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SAW (Surface Acoustic Wave) Filter Market to Outstrip

Pune, India, July 28, 2021 (GLOBE NEWSWIRE) – Surface Acoustic Wave Filters (SAW) Market: Basic Data
According to our new study on “Surface Acoustic Wave Filter (SAW) Market Forecast to 2028-Impact of COVID-19 and Global Analysis-by Type, Frequency Range, Application and Geography,“On Surface acoustic wave filter (SAW) market size is expected to reach $ 2,826.81 million by 2028 from $ 1,597.84 million in 2021; it is expected to increase at CAGR of 8.3% in 2021-2028.

Surface Acoustic Wave Filters (SAW) Market: Competitive Landscape and Key Developments
Murata Manufacturing Co., Ltd .; API Technologies (UK) Ltd .; Abracon; Qualcomm Technologies, Inc .; Qorvo, Inc .; Skywork Solutions, Inc .; TAYO YUDEN CO., OOD; Microchip Technologies, Inc .; Kyocera Corporation; and TAI-SAW TECHNOLOGY CO., LTD. are among the key players in the global market for surface acoustic wave filters (SAW). Leading companies focus on expanding and diversifying their market presence and acquiring a new customer base, thus taking advantage of the prevailing business opportunities.

In 2020, Tai-SAW Technology Co., Ltd. launched a series of IF SAW filters aimed at 5G infrastructure applications, including base station, repeater and networks. These filters, operating in the 1,000-1,600 MHz frequency band, are designed to cover a wide frequency band, taking care of the design of the telecommunications spectrum.

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In 2019, Murata Manufacturing Co., Ltd. developed and launched large-scale production of the world’s smallest SAW duplexers – the SAYAV series, the SAYARV series and the SAYAP series and the SAFFW series of SAWF filters. The SAFFW series of SAW filters are packaged in the format 0.9 mm × 0.7 mm (length × width), which makes duplexers ~ 24% and filters ~ 37% smaller than conventional models.

Adoption of SAW filters is high in industries such as communications, automotive, aerospace and defense. They are widely used in smartphones, tablets and other communication devices, usually to obtain 3G and 4G bandwidth. They convert electrical energy into acoustic or mechanical energy through a piezoelectric material. Governments of different economies are investing in the development of 5G technology. The advent of 5G, IoT and artificial intelligence (AI) and the growing demand for smartphones are important factors driving market growth. In addition, the growing use of SAW filters in RADAR systems, navigation devices, GPS, data exchange systems and air traffic control devices is also accelerating market growth. In addition, the growing popularity of autonomous cars and electric vehicles is expected to increase the demand for SAW filters in the automotive sector.

As of May 2021, India, Brazil, Russia, the United States, Britain, France, Spain, Italy, Turkey, Germany, Colombia and Argentina are among the countries most affected by COVID-19. The pandemic affected economies and industries in various countries due to blockages, travel restrictions and business shutdowns that hampered the global supply chain and production processes, delivery schedules and product sales. Disruptions in supply chains and shutdowns have affected the electronics and semiconductor sector in 2020. In addition, global travel restrictions imposed by countries in Europe, Asia and North America are affecting business cooperation and partnership opportunities. . Therefore, the electronics and semiconductor sector is facing difficulties in growth due to a lack of production and insufficient transport facilities.

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New technologies in the SAW filter market will contribute to market growth in the coming years:
Companies in the SAW filter market are offering new technologies to compete with other advanced technologies. SAW Thermocompensated Filters (TC-SAW) are among the upcoming technologies that would provide growth opportunities for SAW filter manufacturers. TC-SAW filters have improved temperature stability, which contributes to its higher performance. For example, Murata Manufacturing Co., Ltd has developed filters with incredibly high performance-SAW, ie. IHP-SAW filters, which overcome the shortcomings of traditional SAW filters. Qualcomm has also introduced TC-SAW filters, which are designed for 5M multimode modem-RF systems in mobile applications. Thus, recent developments in TC-SAW filters, which can provide similar performance as BAW filters at lower costs, are likely to provide growth opportunities for market participants.

Surface Acoustic Wave Filters (SAW) Market: Application Overview
Based on the frequency range, the SAW filter market is segmented to less than 100 MHz, 101–1,000 MHz; 1,001–2,000 MHz; and more than 2000 MHz. The 101-1000 MHz segment holds the largest market share in 2020. SAW filters operating in the 100-1000 MHz frequency band are used as separate parts or are integrated with other components that would offer excellent filtering capabilities, along with compatibility with non-cellular wireless technologies such as Wi-Fi, Bluetooth and GPS. These filters provide superior filtering as well as efficient use of frequency in high-speed data transmission applications. They provide high insolation for good sensitivity, and for optimal performance, SAW filters reduce consumption through low insertion losses, providing cost-effective solutions for the latest designs. SAW filters operating in the 100-1,000 MHz frequency band are used in smartphones, base stations, digital television and telecommunications.

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