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RF Phase Shifter Market Outlook 2031
The global RF phase shifter market was valued over US$ 2.2 Bn in 2020
It is estimated to expand at a CAGR of 8.1% from 2021 to 2031
The global RF phase shifter market is expected to cross the value of US$ 4.9 Bn by the end of 2031
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Analysts’ Viewpoint on RF Phase Shifter Market Scenario
Since an increasing number of users are joining the Internet world through smartphones and other electronics, companies in the RF phase shifter market are ramping up their production capabilities to meet user demands during the ongoing coronavirus outbreak. Phased array antenna offers high directivity, but is linked with disadvantages of low frequency agility and high cost as compared to conventional antennas. Hence, companies should increase awareness about the global shift toward advanced technologies including phased array antenna that play an important role in surveillance and tracking radar. Such advantages help to offset the disadvantages of phased array antenna. This antenna is capable of emitting multiple beams simultaneously to deliver multifunction operations.
Mission-critical Communication Applications Fueling Demand for RF Phase Shifters
The RF phase shifter market is positioned for a significant growth rate during the forecast period. Companies are launching high dynamic range RF (radiofrequency) transceivers for mission-critical communication applications. The high-performance RF transceiver is suited for important communication purposes such as first responder radios, private Long-Term Evolution (LTE) networks, and satellite communications.
Companies in the RF phase shifter market are joining forces to develop integrated rack/hub-mounted solid state 300 W power amplifiers (SSPAs) for radar and electronic warfare (EW) applications. These high power amplifiers are designed for wideband testing, communications, radar or any application where simultaneous power amplification of signals over a 2 – 20 GHz operational bandwidth is required.
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Ukraine-Russia Conflict Sparks Demand for Critical Semiconductor Components
The ongoing Ukraine-Russia conflict has heightened the importance of RF phase shifters and other mission-critical semiconductor components for communication applications. Manufacturers are maintaining robust supply chains as governments are reducing restrictions on international trade and several other import-export activities.
Furthermore, the reopening of schools, offices, and other commercial spaces is helping to revive the growth of the global RF phase shifter market after the peak of coronavirus outbreak. Semiconductor companies have been facing heat due to the worldwide shortage of chips. Nevertheless, companies are tapping income avenues in telecommunications, defense, and healthcare applications to keep the economies running.
5G to Outpace 4G LTE Networks in RF Phase Shifter Market
The rise in data traffic due to interconnected devices present at home, businesses, and other enterprises has fueled the demand for high bandwidth. Consequently, 5G deployment has been accelerated around the world. Statistics indicate that as of January, 2020, 5G networks have been employed in about 378 cities across 34 nations. The emerging 5G network is anticipated to introduce advancements throughout the network architecture. New antennas are likely to incorporate technology, known as massive MIMO (multiple input, multiple output), which facilitates multiple transmitters and receivers to transfer more data at the same time.
The number of base stations will be higher than the previous years due to the emergence of small cell 5G networks. 5G networks are built with macro and small cell base stations having edge computing capabilities. Several wireless network providers are expected to implement 5G at higher frequencies than current 4G LTE networks.
Technological Advancements in Digital Phase Shifters Growing Prominent in Electronic Products
Digital phase shifter is a type of RF phase shifter. These shifters are being extensively used in the semiconductor industry, as they are programmable and they can be controlled via a computer interface. Technological advancements in digital phase shifters have enabled the user to connect the device to a computer via a USB (universal serial bus) connector.
Moreover, digital phase shifters are increasingly being used in RF distortion, amplitude & phase modulation, fiber optics, and variable attenuators. Such trends are propelling the expansion of the global RF phase shifter market. A surge in the use of digital phase shifters in electric and electronic applications is anticipated to drive growth in the RF phase shifter market during the forecast period.
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Use of Phased Array Technology for High Frequency Applications
RF phase shifter is a key component in array-based antennas, as they enable to control phase shift of multiple array antenna. A phased array antenna enables beamforming by adjusting the phase difference between the driving signals sent to each emitter in the array. Beamforming with phased array antennas is necessary at high frequencies to overcome losses during transmission. An appropriately sized phased array antenna can direct radiation from high gain emitters over a broad solid angle.
The phased array technology has helped enhance the characteristics of the collective signal or radiation pattern. Hundreds of beams can be synthesized in phased array antennas with the help of phase shifters. Direction, strength, and shape of the transmitted or received beams can be electronically enhanced without loss of resolution with phased array antennas. Such findings are contributing to the growth of the RF phase shifter market.
RF Phase Shifter Market: Overview
According to Transparency Market Research’s latest research report on the global RF phase shifter market for the historical period 2017–2019 and the forecast period 2021–2031, complex communication systems in defense and telecommunication sectors for different applications, such as RADAR, electronic warfare systems, and base station antennas, is expected to boost the global RF phase shifter market during the forecast period.
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