Wireless network test equipment evaluates wireless signals based on various criteria, including network availability, connectivity, and utilization. The report covers test equipment used in benchmarking, monitoring, field trials, acceptance, optimization, and troubleshooting. Segment revenue is forecast for the groups mentioned above and not for individual product segments.

The scope of the study is limited to cellular wireless networks and excludes wireless networks such as Wi-Fi and Bluetooth. The wireless network test equipment market encompasses devices and solutions designed to test and validate the integrity of cellular wireless networks. Wireless networks considered include cellular generations, such as 4G LTE and 5G. Market estimates encompass revenue generated through the sale of wireless network testing solutions, including both hardware and software. Monitoring-as-a-service (MaaS) offerings for next-generation cellular, Wi-Fi, and networks are also included. Other services, such as after-sales support and maintenance, are outside the scope of this research.

By test type, the global wireless network test equipment market segments into:
•     Drive test/walk test
•     Crowdsourcing
•     Active monitoring
•     Passive monitoring
•     OSS (CM/PM/FM)
•     OSS with geo-location equipment
•     SON test equipment
•     Site test equipment

The geographic coverage of the study encompasses the global region and is segmented into the regions listed below. Segment revenue is forecast for the different geographical areas.
•     North America: Canada and the United States
•     Europe: Germany, the United Kingdom, France, Italy, Scandinavia, the Commonwealth of Independent States (CIS), and the Rest of Europe (RoE)
•     Asia-Pacific (APAC): India, China, Japan, South Korea, Southeast Asia, Australia and New Zealand (ANZ), and the Rest of Asia-Pacific (including Taiwan, Sri Lanka, Pakistan, Afghanistan, Bangladesh)
•     Rest of the World (ROW): Latin America, the Middle East, and Africa

Factors driving market growth include high-speed wireless connectivity, fixed wireless access, drive testing, and the emergence of technologies such as mobile crowdsourcing and passive monitoring. End customers demand high-performance test equipment to monitor network performance and to find faults. High-speed wireless connectivity will drive the need for wireless network testing equipment, enabling fast data transmission between devices.

As the number of networked devices increases, so will the demand for efficient data transfer among these devices. Wireless network testing is crucial for evaluating the performance of high-speed connections, signal strength, and data transfer rates. Greater adoption of smart devices, demand for high-speed connectivity at home, technological advancements, and increased compatibility of network technologies will drive market growth. The adoption of IIoT, smart city growth, and 5G deployments is expected to spur strong demand in the Asia-Pacific. There will be requirements for 5G NR testing as the network transitions from reactive testing toward predictive and proactive testing probes.

Author: Janani Balasundar