Growth of 5G to provide lucrative opportunities for In-Circuit Tester Market Growth During Forecast Period

The integration of complicated electronics, such as upgraded processors, high-frequency components, and various communication interfaces, is required for the realization of 5G technology. The sophistication of these gadgets, such as 5G smartphones, routers, and base stations, poses functional, signal integrity, and power consumption concerns. In-circuit testing is extremely important in ensuring that these sophisticated circuits work properly, confirming signal integrity, and identifying potential manufacturing defects. The rising complexity of 5G devices presents a vast potential for the in-circuit test market to flourish. The 5G technology runs at higher frequency bands, such as millimeter-wave (mm-wave) frequencies, which are currently being developed with distinct testing challenges. Higher frequencies necessitate precise signal integrity testing, reduced signal loss, and effective noise reduction suppression techniques. In-circuit testing allows for the analysis of high-frequency signal routes, revealing potential impedance mismatches, signal quality concerns, and noise sources. This is likely to provide a growth opportunity for the in-circuit tester market as these testers are required to confirm the performance of high-frequency circuits and assure compliance with strict 5G specifications.

Further, 5G is very important for PCBs. As, the 5G network intends to provide 1 millisecond latency, which is 10 times quicker than the 4G network and operates on a considerably wider frequency range. PCBs will have to accommodate far higher data rates and frequencies than they do now, pushing mixed signal design to its limits. According to industry experts, 40% of the global population will utilize 5G networks by 2024. This increased demand will cause multiple changes for consumers, retailers, and component designers, including printed circuit board (PCB) manufacturers. Therefore, the growth of 5G is driving the growing if the in-circuit tester market.

Key Findings of In-Circuit Tester Market Study:

The in-circuit tester market is categorized based on type, product, portability, industry, and geography. Based on type, the in-circuit tester market is segmented into analog and mixed. By product, the in-circuit tester market is segmented into in-line tester and multimode flying probe tester. By portability, the in-circuit tester market is segmented into non-portable and potable. By industry, the in-circuit tester market is segmented into consumer electronics, automotive, medical equipment, aerospace and defense, and others. The in-circuit tester market, based on geography, is categorized into North America, Europe, Asia Pacific, the Middle East & Africa, and South America.

Based on type, the in-circuit tester market is segmented into analog and mixed. The analog segment held the largest share of the in-circuit tester market in 2022. ICT has been the workhorse of the manufacturing industry for more than 40 years. It is still the most economical way to identify the largest range of process and component defects on the manufacturing line. Analog testing of passive components is as important as ever because of their increased usage. Understanding the principles behind analog testing is invaluable in generating stable tests that can hold up to high-volume PCB manufacturing. Therefore, considering the above parameters, the analog segment is gaining traction in the market. A mixed-signal circuit can be termed as a circuit consisting of both digital and analog elements. By this definition, a comparator is one of the simplest mixed-signal circuits. It compares two analog voltages and determines if the first voltage is greater than or less than the second voltage. Several companies offer mixed signal in-circuit functional testers. For instance, a company named Qmax Test Technologies Pvt. Ltd. offers a Mixed Signal In-Circuit Functional Tester, "QT-8200M," which comes with a large device library written in QDDL/VHDL and PythonTD languages for in-circuit and Circuit Testing of devices. While testing devices in-circuit, QT8200M employs the auto-compensation technique.

Teradyne Inc.; Acculogic Inc.; Digitaltest GmbH; Hioki E.E. Corporation; Keysight Technologies; Konrad GmbH; Kyoritsu Test System Co., Ltd.; Seica S.p.A.; SPEA S.p.A.; and Test Research, Inc. are among the key in-circuit tester market players that are profiled in this market study.

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