Remote working in healthcare settings and work from home initiatives have bolstered the growth of the smart antenna market during the coronavirus crisis. The growing adoption of 4G and 5G technologies is driving the global market. This is evident since cellular networks and Wi-Fi systems are witnessing increased traffic in home environments and residential spaces.
Due to the ongoing COVID-19 outbreak, defense forces in various countries are under pressure to safeguard borders since the socio-economic condition of several countries is vulnerable. Companies in the smart antenna market are capitalizing on this opportunity to increase the availability of products with defense forces since they play an essential role in safeguarding the nation.
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Manufacturers Optimize Thin Film Deposition Process to Improve Conductivity of Transparent Antennas
The Luxembourg Institute of Science and Technology (LIST) is inviting an internship in processing of smart antenna for autonomous IoT (Internet of Things) sensor units. This signals robust growth of the smart antenna market, which is estimated to expand at a favorable CAGR of 8.5% during the assessment period. However, transparent antennas are subject to low gain, owing to the use of resistive materials and thinner conductive materials. Such challenges are being countered by means of employing antennas in array structure or by optimizing the thin film deposition process to improve its conductivity.
Stakeholders are seeking to alleviate urban challenges in smart city initiatives to broaden their revenue streams.
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Digital Transformation of Vehicles, Computers, Factories Fuels Market Growth
Analysts at the Transparency Market Research (TMR) opine that the entire world will be connected to the Internet through satellites. Merck Group – a leading science and technology company is anticipating a digital future with smart antennas used in cars, airplanes, and households with easy access to the online world from any location.
Digital networking of vehicles, factories, and households will be translating into incremental opportunities for stakeholders in the global smart antenna market. The proliferation of self-driving cars such as Tesla, intelligent algorithms, and powerful computers are keeping companies in the smart antenna market busy with research and development. Thus, connectivity among different entities has become a crucial requirement for establishing digital transformation. Stakeholders are increasing efforts to enable powerful and reliable network connections for sending and receiving large quantities of data.
Wireless Communication, Autonomous Vehicle Applications Drive Demand for 5G Antenna Solutions
The smart antenna market is projected to reach US$ 15 Bn by 2031. Movandi – a fast growing 5G mmWave RF (radio frequency) solutions company is increasing the availability of 5G antenna solutions with the beam forming technology to improve the performance of multi-gigabit networks. Companies in the smart antenna market are providing 5G millimeter wave solutions for small cell and base station applications.
5G millimeter wave solutions are facilitating content delivery across mobile platforms, augmented reality services, and mission-critical vehicle-to-vehicle (V2V) applications.
Moderate Cost Antennas Combined with AI Help Design Mobile Communication Systems
The new range of smart antennas is capable of automatically switching its main beam to track a moving target. Companies in the smart antenna market are bolstering their production capabilities to develop solutions integrated with sensing element and signal processing element, which are suitable for mobile communication in railways and long straight spaces.
The development of mobile tech and the advent of mobile communication have led to the construction of flexible and variable short-range wireless communication channels. However, environmental adaptability has become a task for companies in the smart antenna market for designing of mobile communication systems in which antennas play a key role. Hence, companies are increasing the availability of moderate cost antennas combined with artificial intelligence (AI) instead of low-cost antennas to achieve environmentally cognitive intelligence.
Electromagnetic Computing Helps Build Wireless Communication Systems Suitable for Large Aircraft
Wi-Fi systems are expected to grow at an exponential rate in terms of revenue and CAGR during the forecast period. This explains why companies are increasingly focusing on smart antennas for 5G and 6G wireless systems. As such, there is a need for scientific approach to advance in the wireless technology. Continuous R&D using a scientific approach is helping to make antennas more powerful, maneuverable, and crucial for the advanced wireless technology. Companies are making use of electromagnetic signal processing techniques to control the antenna beam and track the moving station required for fast, dynamic, and effective beam forming.
The future of smart antenna market lies in electromagnetic computing. Companies are developing sophisticated antenna systems in the U.S. and Europe, which are suitable for electrically large aircraft, automobiles, and IoT systems. Thus, lucrative growth opportunities in countries of Asia Pacific such as India, Australia, and Japan are grabbing the attention of innovators. Companies are expected to team with researchers and interns to run projects that are realizing the importance of nanotechnology-based sensors and generators with IoT capabilities that complement low power wireless communication modules.
Liquid Crystal Technology Delivers Reliable Coverage for mmWave 5G Applications
Liquid crystal smart antennas are a breakthrough innovation for mmWave 5G applications. The liquid crystal technology is being used to develop phased array smart antennas that address the challenges faced by commercial mmWave 5G end-use cases. Challenges such as signal penetration, limited range of mmWave, and high infrastructure investment are hampering the growth of the smart antenna market. Hence, companies are increasing their focus on advanced technologies including beam-steering for effective coverage with the help of mmWave 5G.
Signal penetration is potentially challenging with mmWave 5G, since mmWave is easily blocked by buildings and poor weather. The limited range of mmWave is another roadblock for market expansion, since these frequencies only have a range of around 300 meters, which is significantly less than 4G. This has led to the demand for more equipment to deliver consistent and reliable coverage using liquid crystal smart antennas.
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