Top 20 Companies in Global 5G Testing Equipment Market 2025: Market Study Report


The Global 5G Testing Equipment Market Size Was Estimated at USD 2.45 Billion in 2024 and is Projected to Reach USD 5.16 Billion by 2035, Growing at a CAGR of 7.01% from 2025 to 2035

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Introduction

5G has moved from lab concept to mass deployment, and now the real work begins: testing, validation, and optimization. As operators roll out standalone 5G, private networks, Open RAN, and early 5G-Advanced use cases, the demand for high-performance 5G testing equipment—from RF and protocol analyzers to conformance, interoperability, and device test systems—is accelerating.

5G testing equipment enables vendors, operators, and enterprises to:

  • Validate RAN and core performance

  • Ensure compliance with 3GPP standards

  • Test mmWave, massive MIMO, and beamforming

  • Validate network slicing, URLLC, and mMTC use cases

  • Assure QoS and security for critical applications

This market is becoming a strategic pillar for telecom, semiconductor, automotive, industrial, and aerospace sectors that rely on ultra-reliable, low-latency connectivity.

 

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Market Size

The Global 5G Testing Equipment Market Size Was Estimated at USD 2.45 Billion in 2024 and is Projected to Reach USD 5.16 Billion by 2035, Growing at a CAGR of 7.01% from 2025 to 2035

 

Market Overview

The 5G testing equipment market spans:

  • Network test & measurement: RF analyzers, spectrum analyzers, protocol analyzers, channel emulators, load/stress testers

  • Device testing: conformance, RF, protocol, functional, interoperability and OTA testing systems for handsets, CPE and IoT devices.

  • Lab & field testing tools: drive-test tools, network probes, scanners, and KPI monitoring platforms

  • Specialized vertical testing: automotive V2X, smart manufacturing, aerospace & defense, and non-terrestrial networks (NTN)

Key characteristics:

  • High R&D intensity and strong partnerships between test vendors, chipset vendors and operators

  • Increasing move towards software-defined, cloud-native, and virtualized test environments

  • Growing demand for end-to-end testing (from device to core and cloud applications) instead of siloed RF or protocol tests

 

Key Market Drivers

  • Explosive 5G traffic growth

    • 5G is expected to carry around 80% of global mobile data traffic by 2030, driving continuous need for capacity and performance testing. 

  • 5G Standalone (SA) & 5G-Advanced rollouts

    • SA enables network slicing, URLLC and advanced IoT, increasing complexity and demanding new test methodologies and tools.

    • Vendors like Huawei and others are pushing 5G-Advanced (5G-A), forecasting dozens of large-scale 5G-A networks by 2025, which further raises testing requirements.

  • Expansion of 5G device ecosystem

    • Growing portfolio of smartphones, FWA CPE, industrial gateways, modules and automotive terminals requires extensive RF, protocol and interoperability testing. 

  • Emergence of private 5G & industrial use cases

    • Manufacturing, logistics, mining, ports, and campuses are deploying private 5G networks that need customized performance, reliability, and cybersecurity testing.

  • Growth of non-terrestrial networks (NTN)

    • Successful trials of satellite-based 5G NTN drive demand for highly specialized test solutions for LEO/MEO constellations and integrated satellite-terrestrial services. 

 

Market Challenges

  • High cost of advanced test equipment

    • mmWave, massive MIMO, and 5G-Advanced testing solutions are capital-intensive, making ROI challenging for smaller labs and operators.

  • Complexity of multi-vendor and Open RAN environments

    • Disaggregated architectures bring interoperability and integration challenges, requiring sophisticated test orchestration and raising overall complexity.

  • Rapid technology evolution

    • Continuous 3GPP releases (Rel-16+, 5G-Advanced, early 6G trials) mean that equipment can become obsolete quickly if not designed with software-upgradable architectures. 

  • Shortage of skilled test engineers

    • Advanced protocol, RF and cloud-native skills are in short supply, slowing deployment and underutilizing sophisticated test platforms.

  • Standardization & regulatory differences

    • Varying spectrum policies and certification frameworks across regions complicate global test strategies for device and infrastructure vendors.

 

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Top 20 Companies (Bullet-Point Info)

(Company list arranged alphabetically, focused on test & measurement and related players)

  • Anritsu Corporation (Japan) 

    • Strong in RF, protocol, and conformance test solutions for 5G NR

    • Provides field test tools and network analyzers widely used by operators

  • Cohu, Inc. (US) 

    • Semiconductor test and handling equipment for RF and mixed-signal ICs

    • Supports 5G-ready device and chipset testing at scale

  • Consultix Wireless (Egypt) 

    • Specializes in wireless coverage test and DAS verification tools

    • Offers 5G in-building and field measurement solutions

  • EXFO Inc. (Canada) 

    • Optical and packet test solutions, service assurance, and analytics

    • Focused on 5G transport, fiber, and core network performance testing

  • GAO Tek & GAO Group (US/Canada) 

    • Provides RF test instruments, analyzers, and modules

    • Serves telecom operators and network integrators in 5G deployments

  • GL Communications Inc. (US) 

    • Protocol analyzers and load test tools for wireless and wired networks

    • Offers 5G-ready signaling and traffic generation platforms

  • Innowireless Co., Ltd. (South Korea) 

    • Network measurement and optimization tools for 5G and LTE

    • Strong presence with Korean operators and expanding globally

  • Keysight Technologies (US) 

    • Market leader in 5G test with UXM 5G Wireless Test Platform and end-to-end solutions

    • Serves chipset vendors, device OEMs, infrastructure providers, and operators

  • MACOM Technology Solutions (US) 

    • RF and microwave components used in 5G infrastructure and test systems

    • Supports high-frequency and mmWave design validation

  • Marvin Test Solutions, Inc. (US) 

    • ATE and test systems focused on aerospace, defense, and communications

    • Provides solutions for high-reliability 5G-related applications

  • National Instruments Corporation / NI (US) 

    • Modular PXI-based test platforms and SDR systems for 5G prototyping

    • Widely used for research, early 5G trials, and academic innovation

  • PCTEL, Inc. (US) 

    • Antenna and RF test solutions, scanners, and field measurement tools

    • Focus on network performance and optimization for 5G operators

  • Rohde & Schwarz (Germany) 

    • Comprehensive 5G portfolio: signal generators, analyzers, conformance and production test

    • Strong positioning in both device and infrastructure testing

  • Spirent Communications (UK) 

    • Leading provider of automated 5G network, device and security test solutions

    • Known for emulation, performance, and end-to-end testing platforms

  • Teradyne Inc. (US) 

    • ATE systems for semiconductor and RF device production testing

    • Supports high-volume testing of 5G chipsets and modules

  • Valid8.com Inc. (US) 

    • Protocol conformance and functional test solutions

    • Focused on 5G core, RAN, IMS, and security testing

  • VIAVI Solutions Inc. (US) 

    • Fiber, RF, and protocol test solutions; network assurance and analytics

    • Strong drive-test and field-test capabilities for 5G rollouts

  • Giga-tronics / MACOM test lines (US) 

    • High-performance RF and microwave test equipment for aerospace, defense, and 5G labs

  • LitePoint (US) 

    • Wireless production test systems for Wi-Fi, cellular and 5G devices

    • Focus on manufacturing test of smartphones, modules, and IoT

  • Yokogawa Test & Measurement (Japan) 

    • RF, optical and power analyzers used in telecom R&D and validation

    • Expanding portfolio towards 5G infrastructure and device testing

(You can swap or adjust specific names depending on the exact company list used in your report.)

 

Regional Insights

  • Asia-Pacific (APAC)

    • Largest and fastest-growing market, led by China, South Korea, Japan, and India.

    • Aggressive 5G infrastructure rollout, strong presence of device OEMs and chipset vendors, and increasing private 5G deployments in manufacturing and logistics. 

  • North America

    • Strong demand from Tier-1 operators, cloud providers, and hyperscalers.

    • Early adoption of mmWave, Open RAN, and private 5G for enterprises; significant investments in R&D and lab automation. 

  • Europe

    • Emphasis on 5G-Advanced, energy-efficient networks and NTN through initiatives like IRIS² and national 5G programs. 

    • Strong regulatory focus on security, interoperability, and sustainable deployment drives testing intensity.

  • Middle East & Africa

    • Gulf countries lead in premium 5G deployments, smart city and mega-project use cases.

    • Growing adoption of fixed wireless access (FWA) and private networks triggers demand for RF and capacity testing.

  • Latin America

    • Gradual 5G rollouts with spectrum auctions progressing; operators modernizing networks and needing cost-effective, flexible test tools.

 

Emerging Trends

  • 5G-Advanced and pre-6G testing

    • New features like enhanced positioning, AI-native RAN, and deterministic networking will require richer channel models and advanced KPI test suites

  • Virtualized & cloud-native test environments

    • Shift from hardware-centric to software-defined, cloud-deployed test platforms, enabling scalable, on-demand test as a service (TaaS).

  • AI-driven test automation & analytics

    • AI/ML is being embedded to optimize test coverage, reduce test time, and automatically detect anomalies, especially in large-scale network and device testing.

  • End-to-end security and resilience testing

    • As 5G underpins critical infrastructure, penetration testing, fuzzing, and resilience testing against DDoS and signaling attacks are becoming mainstream. 

  • Non-Terrestrial Networks (NTN) and converged satellite-5G

    • Growing focus on testing LEO/MEO satellite links, mobility scenarios, and integrated NTN-terrestrial services, including support for IoT and direct-to-device connectivity. 

  • Open RAN and disaggregated architectures

    • Testing of multi-vendor RUs, DUs, CUs and RICs requires new interoperability and conformance frameworks, stimulating demand for specialized test tools.

 

Future Outlook

  • The global 5G testing equipment market is expected to maintain a high single-digit to low double-digit CAGR over the next decade. 

  • By 2030–2035, testing will increasingly cover 5G-Advanced, early 6G features, NTN, and AI-native networks, expanding the addressable market beyond traditional telecom.

  • Asia-Pacific will remain the demand powerhouse, while North America and Europe will lead in R&D-intensive, cutting-edge test deployments.

  • Vendors that can deliver flexible, software-upgradable, and cloud-deployable test platforms with strong automation and analytics will gain competitive advantage.

  • Strategic partnerships between test vendors, hyperscalers, semiconductor companies, and operators will shape the next wave of innovation and standardization.

Overall, the market outlook is strongly positive, aligned with the long-term trajectory of global 5G and future 6G ecosystems.

 

Conclusion

The Global 5G Testing Equipment Market is a critical enabler of the 5G era—ensuring that networks, devices, and applications deliver on promises of high speed, ultra-low latency, reliability, and security. While high CAPEX, technical complexity, and fast-moving standards create challenges, they also push the industry towards more innovative, software-driven, and AI-assisted testing paradigms.

As 5G evolves into 5G-Advanced and converges with satellite, AI, and cloud, the role of robust, flexible, and automated testing will only grow. For equipment vendors, operators, and enterprises, investing in next-generation test and measurement will be a strategic necessity, not a discretionary cost.

 

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