Mobile Core Network & Multi-access Edge Computing

Dell’Oro Group’s Mobile Core Network & Multi-access Edge Computing research tracks the evolution of the mobile core as service providers transition from 4G to 5G Standalone (SA) and prepare for 5G Advanced and future 6G services. The reports analyze the global market across core network functions and MEC, providing insight into technology adoption, market growth, vendor positioning, and regional trends.

Research scope

The research examines how cloud-native, virtualized, and containerized architectures are transforming the Mobile Core Network into a more agile, service-based platform. It tracks the transition from 4G Non-Standalone (NSA) to 5G SA, as well as technological enhancements defined by 3GPP standards, including network slicing, RedCap, Voice over New Radio (VoNR), enhanced positioning, and AI/ML.

The research also covers Multi-access Edge Computing (MEC), including how the separation of core network control and user planes enables distributed User Plane Functions (UPFs) closer to users and applications.

Why it matters

As 5G Radio Access Networks become widely deployed, the Mobile Core Network is becoming a primary area of differentiation for service providers. The transition to 5G SA creates new opportunities to monetize the network, enhance users’ quality of experience, and improve operational efficiency.

However, the impact on service provider operations can be substantial, and investment strategies vary depending on strategic objectives, regional policies, and the competitive environment. Understanding these transitions helps industry participants assess where spending is headed and which technologies and vendors are positioned to benefit.

Critical questions

â—¼ 01
How quickly will the Mobile Core Network market move to 5G SA, and what trends will influence its growth?
â—¼ 02
What services and features are driving spending in the Mobile Core Network, and how will future demand evolve?
â—¼ 03
When is the transition to 6G expected to occur, and what will its impact be on Core Network spending?
â—¼ 04
How is AI likely to influence traffic patterns, revenues, and operational costs?
â—¼ 05
Which vendors lead the equipment market, and why?
â—¼ 06
What is the impact of MEC and distributed UPF deployments?

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Report Coverage

â—¼ Quarterly Reports
  • Market Metrics: Market size, vendor revenue, licenses shipped, average selling prices, and vendor market share
  • Wireless Packet Core: 5G Core (AMF, SMF, UPF); Evolved Packet Core (MME, S/PGW); TPC (GGSN, SGSN, PDSN, ASN GW); UPF including Private and Public MEC
  • IMS Core: Session Border Controllers (SBC), Voice Application Servers (VAS), and Call Session Control Function (CSCF)
  • Subscriber Data Management: 4G Home Subscriber Server (HSS) and 5G Unified Data Management (UDM)
  • Policy: 4G Policy and Charging Rules Function (PCRF) and 5G Policy Control Function (PCF)
  • Signaling: 4G (DRA, DEA) and 5G (SCP, BSF, SEPP)
  • Circuit Switched Core: Media Gateway and Softswitch
  • Regional Coverage: North America, EMEA, Asia Pacific, China, and CALA
â—¼ 5-Year Forecasts
  • Market Forecasts: Five-year revenue, licenses, average selling prices, and regional forecasts by product category
  • Technology Coverage: Wireless Packet Core, IMS Core, Subscriber Data Management, Policy, Signaling, and Circuit Switched Core
  • MEC: Revenue forecasts for distributed UPF, including Private and Public MEC
  • Regional Forecasts: North America, EMEA, Asia Pacific, China, and CALA

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