Market Overview
Vector network analyzer (VNA) remains a key technology for effective measurement of RF (radio frequency) networks. Market Research Future (MRFR) reports that the global vector network analyzer market will exhibit a healthy CAGR of 3.74% during the forecast period (2018-2023). Component manufacturers use VNA to assess the effect of radio frequency on devices on parameters such as performance and veracity.
VNAs are used for analysing RF based modules, mixer and amplifiers. They also find application in testing prototypes and component specification being they are market commercially. VNA has played a crucial role in the gradual advancement in communication technologies. Most communication devices that are currently manufactured undergo VNA testing before their commercial launching. Thus, increased penetration of communication devices such as smartphones and tablets is making a positive impact on the global Vector Network Analyzer Market Size. Moreover, emergence of revolutionary wireless network system such as MAN and WAN is creating market opportunities for VNA. The IoT boom is also anticipate to usher in more opportunities for VNA systems in the near future. The growing trend of bring-your-own-device (BYOD) and inclination towards wireless ecosystems are other factors that are supporting the growth of the VNA market. Nevertheless, the arrival of alternative testing technologies (scalar network analyzers) can undermine the proposition of VNA systems.
Key Players:
Prominent players in the vector network analyzer market include Keysight Technologies Inc. (USA), Rohde & Schwarz GmbH & Co. KG. (Germany), Anritsu Corporation (Japan), Transcom Instruments Co., Ltd. (China), Copper Mountain Technologies (US), National Instrument Corporation (US), OMICRON Lab. (Austria), GS Instrument Co. Ltd. (Korea), Chengdu Tianda instrument Equipment Co., Ltd. (China), HUBER+SUHNER. (Switzerland), AWT Global LLC (US).
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Vector Network Analyzer Market – Segmental Analysis
The global market for vector network analyzer is segmented on the basis of frequency type, application, and region.
On the basis of frequency type, the market is segmented into 0.26 – 5 GHz, 26.5 – 40 GHz, 40 – 50 GHz, 50 – 67 GHz, and 67 – 110 GHz. Among these, 0.26 – 5 GHz analyzers are used in radio frequency (RF) component design and testing, semiconductor manufacturing, cable manufacturing, and in educational institutes for training purpose. On the other hand, 26.5 – 40 GHz vector network analyzers are used in laboratories for testing microwave enabled devices. They are also used in fiber optic manufacturing, and testing and Wi-Fi enabled device manufacturing and testing. These devices have the potential in the coming years owing to consumers embracing IoT in their homes.
Furthermore, 40–50 GHz vector network analyzers are used in the automotive industry for component testing and in the healthcare industry for portable medical device testing. In addition, the 50–67 GHz segment is used in electronics manufacturing industry. It is used for quality checks of smart appliances and microwave-enabled reimaging device. Lastly, 67–110 GHz vector network analyzers are used in military, aerospace, and defense sectors for radar manufacturing and testing, rocket components manufacturing and testing and radiofrequency (RF) enabled military communication device manufacturing and testing.
Major applications utilizing VNAs include information technology (IT) and telecommunication, electronic manufacturing, education, automotive, medical, transportation, aerospace and defense, and agriculture. Among these, electronic manufacturing industries have increasingly adopted vector network analyzers for component testing and testing of various electronic devices for high and low frequencies as well as RF technology testing.
Whereas, IT and telecommunication industry has adopted vector network analyzers primarily for wireless communication testing, broadcasts, components testing, and telecom installation and maintenance. Apart from these, the education sector uses vector network analyzers for training new design engineers for testing RF circuits and in the study of equipment and devices for plasma physics in fusion reactors. The automotive industry applies vector network analyzers for the development and measurement of RFID (Radio Frequency Identification) systems within an automobile for safety and security purposes. VNAs are highly popular in healthcare sector organizations for portable medical device testing. They are used in RFID tags to track and monitor patients and equipment.
Regional Outlook
Geographically, the vector network analyzer market has been studied for North America, Europe, Asia Pacific, and the Rest of the World (RoW).
The vector network analyzers are in huge demand in North America on account of the increasing adoption of RF and microwave sensing technologies. VNAs find a broad range of applications in several industries such as IT and telecommunication, transportation, automotive, and electronics. The United States (U.S.) stands at the top in terms of adoption of vector network analyzers in the automotive and electronics industry for real-time component testing, device testing, and scattering measurements.
The market in Asia Pacific is presumed to expand at a high rate owing to adoption and implementation of RF and microwave technology in numerous industries. Furthermore, the advancements in IoT and wireless communication in this region will positively impact the growth of the VNA market in countries such as China, India, and Japan in the coming years. Moreover, the market in the region is maturing steadily with the investors being highly optimistic about the potential the region exhibits. This leads to intense completion among regional market players and propels the market growth immensely. Also, thriving industries such as automotive, aerospace and defense and electronic manufacturing can push the demand for these devices to a large extent in the region.
The Europe market is surging ahead at a healthy growth rate due to strong economic growth and rapid industrialization. Constant technological innovations and product enhancement by market players prove to be beneficial to the market growth in the region.
Industry News
UK-based high-precision PC-based oscilloscopes and automotive diagnostics equipment manufacturer Pico Technology has recent introduced two new advanced VNA testing systems under its RF portfolio. TA431 (Non-insertable F-F) and TA430 (Insertable M-F) VNA systems can be used for validation of precision of network analysis test unit and its calibration prior to, before and after a measurement sequence in made.
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Intended Audience
- Educational Institutes
- Semiconductor Manufacturers
- Aerospace and Defense Equipment Vendors
- Medical Device Manufacturers
- Automotive Equipment Manufacturers
- Electronic Manufacturing Companies
- Government Agencies
- Agricultural Equipment Manufacturers
- IT and Telecommunication Providers
About Market Research Future:
Market Research Future (MRFR) is a global market research firm that takes great pleasure in its services, providing a detailed and reliable study of diverse industries and consumers worldwide. MRFR's methodology integrates proprietary information with different data sources to provide the client with a comprehensive understanding of the current key trends, upcoming events, and the steps to be taken based on those aspects.
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