プライベートLTE／5Gネットワーク市場　第4版

• Insights from 35 new executive interviews with market leading companies.
• 360-degree overview of the private LTE/5G ecosystem.
• Comprehensive overview of spectrum availability for private LTE/5G network deployments.
• Analysis of market trends and key developments.
• Updated profiles of 43 key private LTE/5G solution providers.
• Detailed market forecast on private LTE/5G network deployments, market value and IoT device shipments by technology and vertical market lasting until 2030.

Private LTE/5G network deployments reached 6,500 in 2025

Private LTE/5G networks, referred to as non-public networks by the 3GPP, are networks that use spectrum defined by the 3GPP and LTE or 5G NR base stations, small cells and other radio access network (RAN) infrastructure to transmit voice and data to edge devices. For the purpose of this report, Berg Insight defines a private cellular network as a 3GPP-based private LTE/5G network built for the sole use of a private entity such as an enterprise or government organisation. Private LTE/5G networks offer numerous benefits, including strong security and reliability, high bandwidth, low latency, smooth handoffs for mobile use cases and compatibility with public networks for increased coverage.

The private cellular network market is undergoing a transformation, driven by the increasing availability of dedicated spectrum, evolving device ecosystem and growing number of latency-sensitive enterprise use cases. While the market historically has been mainly supply-driven, it is today increasingly driven by organic demand from end users.

The major RAN vendors (Ericsson, Nokia and Huawei) have achieved significant progress in the private cellular network market in recent years and all play important roles as end-to-end solution providers. Nokia is the largest private LTE/5G network solution vendor of the three with about 960 customers and over 2,000 private network deployments at the end of 2025. However, Nokia announced in November 2025 that it is looking to divest its flagship Nokia DAC solution in favour of focusing more on its other larger segments. Several other noteworthy exits took place in 2025, including divestments by the cloud service providers AWS and Microsoft, signalling a significant shift in the industry.

A number of small cell and other RAN equipment providers offer competitive LTE/5G radio products and in some cases complete private network offerings, including Airspan Networks, Askey, AW2S, Baicells, Benetel, BLiNQ Networks, Cablefree, Celona, Firecell, GXC, JMA Wireless, Mavenir, Microamp, Samsung Networks, Sercomm, Star Solutions, Telrad, XCOM RAN and ZTE. Important specialised core network software (EPC/5GC) vendors include AttoCore, Blue Arcus, Cisco, Cumucore, Druid Software, Expeto, Hewlett Packard Enterprise (HPE), Highway 9, IPLOOK, Onomondo, Obvios and Pente Networks. In total, RAN and EPC/5GC offerings for private networks are available from close to 60 vendors.

Private LTE/5G network deployments are growing rapidly, with an increasing number of organisations prioritising production-grade deployments over the extensive trials that previously characterised the market. Berg Insight estimates that there were 6,500 private LTE/5G networks, excluding proof-of-concept (PoC) projects, deployed across the world at the end of 2025, up from 4,700 networks in the previous year. The private LTE/5G network market can be divided into two main segments: Enterprise and Wide Area Networks (WAN). Enterprise networks are smaller, typically covering areas ranging from single buildings to mid-sized cities. WANs extend across much larger areas, sometimes entire countries, and are typically owned by government organisations or utilities and used for critical communications.

The market value for private LTE/5G network solutions reached an estimated US$ 2.4 billion in 2025. The Enterprise and WAN segments accounted for US$ 1.1 billion and US$ 1.3 billion respectively. The figures do not take into account adjacent revenue streams such as installation, system integration and cross-selling of other adjacent products and services. Berg Insight believes that the market value for private LTE/5G network solutions will grow at a steady pace over the next five years, largely driven by new network deployments. Revenue growth will also be driven by upgrades and expansions of existing networks, as enterprises add new applications and transition from LTE to 5G. Growing at a CAGR of 38 percent, the total market value for private LTE/5G network solutions is forecasted to reach US$ 12.0 billion in 2030.

Table of Contents

Executive Summary
1 Private Cellular Networks
1.1 Introduction
1.2 Spectrum for private LTE/5G networks
1.2.1 5G spectrum bands
1.2.2 Licensed spectrum
1.2.3 Unlicensed spectrum
1.2.4 Shared spectrum
1.3 Private LTE/5G network components
1.4 Private LTE/5G network deployment models
1.5 Private cellular network market segmentation
1.5.1 IT networks
1.5.2 Neutral host networks
1.5.3 IoT networks
1.5.4 Pop-up networks
1.5.5 Critical communications networks
2 Market Forecasts and Trends
2.1 Market analysis
2.2 Private LTE/5G industry players
2.2.1 Private LTE/5G solution providers
2.2.2 Additional vendors
2.2.3 Private LTE/5G IoT device ecosystem
2.2.4 System integrators
2.3 Private network market sizing and forecast
2.3.1 Private LTE/5G network deployments
2.3.2 Private LTE/5G network market value
2.4 Vertical markets and network cost
2.5 Regional markets
2.5.1 Private LTE/5G network deployments in Europe
2.5.2 Private LTE/5G network deployments in North America
2.5.3 Private LTE/5G network deployments in the rest of the world
2.6 Significant private LTE/5G deployments
2.6.1 Significant private LTE/5G campus and FAN network deployments
2.6.2 Significant private LTE/5G WAN network deployments
2.7 Edge device shipments for private LTE/5G networks
2.8 Market trends
2.8.1 The private LTE/5G industry experiences a slowdown in M&A activity
2.8.2 Market exits reshape the private networks landscape
2.8.3 Pop-up networks gain traction
2.8.4 New regulations alter private LTE/5G network market conditions
2.8.5 Wi-Fi to remain complementary to private LTE/5G with the launch of Wi-Fi 7
2.8.6 Is network slicing a substitute for private networks?
2.8.7 Assessing the role of O-RAN in private LTE/5G networks
2.8.8 Neutral host solutions expand private network use cases
3 Company Profiles and Strategies
3.1 Private LTE/5G solution vendors
3.1.1 Accelleran
3.1.2 Airspan Networks
3.1.3 Amarisoft
3.1.4 Askey
3.1.5 Asocs
3.1.6 AttoCore
3.1.7 AW2S
3.1.8 AWS
3.1.9 Baicells Technologies
3.1.10 Benetel
3.1.11 BLiNQ Networks
3.1.12 Blue Arcus
3.1.13 CableFree
3.1.14 Celona
3.1.15 Cisco
3.1.16 Cumucore
3.1.17 Druid Software
3.1.18 Ericsson
3.1.19 Expeto
3.1.20 Firecell
3.1.21 G REIGNS
3.1.22 GXC
3.1.23 Hewlett Packard Enterprise (HPE)
3.1.24 Highway 9
3.1.25 Huawei
3.1.26 IPLOOK
3.1.27 JMA Wireless
3.1.28 Mavenir
3.1.29 Microamp
3.1.30 Microsoft
3.1.31 Moso Networks
3.1.32 Nokia
3.1.33 Onomondo
3.1.34 Obvios
3.1.35 Pente Networks
3.1.36 QCT
3.1.37 Radisys
3.1.38 Samsung
3.1.39 Sercomm
3.1.40 Star Solutions
3.1.41 Telrad
3.1.42 XCOM RAN
3.1.43 ZTE Corporation
Glossary

List of Figures

Figure 1.1: Typical characteristics of different network options for enterprises …… 4
Figure 1.2: Key characteristics of low-, mid- and high-band spectrum ……. 6
Figure 1.3: Dedicated local spectrum assigned by country (Q4-2025) ……. 7
Figure 1.4: Notable license holders in the 400 MHz bands (Global 2025-2026) ….. 9
Figure 1.5: CBRS band overview ……………… 11
Figure 1.6: Structure of a private LTE/5G network …………. 12
Figure 1.7: RAN components and comparison between traditional RAN and O-RAN … 13
Figure 1.8: Private cellular network deployment models ………… 14
Figure 1.9: Potential sites for deploying private cellular networks ……… 15
Figure 1.10: Private cellular network use case segments ……….. 16
Figure 1.11: Performance requirements for demanding industrial use cases ……. 18
Figure 2.1: Key private LTE/5G solution providers ………… 24
Figure 2.2: Other private LTE/5G solution vendors ………….. 25
Figure 2.3: Private LTE/5G IoT device ecosystem …………. 26
Figure 2.4: Private LTE/5G network deployments by technology (World 2024–2030) … 28
Figure 2.5: Private LTE/5G network solutions revenues by segment (World 2024–2030) … 29
Figure 2.6: Private LTE/5G Enterprise segment – revenues by region (2024–2030)…… 30
Figure 2.7: Private LTE/5G WAN segment – revenues by region (2024–2030) ….. 31
Figure 2.8: Private LTE/5G network deployments by vertical market (World 2025) …. 32
Figure 2.9: Private LTE/5G use case example by vertical……….. 33
Figure 2.10: Private LTE/5G deployments by region (World 2025) …….. 34
Figure 2.11: Private LTE/5G network deployments by country (Europe 2025) ….. 35
Figure 2.12: The spectrum landscape in Europe (2025) ………… 36
Figure 2.13: Map of ongoing private 5G network trials in France …….. 37
Figure 2.14: Private LTE/5G network deployments by country (North America 2025)… 39
Figure 2.15: 900 MHz licensing landscape in the US ……….. 40
Figure 2.16: Private LTE/5G deployments by country (Asia Pacific 2025) …… 41
Figure 2.17: Private LTE/5G deployments by country (Latin America 2025) …… 42
Figure 2.18: Private LTE/5G deployments by country (Middle East & Africa 2025) …. 43
Figure 2.19: Significant private LTE/5G campus and FAN networks (2023–2025) ….. 44
Figure 2.20: Private LTE/5G WANs for public safety – status by country (2025) ….. 48
Figure 2.21: Significant private LTE/5G WAN utilities networks ………. 49
Figure 2.22: IoT device shipments for private LTE/5G networks (World 2024–2030) …. 50
Figure 2.23: Technology positioning of RedCap in relation to eMBB, URLLC and mMTC .. 51
Figure 2.24: Private LTE/5G IoT connections (World 2024–2030) ………. 52
Figure 2.25: M&A activity in the private cellular network market (2017–2025) …… 54
Figure 3.1: Business activities of key private LTE/5G solution vendors ……. 60
Figure 3.2: Airspan’s small cell portfolio ……………. 63
Figure 3.3: Amarisoft’s 4G/5G core network architecture ……….. 65
Figure 3.4: Askey’s 5G private network portfolio overview ………… 66
Figure 3.5: Blue Arcus Private Cellular architecture …………. 71
Figure 3.6: Celona’s private 5G LAN solution ………….. 72
Figure 3.7: The Cisco Private 5G service offering ………….. 74
Figure 3.8: Cisco Private 5G overview ……………. 75
Figure 3.9: The Raemis technology platform …………… 77
Figure 3.10: Ericsson Enterprise Wireless Solutions portfolio ………. 78
Figure 3.11: Ericsson Enterprise 5G components …………. 79
Figure 3.12: Ericsson Mission Critical Networks features ……….. 80
Figure 3.13: Ericsson private cellular network projects by vertical (Q4-2025) …… 81
Figure 3.14: Examples of Ericsson’s mission critical network deployments …… 82
Figure 3.15: Expeto’s enterprise cellular network solution ………… 83
Figure 3.16: Firecell’s private 5G solutions …………… 85
Figure 3.17: REIGN CORE S2 product description ………….. 86
Figure 3.18: GXC’s Onyx end-to-end private network solution …….. 87
Figure 3.19: The Aruba Networking Private 5G Management Dashboard …… 89
Figure 3.20: The Highway 9 Mobile Cloud solution ………….. 91
Figure 3.21: DBS5900 Distributed Base Station (left) & UEN Core Network (right) …. 92
Figure 3.22: Huawei’s private 5G core architecture ………….. 93
Figure 3.23: JMA Wireless’ private network and public network extension combination …. 94
Figure 3.24: Microamp CellBox Air gNodeB ……………. 96
Figure 3.25: Moso Networks’ private network solution ………… 99
Figure 3.26: Nokia Digital Automation Cloud (DAC) overview…….. 101
Figure 3.27: Nokia mission-critical enterprise customer examples ……… 102
Figure 3.28: Nokia private wireless customer statistics (Q3-2025) ………. 103
Figure 3.29: QCT OmniPOD overview ………….. 105
Figure 3.30: Radisys’ software solution for CBRS networks ……….. 106
Figure 3.31: Samsung’s private LTE/5G network solution ………. 107
Figure 3.32: Sercomm’s indoor enterprise small cells ………. 109
Figure 3.33: Star Solutions’ maritime offering ………… 110
Figure 3.34: ZTE’s 5G private network products …………. 112