5G Device Testing Market By Device Type (Smartphones, IoT Devices, Automotive Devices, Others); By Testing Type (Performance Testing, Security Testing, Interoperability Testing, Compliance Testing); By End User (Telecom Operators, Device Manufacturers, Third-Party Testing Labs, Automotive Industry, IoT Device Manufacturers); By Region, Segment Revenue Estimation, Forecast, 2024–2030

Introduction And Strategic Context

The Global 5G Device Testing Market will experience a robust compound annual growth rate (CAGR) of 12.8% , with the market valued at USD 4.5 billion in 2024 , and it is expected to reach USD 9.8 billion by 2030 , according to Strategic Market Research.

 

As 5G technology continues its roll-out across the globe, testing the performance, compatibility, and security of devices has become crucial for ensuring a seamless user experience. This market plays a pivotal role in addressing the technical challenges posed by 5G networks, which are characterized by higher speeds, lower latency, and increased connectivity demands compared to previous generations. As mobile device manufacturers and network operators rush to align with the evolving 5G standards, device testing becomes essential to guarantee that devices meet required specifications and provide optimal performance.

 

In the strategic window from 2024 to 2030 , several macro forces are shaping this market. Technological advancements are at the forefront, with the introduction of cutting-edge 5G chipsets and network infrastructures driving demand for more sophisticated testing solutions. Regulatory pressure is also a factor, with governments around the world implementing stricter standards for wireless communication devices, especially to meet health, safety, and security requirements. Additionally, the rising complexity of 5G devices , including those designed for industrial IoT, autonomous vehicles, and smart cities, further amplifies the need for precise testing solutions.

 

Key stakeholders in the 5G Device Testing ecosystem include:

• OEMs (Original Equipment Manufacturers) : Companies that design and manufacture 5G-enabled devices, from smartphones to industrial-grade IoT devices.

• Telecommunication Service Providers : Telecom companies who need to ensure that devices are compatible with their 5G networks and perform according to the stringent network requirements.

• Testing Equipment Providers : Firms that provide testing tools and platforms, such as network emulators, signal analyzers , and performance measurement devices.

• Regulatory Authorities : Government bodies that establish testing standards for device compliance and ensure proper certification.

The rapid evolution of 5G networks is likely to bring substantial changes in the way devices are tested, as companies look for innovative ways to address the increasing complexity and speed requirements. This means testing not only for basic connectivity but also for performance in dynamic environments , interference conditions , and network slicing .

 

To be honest, while 5G promises to revolutionize industries, it also presents new technical hurdles. Testing solutions must evolve swiftly to match these challenges, and that’s where the market holds significant growth potential.

 

Market Segmentation And Forecast Scope

The 5G Device Testing Market can be segmented across several dimensions that capture the evolving needs of the industry. These dimensions reflect the different areas where testing plays a critical role, helping manufacturers, service providers, and regulatory bodies ensure the functionality, compliance, and quality of 5G devices. The key segments include:

By Device Type

• Smartphones : As the most common type of 5G-enabled device, smartphones dominate the device testing segment. With the continuous development of more advanced smartphone models, testing solutions must ensure they meet the high demands of 5G network performance, including faster download speeds and latency reduction.

• Tablets & Laptops : The second largest segment, testing for these devices focuses on ensuring robust 5G connectivity, especially for data-intensive applications.

• Wearables & IoT Devices : As 5G enables new applications for wearables (e.g., smartwatches) and IoT (Internet of Things) devices, the testing requirements here extend to battery life, connectivity across various environments, and low power consumption.

• Automotive Devices : The automotive sector is increasingly integrating 5G technology for autonomous driving, vehicle-to-everything (V2X) communication, and real-time traffic updates. Testing for these applications involves high reliability and ultra-low latency standards.

In 2024 , smartphones will account for around 55% of the 5G device testing market, driven by continued consumer demand for next-gen smartphones that can handle 5G speeds and capabilities.

 

By Testing Type

• Performance Testing : The largest share of the testing market focuses on performance assessments. This includes measuring network throughput, latency, and bandwidth under various conditions. Performance testing ensures that devices can meet the required speed and responsiveness for 5G applications, from streaming to gaming and real-time communications.

• Security Testing : As 5G introduces new vulnerabilities due to its increased bandwidth and connectivity, security testing is becoming more crucial. Devices need to undergo rigorous vulnerability assessments to avoid potential breaches and to comply with standards such as the 3rd Generation Partnership Project (3GPP) security protocols.

• Interoperability Testing : This testing ensures that 5G devices can seamlessly connect and function across different network environments, operators, and regions, which is particularly important as global 5G infrastructure develops.

• Compliance Testing : Regulatory compliance is critical to ensuring that devices meet the local and international standards for emissions, electromagnetic radiation, and network safety. These standards vary across countries and regions, increasing the need for localized testing solutions.

Performance testing will dominate in 2024 , capturing a 40% share of the market, primarily driven by the demand for high-performance smartphones and the broader rollout of 5G networks.

 

By Region

• North America : The U.S. and Canada lead the market, with a high demand for 5G devices in both consumer electronics and enterprise applications. Regulatory bodies like the Federal Communications Commission (FCC) and the National Telecommunications and Information Administration (NTIA) ensure stringent standards for 5G device performance and safety.

• Europe : Europe is expected to witness strong growth in device testing, especially in countries such as Germany , UK , and France , driven by extensive 5G network deployments and regulatory oversight.

• Asia Pacific : This region is projected to have the highest CAGR through 2030, led by China and India , which are rapidly adopting 5G technology. The increase in mobile device manufacturing in these regions will further drive testing requirements.

• Latin America & Middle East & Africa (LAMEA) : These regions represent emerging markets with growing adoption of 5G technology, though they currently account for a smaller portion of the market. However, their growth potential remains significant as infrastructure improves.

North America is projected to capture 40% of the market share in 2024 , due to its early adoption of 5G networks and significant investments in infrastructure and device development.

 

By End User

• Telecom Operators : Telecom providers are the largest end-users of device testing services as they must ensure that devices work seamlessly with their 5G networks. This group will continue to drive demand as 5G infrastructure expands.

• Device Manufacturers : Smartphone manufacturers like Apple , Samsung , and Huawei are highly invested in ensuring their devices meet 5G standards. This segment will require comprehensive testing to ensure product quality and network compatibility.

• Research and Testing Labs : Third-party labs and testing organizations provide outsourced device testing services to manufacturers and operators. These labs are integral to ensuring compliance and certification, particularly in emerging markets.

The telecom operator segment will capture the largest share in 2024 , contributing nearly 45% of the market revenue.

 

Strategic Outlook:

While performance testing and smartphone testing will dominate in the short term, the market will also see increasing demand for security and interoperability testing as 5G technologies expand into new applications like IoT and autonomous vehicles . Additionally, the rise of emerging markets in Asia-Pacific and LAMEA will drive an increasing need for tailored testing solutions that meet regional regulatory requirements.

In summary, as 5G adoption accelerates, the demand for diverse and specialized testing services will evolve. Companies focused on mobile devices, telecom, and IoT will be the largest beneficiaries of these testing services in the coming years.

 

Market Trends And Innovation Landscape

The 5G Device Testing Market is evolving rapidly, driven by several key trends and innovations. As 5G networks become more sophisticated, the testing technologies required to ensure device compatibility, performance, and security must keep pace. Below are some of the leading innovations and trends in this market:

1. AI and Machine Learning in Testing Solutions

AI and machine learning are transforming the 5G device testing landscape by enabling more efficient, automated, and accurate testing processes. These technologies allow for:

• Predictive analytics : AI can predict potential issues in 5G devices before they even arise during real-world usage. By analyzing historical testing data, AI can spot patterns that human testers might miss.

• Automated testing : AI-powered automation can streamline testing processes, reducing human error and increasing the speed of tests. Automation can also optimize resource allocation and minimize the cost of device testing.

As AI continues to mature, expect the development of increasingly sophisticated testing platforms that not only automate repetitive tasks but also provide real-time insights into device performance across various network conditions.

 

2. Network Slicing and Virtualized Testing

The concept of network slicing in 5G is revolutionizing how networks are configured to support different applications. It allows telecom operators to allocate specific network resources to certain types of devices, ensuring that each device gets the necessary network bandwidth and latency required for optimal performance.

As network slicing becomes more widely deployed, testing solutions will need to evolve to assess:

• Device performance across different slices of the network.

• Compatibility with virtualized network environments.

Testing tools will increasingly need to simulate various slices of the network to ensure that devices are capable of dynamically adapting to these different configurations.

This trend is particularly relevant for IoT devices , autonomous vehicles, and other connected technologies that require bespoke network configurations.

 

3. Integration with 5G emulation and virtualization platforms

5G emulation is becoming a critical tool in device testing. Virtualized platforms, such as cloud-based testbeds and 5G simulators , are used to emulate real-world 5G environments for testing purposes. This is especially important for testing devices that will eventually operate in dynamic and unpredictable network conditions.

By integrating device testing into virtualized 5G environments, manufacturers can:

• Simulate high-speed data throughput, ultra-low latency, and network congestion.

• Test under various network load scenarios without the need for physical infrastructure.

Such platforms provide the flexibility to conduct early-stage device testing, speeding up the development cycle and ensuring that devices can perform in a wide range of 5G network environments.

 

4. End-to-End Testing for IoT Applications

The 5G rollout is enabling a huge expansion in IoT devices , ranging from connected home products to industrial sensors and autonomous machines. Testing these devices requires end-to-end testing that goes beyond just device performance—it needs to include the entire ecosystem in which these devices will operate.

Testing providers are increasingly focusing on:

• End-to-end interoperability : Ensuring that a device can communicate effectively within a wider IoT ecosystem.

• Device-to-device testing : Devices must be able to communicate efficiently with each other across 5G networks, ensuring seamless data transmission and low latency.

• Network and cloud integration : Testing how IoT devices interact with the cloud infrastructure that will support them, ensuring data flows smoothly from devices to cloud servers.

As IoT usage skyrockets, this aspect of testing is likely to become a major area of focus.

 

5. Security Testing for 5G Devices

With the increasing complexity and interconnectivity of 5G networks, cybersecurity has become one of the highest priorities in device testing. The sheer number of devices connecting to 5G networks presents a significant attack surface, making 5G security testing a growing sub-segment in the market.

Testing solutions are now incorporating:

• Penetration testing to identify vulnerabilities in devices that could be exploited by cyber attackers.

• Network security simulations to check if devices can withstand cyber threats while communicating across a 5G network.

• Authentication and encryption testing to ensure that sensitive data is secure during transmission, especially with the increased use of IoT devices .

The future of 5G device security testing will likely involve more advanced threat detection systems powered by AI, which can dynamically respond to evolving threats in real time.

 

6. Collaborative Partnerships and Standardization

As 5G standards evolve, collaboration between testing companies , telecom operators , and device manufacturers will be crucial to creating testing methodologies that are universally accepted across the globe. Standardization bodies such as 3GPP will continue to refine the testing requirements for 5G devices, and industry collaboration will ensure that testing tools keep pace with regulatory demands.

Testing providers are forming strategic partnerships with:

• Telecom operators to ensure that devices can be certified across multiple network operators.

• Regulatory bodies to ensure compliance with both regional and global standards.

• Technology providers to co-develop next-generation testbeds, allowing for better simulations of real-world environments.

These collaborations will help drive the next generation of 5G testing solutions , especially for use cases like autonomous vehicles or smart cities , where testing environments are complex and diverse.

 

Future Innovation Outlook

The 5G Device Testing Market is set to benefit from ongoing innovations in automation , virtualization , and network emulation . By integrating AI, enhancing network slicing capabilities, and focusing on security, the market will ensure that devices meet the rigorous demands of 5G connectivity across various sectors, from consumer electronics to industrial IoT.

Ultimately, the next few years will determine how quickly the market can adapt to the evolving demands of 5G technology. As more sophisticated testing solutions emerge, the market for 5G device testing will expand, helping to unlock new growth opportunities for telecom operators, device manufacturers, and other stakeholders.

 

Competitive Intelligence And Benchmarking

The 5G Device Testing Market is characterized by a mix of established testing service providers, telecom equipment manufacturers, and emerging players specializing in specialized test solutions. The competitive landscape continues to evolve as companies race to meet the growing demand for comprehensive testing solutions driven by the rollout of 5G networks and devices. Below are some of the key players in this space and their strategies:

1. Keysight Technologies

One of the market leaders, Keysight Technologies offers advanced testing solutions for 5G devices across a range of use cases. They specialize in 5G RF (radio frequency) testing , protocol testing , and performance testing . Their testing solutions are widely used by mobile device manufacturers and telecom operators to ensure compliance with 3GPP standards.

• Strategy : Keysight focuses heavily on innovation and automation in testing. Their 5G testing solutions are aimed at providing high-precision and scalable testing platforms that are crucial for manufacturers and telecom operators.

• Global Reach : They have a significant presence in North America, Europe, and Asia, serving key telecom providers and device manufacturers.

• Product Differentiation : Keysight has made strides in integrating AI-driven testing for performance prediction and automation, streamlining the testing process for manufacturers and reducing time-to-market.

 

2. Anritsu Corporation

Anritsu is another prominent player, offering solutions focused on network testing and device certification for 5G. Their products are designed to support telecom operators, OEMs, and R&D labs in testing device performance, compliance, and interoperability with next-gen networks.

• Strategy : Anritsu emphasizes their deep expertise in network testing equipment, integrating hardware and software tools to provide end-to-end solutions for device testing.

• Global Reach : Anritsu has a strong presence globally, particularly in Asia-Pacific and North America , where demand for 5G devices and infrastructure is growing rapidly.

• Product Differentiation : Their test systems for 5G NR (New Radio) are considered among the most advanced in the industry, offering high-speed testing capabilities and scalable solutions for testing different aspects of 5G networks.

 

3. Rohde & Schwarz

A significant player in the global testing market, Rohde & Schwarz offers a comprehensive portfolio of test and measurement equipment, including solutions for 5G mobile network testing , device performance , and signal analysis .

• Strategy : The company focuses on creating multi-purpose testing solutions that address the needs of both telecom operators and device manufacturers . They are known for their high-precision equipment used in both development and production environments.

• Global Reach : Rohde & Schwarz has a solid presence in both Europe and North America , with a growing footprint in Asia as 5G adoption accelerates in countries like China and India .

• Product Differentiation : Rohde & Schwarz is particularly recognized for its network emulation tools, allowing for realistic simulations of network environments in lab settings. Their integration with AI for automated testing and 5G standard compliance testing places them as a leader in the sector.

 

4. Qualcomm Technologies

Though better known for its chipset innovations, Qualcomm plays an essential role in the 5G device testing market , particularly in the testing of 5G modems and chipsets used in devices. They provide essential test solutions for manufacturers developing 5G-enabled mobile devices and IoT solutions.

• Strategy : Qualcomm focuses on supporting manufacturers through the entire testing lifecycle—from device design and validation to testing and certification.

• Global Reach : Qualcomm’s reach spans globally, with significant operations in North America and Asia. The company’s chips power a vast number of mobile devices worldwide.

• Product Differentiation : Their test solutions are tightly integrated with their 5G modem chipsets , allowing for high-performance and accuracy during device validation.

 

5. Viavi Solutions

A leader in test and measurement solutions, Viavi Solutions specializes in optical and wireless network testing . Their 5G test offerings are tailored to support device manufacturers and network operators , ensuring that devices operate efficiently across various types of networks and user scenarios.

• Strategy : Viavi has focused on providing end-to-end 5G testing solutions , from radio access networks (RAN) to device testing. They also emphasize providing test solutions that help operators with network optimization alongside device certification.

• Global Reach : Viavi operates globally, with strong markets in North America and Europe. They continue to expand their presence in Asia as 5G adoption grows.

• Product Differentiation : Viavi differentiates itself with its cloud-based network testing tools , offering remote management and comprehensive analytics for both network and device testing.

 

6. Test and Measurement Startups

Beyond established players, a number of startups and specialized companies are gaining traction in the 5G device testing market, especially those focusing on niche areas such as low-latency testing , 5G IoT device testing , and AI-powered automation . These companies are often agile and quick to address emerging needs in the 5G ecosystem.

• Strategy : Many startups are focusing on innovative software tools for automated testing and virtualization to reduce the need for physical hardware in testing.

• Global Reach : These players are mostly regional but are expanding as demand for more specialized testing solutions grows.

• Product Differentiation : Many of these startups are leveraging cutting-edge technologies like machine learning , edge computing , and 5G network emulators to create disruptive testing solutions.

 

Competitive Landscape Summary:

The 5G device testing space is intensely competitive, with major players like Keysight , Anritsu , and Rohde & Schwarz providing comprehensive solutions for telecom operators and manufacturers. However, smaller players and startups are increasingly carving out niches in specialized testing solutions. Key differentiators include the integration of AI , automation capabilities , and network virtualization , with a strong emphasis on security testing as 5G devices become more complex.

 

Regional Landscape And Adoption Outlook

The 5G Device Testing Market is influenced by regional dynamics, as different countries and regions adopt 5G technology at varying rates, driven by infrastructure development, regulatory environments, and local demand for 5G-enabled devices. The global rollout of 5G presents both challenges and opportunities across regions. Let’s break down the adoption trends and growth prospects by region:

North America

North America remains the leader in the 5G Device Testing Market , primarily due to the robust development of 5G infrastructure and a strong telecom sector . The United States, in particular, has been at the forefront of 5G deployment, driven by significant investments from major telecom operators such as Verizon , AT&T , and T-Mobile . This has created a steady demand for 5G-enabled devices and, consequently, device testing solutions.

• Market Characteristics : North America is known for its stringent regulatory requirements and high standards for network performance and device compatibility . This makes testing crucial for ensuring devices meet the technical requirements for performance, security, and interoperability.

• Growth Drivers : Key drivers include the rapid rollout of 5G networks , increasing adoption of 5G smartphones and IoT devices , and government support for next-generation telecom infrastructure.

• Adoption Trends : Telecom operators and device manufacturers are increasingly investing in advanced AI-powered test automation , network slicing simulations , and security testing solutions to support the adoption of 5G.

In 2024, North America will continue to hold a dominant share of the market, accounting for 40% of global revenues, driven by high demand for testing in both consumer and enterprise sectors.

 

Europe

Europe is one of the largest and most mature markets for 5G technology, with Germany , France , the UK , and the Nordic countries leading the charge in 5G deployments. Europe’s regulatory environment has played a significant role in accelerating the rollout of 5G networks, with the European Commission setting ambitious targets for 5G coverage and infrastructure development.

• Market Characteristics : Europe’s emphasis on green technology and sustainability in network and device testing is a defining feature. Companies are increasingly adopting energy-efficient and low-emission testing solutions to comply with stricter environmental regulations.

• Growth Drivers : Europe is witnessing rapid expansion in enterprise applications of 5G, including smart manufacturing , autonomous vehicles , and smart cities , all of which drive the demand for specialized device testing.

• Adoption Trends : Increased investment in interoperability testing for diverse network environments and IoT device validation will continue to shape the market. Testing solutions must ensure devices perform well across various regulatory standards and network configurations.

Europe’s market share will remain significant, contributing around 35% of the global market revenue in 2024 , driven by both consumer and industrial 5G applications .

 

Asia Pacific

Asia-Pacific is projected to experience the highest growth rate in the 5G Device Testing Market , primarily due to the massive investments in 5G infrastructure in countries like China , India , Japan , and South Korea . These countries are not only investing in 5G network development but are also major hubs for mobile device manufacturing , making them key players in the global 5G ecosystem.

• Market Characteristics : Asia-Pacific is characterized by diverse regulatory environments, with some countries, such as China and South Korea , having advanced 5G networks, while others, like India , are still in the early stages of deployment.

• Growth Drivers : Strong demand for 5G smartphones , industrial IoT applications , and autonomous vehicles is driving the need for advanced testing solutions. Additionally, government initiatives to accelerate 5G rollouts are expected to fuel market growth.

• Adoption Trends : The rise of 5G-enabled devices and the growing adoption of connected technologies are the key factors driving demand for testing services. The Asia-Pacific region is expected to see a surge in automated testing for performance and security, especially in high-growth markets like India and China .

Asia-Pacific is forecasted to grow at the fastest CAGR through 2030 , capturing nearly 30% of the global market by 2024.

 

Latin America & Middle East & Africa (LAMEA)

LAMEA remains an emerging market for 5G technology, with adoption rates varying significantly across regions. While countries in the Middle East like Saudi Arabia and the UAE are rapidly rolling out 5G networks, the adoption in Latin America and Africa is slower, due to infrastructure challenges and budget constraints.

• Market Characteristics : LAMEA countries face unique challenges, including cost sensitivity and the need for localized solutions . However, as the demand for 5G smartphones and IoT devices grows, there will be an increased need for cost-effective testing solutions tailored to regional market needs.

• Growth Drivers : Increased demand for smartphones , smart cities , and smart agriculture solutions will drive market growth. Countries like Brazil , South Africa , and Saudi Arabia are expected to be key markets for 5G device testing, as they prioritize next-generation networks for economic development.

• Adoption Trends : Despite slower adoption, security testing and low-cost device validation will see higher demand as telecom operators and device manufacturers seek to align with international standards.

LAMEA is expected to account for 15% of the global market share in 2024, with strong growth potential as infrastructure investment picks up.

 

Regional Summary:

The 5G Device Testing Market will experience varied growth across regions:

• North America and Europe will remain leaders due to their early adoption of 5G technology and regulatory requirements.

• Asia-Pacific will experience the highest growth, with China , India , and Japan driving demand.

• LAMEA offers significant growth potential, particularly in Brazil , South Africa , and Saudi Arabia , as these regions advance their telecom infrastructure.

The next few years will be pivotal for the 5G device testing market, as Asia-Pacific and LAMEA markets mature and the focus shifts toward automation and AI-powered testing solutions to handle the increasing complexity of 5G devices.

In summary, regional differences in adoption rates and infrastructure will shape the demand for testing solutions, making it crucial for providers to tailor their offerings to meet local market needs.

 

End-User Dynamics And Use Case

The 5G Device Testing Market sees varied adoption patterns across different end-user segments, depending on the specific needs and technical challenges posed by 5G-enabled devices. These end users—ranging from telecom operators to device manufacturers and third-party testing labs —play a vital role in shaping the market’s direction.

1. Telecom Operators

Telecom operators are the largest and most crucial end-users of 5G device testing services. These companies are responsible for rolling out and maintaining 5G networks , making their role central in ensuring that all 5G-enabled devices are compatible with their infrastructure.

• Testing Requirements : Telecom operators need to validate that devices perform optimally on their networks, covering factors such as signal strength , network coverage , latency , and bandwidth . They also require testing for interoperability between different network configurations (e.g., network slicing ) and performance under varying traffic conditions.

• Value Proposition : For telecom operators, ensuring that devices work seamlessly on their 5G networks is paramount for customer satisfaction. Any compatibility issues can lead to poor user experience, network congestion, and potentially costly delays in network adoption.

• Use Case Example : Verizon , a major U.S.-based telecom operator, partners with testing labs to ensure that new smartphones, IoT devices, and other 5G-enabled products meet the strict requirements for 5G network performance. This helps the operator maintain high-quality service as they scale their 5G networks nationwide.

Telecom operators’ need for comprehensive testing solutions, particularly for performance and interoperability, will drive significant demand in the testing services market.

 

2. Device Manufacturers

Device manufacturers, including companies such as Apple , Samsung , and Huawei , are responsible for developing and producing the 5G-enabled devices that end-users purchase. For these manufacturers, 5G device testing is crucial for ensuring that their products meet the network requirements , regulatory standards , and consumer expectations .

• Testing Requirements : Device manufacturers need to test a variety of factors, such as network compatibility , RF (radio frequency) performance , battery life , and security . This ensures that devices are certified for 5G networks and comply with regional and global standards.

• Value Proposition : For manufacturers, effective testing is critical to reducing the risk of device failures after launch. It helps them avoid costly recalls and ensure that devices are ready for market in a timely manner.

• Use Case Example : Samsung relies on extensive device testing to validate the performance of its 5G smartphones . Testing is conducted to ensure that devices maintain a stable connection even in environments with high network traffic. This testing is also used to verify device compliance with specific operator network standards, ensuring smooth deployment in various countries.

Device manufacturers will continue to represent the largest end-user segment in the 5G device testing market, as they are directly responsible for producing compatible, high-performing 5G devices.

 

3. Third-Party Testing Labs

Third-party testing labs and contract research organizations (CROs) play a critical role in supporting telecom operators and device manufacturers with independent device testing services . These labs are often used by manufacturers and network operators for comprehensive testing, including compliance certification, network compatibility, and performance validation.

• Testing Requirements : Third-party labs conduct a wide range of tests, such as compliance testing with global regulatory standards, interoperability testing , and security testing . They often provide certification services to validate that devices meet regional and global telecom standards .

• Value Proposition : The primary value of third-party labs lies in their independence and expertise . They can offer unbiased testing and certification, which is particularly important for devices that will be sold in multiple regions with different regulatory requirements.

• Use Case Example : UL Verification Services , a global testing provider, conducts 5G performance testing for mobile device manufacturers. They offer certification services for devices being sold in the U.S., ensuring that products meet FCC and CTIA standards. Their comprehensive testing ensures devices are ready for operator certification and commercial deployment.

Third-party testing labs are an essential part of the testing ecosystem, providing value through compliance and certification services , and their role will continue to grow as the 5G ecosystem matures.

 

4. Automotive Industry

The automotive sector is becoming a significant end-user of 5G device testing services as more autonomous vehicles and connected cars are being developed to use 5G networks for real-time communication. These vehicles rely on low-latency connections for safety-critical applications like vehicle-to-everything (V2X) communication, real-time navigation, and automated driving systems.

• Testing Requirements : Automotive companies need to ensure that 5G devices in vehicles provide seamless connectivity with low latency. Testing includes vehicle-to-vehicle (V2V) , vehicle-to-infrastructure (V2I) , and vehicle-to-network (V2N) communication, ensuring vehicles can communicate efficiently across a wide range of network conditions.

• Value Proposition : Testing for the automotive sector focuses on ensuring the reliability and safety of the communication systems that support autonomous driving. Devices must be able to function in highly dynamic environments , including rapidly changing network conditions, traffic congestion, and inclement weather.

• Use Case Example : Toyota is developing connected vehicle technologies that rely on 5G for real-time traffic data exchange, collision avoidance, and navigation. Extensive testing ensures that these vehicles meet safety standards and can maintain high connectivity speeds even in urban environments with dense traffic.

The automotive industry is becoming increasingly important in driving demand for 5G device testing services, particularly for applications involving autonomous driving and connected vehicles .

 

5. IoT Device Manufacturers

The IoT device market is another critical area for 5G device testing, as 5G enables a range of new IoT applications that require high-speed, low-latency connectivity. These devices, which include smart home devices , wearables , sensors , and industrial IoT devices, need to be tested to ensure they can operate effectively in 5G networks.

• Testing Requirements : IoT devices require end-to-end testing to ensure interoperability , network compatibility , and battery life in 5G environments. Testing also needs to verify data security and scalability , particularly for devices that operate in smart cities or industrial automation settings.

• Value Proposition : The ability to test IoT devices in a variety of network conditions ensures that these devices will perform optimally in real-world environments, reducing the risk of device failure and increasing consumer confidence in new IoT solutions.

• Use Case Example : A smart agriculture company develops IoT sensors that rely on 5G to transmit data from remote fields to central systems. Rigorous testing ensures these sensors maintain constant communication even in areas with minimal signal strength, ensuring reliable data collection for crop monitoring.

The rapid growth of IoT devices driven by 5G networks will significantly increase the demand for specialized testing services to ensure compatibility and performance in complex, real-time applications.

 

Conclusion

The 5G Device Testing Market is shaped by a diverse group of end-users, each with unique testing requirements. Telecom operators , device manufacturers , third-party labs , and the automotive and IoT sectors all drive demand for testing services, each contributing to the expansion and sophistication of testing solutions.

 

Recent Developments + Opportunities & Restraints

Recent Developments (Last 2 Years)

In the past two years, the 5G Device Testing Market has experienced significant advancements, particularly as new 5G technologies and devices are rolled out. Below are some of the major developments shaping the market:

• Keysight Technologies Launches 5G Testing Solutions for Automotive
  In 2024, Keysight Technologies announced the launch of its comprehensive 5G testing solutions tailored for the automotive industry , focusing on vehicle-to-everything (V2X) communications . This new solution helps manufacturers test autonomous driving systems and connected vehicle networks , ensuring low-latency and high-reliability performance under real-world conditions.
   

• Anritsu Expands 5G Device Testing Portfolio with AI Integration
  Anritsu Corporation launched new AI-powered test equipment in 2023, designed to improve device performance testing . These solutions focus on optimizing RF performance and network compatibility , automating the testing process to reduce time and human error, and improving test coverage for IoT devices in complex environments.
   

• Viavi Solutions Enhances 5G Network Testing Capabilities
  Viavi Solutions introduced an upgraded version of its 5G test platform in 2024, which now includes support for 5G non-standalone (NSA) and standalone (SA) modes . The solution is aimed at helping telecom operators ensure the seamless performance of 5G networks across different configurations, improving network efficiency and reliability.
   

• Rohde & Schwarz Introduces 5G Device and Network Emulation System
  In 2023, Rohde & Schwarz launched a new 5G device and network emulation system , which allows telecom operators and device manufacturers to simulate complex real-world 5G environments. The system includes advanced testing for multi-device scenarios, ensuring that devices perform optimally when connected to a network under heavy traffic conditions.
   

• Qualcomm Partners with Major Telecom Providers for 5G Certification
  Qualcomm entered into a strategic partnership with major telecom providers in 2024 to jointly develop certification standards for 5G-enabled devices . This collaboration aims to streamline the certification process for 5G smartphones and IoT devices , ensuring faster deployment of new products on 5G networks.

 

Opportunities

• Growth in IoT Devices and Applications
  The rise of IoT devices is one of the key opportunities in the 5G device testing market. As 5G networks enable new IoT applications, especially in areas such as smart homes , wearables , and industrial IoT , the demand for specialized testing solutions will continue to increase. Manufacturers will need to ensure their devices are network-compatible , secure , and capable of handling large volumes of data at low latencies.
  Expert Insight : With the growing importance of 5G for IoT , testing providers that focus on network compatibility and interoperability will be well-positioned to capitalize on this emerging market.
   

• Telecom Operators Expanding 5G Coverage
  As telecom operators around the world continue to expand their 5G coverage , there will be increased demand for performance testing solutions to ensure that devices work seamlessly across diverse network conditions. Operators will also need to conduct network validation tests to ensure their 5G infrastructure supports the massive influx of connected devices.
  Opportunity Highlight : Telecom operators can take advantage of advanced testing platforms that integrate AI and network simulation to enhance 5G performance across urban, rural, and remote environments.
   

• Security Testing for 5G Networks and Devices
  As 5G networks evolve, the risk of cybersecurity threats increases, creating opportunities for companies that offer security testing services for 5G devices. The market for penetration testing , vulnerability scanning , and data encryption verification will see significant growth as IoT and mobile devices become more interconnected.
  Expert Insight : With the increasing importance of data privacy and cybersecurity , security testing will become a high-demand segment, especially for industries like automotive , healthcare , and finance , where the consequences of breaches are severe.
   

• AI and Automation in Testing
  The integration of AI and machine learning into testing solutions represents a massive growth opportunity. These technologies can automate routine testing processes, optimize test scenarios, and improve accuracy by learning from historical data. This is particularly relevant as the complexity of 5G devices increases, and testing needs to be faster and more scalable.
  Future Outlook : Testing companies that can incorporate AI to improve testing speed and precision will have a competitive edge, offering automated solutions that help manufacturers reduce time-to-market.

 

Restraints

• High Capital Costs for Testing Infrastructure
  One of the major challenges faced by companies in the 5G device testing market is the high capital expenditure required to set up and maintain sophisticated testing infrastructure. The cost of advanced testing platforms, particularly those required for network simulation and device performance testing , can be prohibitive for smaller companies and emerging markets.
  Market Insight : As testing becomes more specialized, especially with the growth of 5G IoT applications , the capital costs for adopting the latest test equipment will continue to pose a challenge, particularly in regions with limited investment capacity.
   

• Complexity of Regulatory Compliance
  The complexity of regulatory standards for 5G devices —which vary significantly by region—presents a barrier to the smooth operation of the market. Companies must invest significant resources in ensuring their products meet local and global standards, such as EMC (electromagnetic compatibility) , SAR (specific absorption rate) , and security certifications .
  Challenge Highlight : 5G device manufacturers will need to constantly adapt to evolving regulations, requiring testing labs to stay up-to-date with the latest certification requirements across different regions.
   

• Lack of Skilled Professionals
  As 5G technology is relatively new, there is a shortage of skilled professionals who are experienced in the technical aspects of 5G device testing . This talent gap could hinder the growth of the market, as companies struggle to find qualified engineers and analysts who can manage complex testing environments.
  Market Insight : Companies that focus on developing training programs or partner with educational institutions to fill the talent gap will likely see better long-term success in the market.

 

7.1. Report Coverage Table

Report Attribute	Details
Forecast Period	2024 – 2030
Market Size Value in 2024	USD 4.5 Billion
Revenue Forecast in 2030	USD 9.8 Billion
Overall Growth Rate	CAGR of 12.8% (2024 – 2030)
Base Year for Estimation	2024
Historical Data	2019 – 2023
Unit	USD Million, CAGR (2024 – 2030)
Segmentation	By Device Type, By Testing Type, By End User, By Region
By Device Type	Smartphones, IoT Devices, Automotive Devices, Others
By Testing Type	Performance Testing, Security Testing, Interoperability Testing, Compliance Testing
By End User	Telecom Operators, Device Manufacturers, Third-Party Testing Labs, Automotive Industry, IoT Device Manufacturers
By Region	North America, Europe, Asia-Pacific, LAMEA
Country Scope	U.S., UK, Germany, China, India, Japan, Brazil, etc.
Market Drivers	Increased 5G adoption, IoT growth, telecom network expansion
Customization Option	Available upon request