on cloud-native principles, such as stateless design, service decomposition, container support, and CI/CD.
• Huawei is a pioneer in cloud-native EPC, offering high reliability, service-based architecture, and DevOps readiness.

Key Information

• NFV (Network Functions Virtualization) is a key enabler for cloud transformation, decoupling network functions from hardware.
• Cloud EPC is a key component of the cloud transformation in telecom networks, enabling flexible and scalable network services.
• Microservices are used in cloud environments to support fast development and deployment, as well as fault isolation and resource scalability.
• Market assumptions include stable economic and political environment and continued influence of key drivers over the forecast period.
• Data sources include secondary research, industry reports, market databases, and interviews with industry experts.

Conclusion

The global Cloud EPC & Microservice market is undergoing significant transformation due to the adoption of cloud technologies, NFV, and 5G evolution. Huawei is leading in both markets, particularly in Cloud EPC, with strong technological capabilities and proven business practices. The microservice architecture is becoming the preferred solution for flexible and scalable service delivery, especially in cloud-based environments. Future growth will be driven by 5G deployment, increased data traffic, and operator demand for cost-effective and efficient solutions.

Appendix

• Abbreviations:

  • NFV: Network Functions Virtualization
  • EPC: Evolved Packet Core
  • LTE: Long Term Evolution
  • MME: Mobility Management Entity
  • PDGNW: Packet Data Network Gateway
  • SGW: Serving Gateway
  • DevOps: Development and Operations
  • SOA: Service-Oriented Architecture
  • MSA: Microservice Structure
  • PCRF: Policy and Charging Rules Function
  • HSS: Home Subscriber Server
  • COTS: Commercial Off-The-Shelf
  • CI/CD: Continuous Integration & Continuous Deployment
  • MEC: Multi-access Edge Computing
  • CUPS: Control Plane & User Plane Separation
  • NGC: Next Generation Core
  • 5GC: 5G Core

• Methodology:

  • Combines secondary research and primary interviews with industry participants.
  • Uses historical data, macroeconomic trends, and related industry drivers for forecasting.
  • Relies on expert analysis and market engineering techniques for accurate market modeling.

• Data Sources:

  • Frost & Sullivan in-house research
  • Industry reports and market databases
  • Trade journals and industry literature
  • Annual reports and authorized organizations
  • Interviews with manufacturers and competitors

• Assumptions:

  • Stability of the social, economic, and political environment.
  • Continued influence of key drivers over the forecast period (2018–2022).

• Market Scope:

  • Review Period: 2016–2019
  • Base Year: 2020
  • Forecast Period: 2021E–2025E
  • Geographic Scope: Global
  • Target Markets: Cloud EPC Market, Microservice Market