世界のセルラーIoTアンテナ市場　第2版

Berg Insigt（ベルグインサイト）「世界のセルラーIoTアンテナ市場　第2版 – The Global Cellular IoT Antenna Market – 2nd Edition」は 世界のセルラーIoTアンテナ市場における主要32社のアンテナベンダを調査し、最新動向および市場開発について分析しています。

主な掲載内容

• IoTネットワーク＆通信
  • IoTデバイスにおける無線システムのアーキテクチャ
  • アンテナの基礎知識
  • アンテナ統合考察
  • IoTアンテナのフォームファクタ
  • IoT向けセルラーアンテナソリューション
  • 内部アンテナ
    • オフボード FPC/PCBアンテナ
    • オンボードPCBアンテナ／チップアンテナ
    • メタルスタンプアンテナ
    • 基板トレースアンテナ（PCBトレースアンテナ）
    • ワイヤーアンテナ
    • LDSアンテナ
  • 外部アンテナ
  • 2Gから5GまでのセルラーIoT
    • 2G／3Gモバイルネットワーク
    • 4G LTE モバイルネットワーク
    • 4G／5GモバイルIoTネットワーク（LTE-MおよびNB-IoT）
    • 5Gモバイルネットワーク
  • セルラーとLPWA技術のコスト比較
• 市場予測＆動向
  • 市場分析と予測
    • セルラーIoTモジュールの市場分析と予測
    • セルラーIoTアンテナ市場予測
    • セルラーIoTアンテナベンダ状況
    • 内部アンテナ市場分析
    • 外部アンテナ市場分析
    • OEM自動車アンテナ市場分析
  • 市場動向
• 企業情報と戦略
  • セルラーIoTアンテナベンダ

Report Overview

The Global Cellular IoT Antenna Market analyses the latest trends and developments on the IoT antenna market covering 32 antenna vendors. This strategic research report from Berg Insight provides you with 85 pages of unique business intelligence including 5-year industry forecasts and expert commentary on which to base your business decisions.

Berg Insight has done a major survey among all the IoT antenna vendors and found that the global cellular IoT antenna market is served by a multitude of players of different sizes, with diverse portfolio strategies and varying degrees of specialisation when it comes to antennas. Berg Insight estimates that shipments of cellular IoT antennas will grow at a compound annual growth rate (CAGR) of 7.9 percent from 757 million units in 2025 to 1.1 billion units in 2030. The report also includes market forecasts for the IoT module market. Get up to date with the latest information about vendors, products and markets.

Highlights from the report

• Insights from 20 executive interviews with market-leading companies.
• Summary of the M2M/IoT hardware value chain.
• In-depth analysis of market trends and key developments.
• Profiles of 32 cellular IoT antenna vendors.
• Overview of certifications required for cellular devices.
• Market forecasts covering seven different internal and external antenna types lasting until 2030.

Cellular IoT antenna shipments reached 757 million units in 2025

Antennas are one of the key components of wireless devices and play a central role in determining wireless performance, coverage and power efficiency. Even though an antenna is a conceptually basic passive component, there are many challenges associated with the implementation of antennas. Antenna performance depends not only on the antenna element itself, but also on how the antenna is integrated into the device or system. Complexity is also increased by the need to support multiple cellular frequency bands, regional variants and in many cases other technologies such as GNSS, Wi-Fi or Bluetooth. As a result, the cellular IoT antenna market is characterized by a fragmented vendor landscape, broad product portfolios and continuous demand for customisation and technical support services.

Berg Insight estimates that annual shipments of cellular IoT antennas, including internal and external antennas, amounted to 757 million units in 2025, up 23 percent from the previous year. Until 2030, cellular IoT antenna shipments are forecasted to grow at a compound annual growth rate (CAGR) of 7.9 percent to reach 1.1 billion at the end of the period.

Berg Insight divides the cellular IoT antenna market into three segments: internal, external and OEM automotive antennas. There is generally limited overlap between the vendor landscapes of the internal antenna, external antenna and OEM automotive antenna segments. Overall, the cellular IoT antenna market is served by a broad range of players of different sizes, with distinct portfolio strategies and varying degrees of specialisation in antennas. Some of the largest players have built their presence in the space through acquisitions, using M&A to broaden their portfolios and strengthen channel reach. Despite this, the market remains fragmented due to the breadth of end markets served. Vendors therefore range from major electronic component manufacturers to specialists focused on selected form factors, technologies or vertical markets.

The internal antenna market is characterised by a mix of off-the-shelf products and custom antennas. Important vendors include Taoglas, TE Connectivity, Sunnyway Technology, Kyocera AVX, Pulse Electronics, discoverIE (operating through 2J Antennas and Antenova), Quectel and Ignion. Major external antenna providers are Amhenol (operating through Amphenol Procom and PCTEL), Huber+Suhner, Panorama Antennas, Taoglas, TE Connectivity, 2J Antennas, Airgain, Mobile Mark, Parsec Technologies, Poynting Antennas, Pulse Electronics and Sunnyway Technology. External antennas for the OEM automotive segment are supplied by both major tier-1 automotive suppliers, as well as specialist vendors. Key vendors are Yokowo, Harada, Aumovio and Hirschmann Car Communication.

Table of Contents

Executive Summary

1 IoT Networking and Communications

1.1 Introduction
1.1.1 Wireless system architecture in IoT devices
1.2 Antenna basics
1.3 Antenna integration considerations
1.4 IoT antenna form factors
1.5 Internal antennas
1.5.1 Off-board FPC/PCB antennas
1.5.2 On-board PCB/chip antennas
1.5.3 Metal stamp antennas
1.5.4 PCB trace antennas
1.5.5 Wire antennas
1.5.6 LDS antennas
1.6 External antennas
1.6.1 Combination external antennas
1.7 Embedding cellular technology in products and systems
1.7.1 Regulatory, industry, mobile operator and application-specific certifications
1.8 Cellular IoT from 2G to 5G
1.8.1 2G/3G mobile networks
1.8.2 4G LTE mobile networks
1.8.3 4G/5G mobile IoT networks (LTE-M and NB-IoT)
1.8.4 5G mobile networks
1.9 Cost comparison for cellular and LPWA technologies

2 Market Forecasts and Trends

2.1 Market analysis and forecasts
2.1.1 Cellular IoT module market analysis and forecasts
2.1.2 Cellular IoT antenna market forecasts
2.1.3 Cellular IoT antenna vendor landscape
2.1.4 Internal antenna market analysis
2.1.5 External antenna market analysis
2.1.6 OEM automotive antenna market analysis
2.2 Market trends
2.2.1 The antenna industry is in a phase of consolidation
2.2.2 Integrated antenna-TCU solutions gain traction in the automotive market
2.2.3 Mission-critical networks drive demand for external combination antennas
2.2.4 Hybrid cellular-satellite solutions create new antenna design requirements
2.2.5 Revenue growth varied in 2025 for vendors active in the antenna market

3 Company Profiles and Strategies

3.1 Cellular IoT antenna vendors
3.1.1 Abracon
3.1.2 Airgain
3.1.3 Amphenol
3.1.4 ATTB Antennentechnik Bad Blankenburg
3.1.5 Aumovio
3.1.6 discoverIE (Antenova and 2J Antennas)
3.1.7 Ezurio
3.1.8 Harada
3.1.9 Hirschmann Car Communication
3.1.10 Huber+Suhner
3.1.11 Ignion
3.1.12 JC Antenna
3.1.13 KYOCERA AVX
3.1.14 Mobile Mark
3.1.15 Molex
3.1.16 Panorama Antennas
3.1.17 Parsec Technologies
3.1.18 PCTEL (Amphenol)
3.1.19 Peplink
3.1.20 Polomarconi
3.1.21 Poynting Antennas
3.1.22 Pulse Electronics (Yageo Group)
3.1.23 Quectel
3.1.24 Sirio Antenne
3.1.25 Sunnyway Technology
3.1.26 Synzen
3.1.27 Taoglas
3.1.28 TE Connectivity
3.1.29 The Antenna Company
3.1.30 Unictron
3.1.31 Walsin Technology Corporation
3.1.32 Yokowo

Glossary

List of Figures

Figure 1.1: Frequency ranges for major wireless technologies ………. 5
Figure 1.2: Radiation pattern of dipole antenna (omnidirectional pattern) …….. 6
Figure 1.3: Radiation pattern of Yagi antenna (directional pattern) ………. 7
Figure 1.4: Antenna with gain relative to an isotropic antenna ……….. 7
Figure 1.5: Linear and circular polarisation ………….. 8
Figure 1.6: IoT antenna form factors overview …………… 9
Figure 1.7: Examples of off-board FPC and PCB antennas ………. 11
Figure 1.8: Examples of on-board PCB/chip antennas ……….. 12
Figure 1.9: Abracon metal stamp antenna ……………. 13
Figure 1.10: Ezurio development kit with PCB trace antenna ………. 13
Figure 1.11: Helical wire antenna ……………… 14
Figure 1.12: Taoglas LDS antenna supporting cellular and GNSS connectivity …… 14
Figure 1.13: Examples of combination external antennas ………. 15
Figure 1.14: Cost versus time diagram for cellular technology integration …….. 16
Figure 1.15: 3GPP cellular network connections by generation (World 2025) …… 18
Figure 1.16: Cost comparison for wireless modules (2026) ………. 21
Figure 2.1: Cellular IoT module shipments by region and vertical (World 2024–2030) …. 24
Figure 2.2: Cellular IoT module shipments by technology (World 2024–2030) …. 25
Figure 2.3: Cellular IoT antenna shipments by type (World 2024–2030) …….. 27
Figure 2.4: Business activities of key IoT antenna vendors ……….. 29
Figure 2.5: Internal antenna vendor landscape ………….. 31
Figure 2.6: External antenna vendor landscape …………. 32
Figure 2.7: Major end markets for external antennas (World 2025) ………. 33
Figure 2.8: Telematics control unit shipments by region (World 2023–2029) ……. 34
Figure 2.9: OEM automotive antenna vendor landscape ……….. 35
Figure 2.10: Cellular IoT antenna vendor mergers and acquisitions (2015–2025) …… 36
Figure 2.11: Comparison of different automotive antenna concepts …….. 38
Figure 2.12: Valeo’s TCU with integrated antennas ………….. 38
Figure 2.13: Cellular antennas in Tesla’s Model 3 and Model Y………. 39
Figure 2.14: Critical communications networks and services by country (World 2025) … 40
Figure 2.15: Technology positioning of 5G NTN ………… 41
Figure 2.16: Financial data for companies active in the cellular IoT antenna market (2025) .. 43
Figure 3.1: Abracon’s Niche LTE antenna ……………. 46
Figure 3.2: Airgain’s product strategy evolution …………. 47
Figure 3.3: Examples of Amphenol Procom’s external antennas …….. 50
Figure 3.4: Example of an ATTB external combination antenna for special vehicles ….. 51
Figure 3.5: Examples of Harada’s shark fin antennas …………. 55
Figure 3.6: Overview of Hirschmann Car Communication’s product portfolio …… 56
Figure 3.7: Examples of Huber+Suhner’s customers in the transportation segment…. 57
Figure 3.8: Ignion’s TRIO mXTEND chip antenna booster ………… 58
Figure 3.9: Ignion’s Oxion AI-configuration tool …………. 59
Figure 3.10: KYOCERA AVX’ LDS standard antennas …………. 61
Figure 3.11: Implementation of KYOCERA AVX’ band switching technology ……. 62
Figure 3.12: Molex’ custom OEM vehicle antenna solution ……….. 64
Figure 3.13: Examples of Panorama Antennas’ 5G/LTE 4×4 MIMO antennas …… 65
Figure 3.14: Examples of Parsec Technologies’ antennas ………… 66
Figure 3.15: Overview of PCTEL’s product portfolio …………. 68
Figure 3.16: Example of a Peplink maritime antenna ……….. 69
Figure 3.17: Peplink’s HD1 Dome Pro and Antenna MAX S ………. 70
Figure 3.18: Example of Polomarconi rail antenna ………… 71
Figure 3.19: Examples of Poynting Antennas’ external antennas ………. 72
Figure 3.20: Overview of Pulse Electronics’ antenna products …….. 73
Figure 3.21: Overview of Quectel’s antenna portfolio ……….. 75
Figure 3.22: Taoglas’ Antenna Integrator tool …………. 79
Figure 3.23: Examples of TE’s PCB, FPC and metal stamp antennas ……… 81
Figure 3.24: Overview of Yokowo’s automotive antenna products …….. 83

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