Surface Acoustic Wave (SAW) Filter Market to Grow at a CAGR of 8.3% to reach US$ 2,826.81 million from 2021 to 2028

According to our latest market study on "Surface Acoustic Wave (SAW) Filter Market Forecast to 2028 - COVID-19 Impact and Global Analysis - by Type, Frequency Range, and Application," the market was valued at US$ 1,717.68 million in 2020 and is projected to reach US$ 2,826.81 million by 2028; it is expected to grow at a CAGR of 8.3% from 2021 to 2028. The report highlights key factors driving the market growth and prominent players along with their developments in the market. Increase in Demand for SAW Filters for Mobile Device and Telecommunications Escalates Growth of SAW Filters Market

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Key Companies: Murata Manufacturing Co., Ltd.; API Technologies (UK) Ltd.; Abracon; Qualcomm Technologies, Inc.; Qorvo, Inc.; Skywork Solutions, Inc.; TAIYO YUDEN CO., LTD; Microchip Technologies, Inc.; Kyocera Corporation; and TAI-SAW TECHNOLOGY CO., LTD.

A surface acoustic wave is an acoustic wave which travels along the surface of a material that exhibits elasticity, having an amplitude which decays exponentially with the depth into the material. SAW filter is an electronic device which convers or transforms the electrical energy into mechanical or acoustic energy with the use of a piezoelectric material. The process of converting the energy requires two interdigital transducer which are input and output transducer. The input transducer generally creates or transforms the incoming electrical signal into acoustic waves whereas the output transducer receives the acoustic waves and converts them back to electrical energy.

Surface acoustic waves travel along the surface of elastic materials, with amplitude that decays exponentially with the depth of material. SAW filter is an electronic device that converts the electrical energy into mechanical or acoustic energy with the use of a piezoelectric material. The process of converting the energy requires two interdigital transducers, namely, input and output transducers. The input transducers generally transmit the incoming electrical signal into acoustic waves whereas the output transducers receive the acoustic waves and convert them back to electrical energy.

SAW filters are mainly used in medical, radar, military, and aerospace industries. They are used as a sensor in the medical field. The SAW delay line is used as a sensor element for in situ detection of a wide array of stimuli. These filters act as bandpass filters to transmit and receive the section of wireless communication. In the radar industry, mostly, SAW filters having a linear delay change over a set pass bandwidth, also known as time bandwidth (TB), are used. Larger the time bandwidth, more efficient the system would be in tracking and locating targets. Active electronically scanned array (AESA) radar is the newest radar in the market and serves as a great application area for SAW filters. In the military industry,. SAW filters are designed in a particular way to provide high selectivity and low distortion for military communications and aerospace applications.

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Market Insights
Applications of SAW Filters in Various Industries
SAW filters have applications in a wide range of industries. They are being used in the medical, radar, military, and aerospace industries. SAW filters are used as a sensor in the medical field. The SAW delay line is used as a sensor element for in situ detection of a wide array of stimuli. In the medical industry, SAW filters are also used as a bandpass filter to transmit and receive the section of wireless communication. In the radar industry, SAW filters having a linear delay change over a set pass bandwidth are mostly used. This is also known as time bandwidth (TB). The larger the time bandwidth, the system will be better and more efficient in tracking and locating targets. Active electronically scanned array (AESA) radar is the newest radar in the market and serves as a great application area for SAW filters. In the military industry, SAW filters provide band pass filtering for many military communication applications such as receiving and transmitting (Rx) and (Tx) filters, IF filters within Software Defined Radio (SDR) applications, and Identification Friend or Foe (IFF) applications, as well as IF filters in superheterodyne systems. SAW filters are designed in a particular way to provide high selectivity and low distortion for military communication, as well as aerospace applications. Thus, application and demand of SAW filters in various industries will drive the SAW filter market across the world.

Report Spotlights
• Progressive trends in the SAW filter industry to help players develop effective long-term strategies
• Business growth strategies adopted by companies to secure growth in developed and developing markets
• Quantitative analysis of the global SAW filter market from 2020 to 2028
• Estimation of the demand for SAW filters across various industries
• PEST analysis to illustrate the efficacy of buyers and suppliers operating in the industry to predict market growth
• Recent developments to understand the competitive market scenario and the demand for SAW filter
• Market trends and outlook coupled with factors driving and restraining the growth of the SAW filter market
• Understanding regarding the strategies that underpin commercial interest with regard to global SAW filter market growth, aiding in the decision-making process
• SAW filter market size at various nodes of market
• Detailed overview and segmentation of the global SAW filter market as well as its industry dynamics
• SAW filter market size in various regions with promising growth opportunities

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