Global Ethernet Access Device Market Dynamics and COVID-19 Impact Analysis

• Ethernet is a computer networking technology used to connect devices to communicate with each other through multiple protocols
• Ethernet is a proven success in the wired local area network (LAN) environment. Apart from LAN, it can also be utilized in metropolitan area networks (MAN) and wide area networks (WAN) to make the services more scalable and flexible. Any device (whether in an office, school, or home setting) that accesses a localized network using a cable (wired connection) is most likely to use Ethernet. Ethernet service is standardized as per the working group IEEE 802.3.
• Ethernet connectivity benefits almost every type of user, ranging from businesses to gamers, including security and reliability
• Devices need to connect through physical cables and hence, it is very difficult for outsiders to access the network through an unsanctioned device and hijack the bandwidth. For a wireless LAN technology, Ethernet is less vulnerable to noise and disruptions, such as physical barriers, band interference, or bandwidth hogs. Over time, Ethernet has mostly replaced its other competing wired LAN technologies, such as Fiber Distributed Data Interface (FDDI), ARCNET`, and Token Ring.
• Ethernet Access Devices (EADs) are compact carrier Ethernet fields that are employed to create high-quality and high-bandwidth packet service with low latency over multiple copper pairs for end-users (individual and business) by the communication/internet service providers.
• Today, EADs have evolved at the level to provide a bouquet of functions, such as:
  • Zero Touch Deployment (ZTD)
  • Timing over Packet Synchronization
  • Traffic Management
  • Fault Management

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• EADs enhance network quality and hence, communication/internet service providers need them to enhance customer experience and customer satisfaction.
• Ethernet backed backhaul helps service providers to fetch all the data in real-time, which further helps them make their network more dynamic. Demand for high-speed packet service has fueled the demand for devices such as Ethernet access device, which boosts the network quality even during the peak using hours.
• EADs enable service providers to use Ethernet technology in network lines (wired). Such devices are backed with a strong firewall, which provides security with the highest priority. EADs have made it possible to provide network security at a low cost, while maintaining top level performance.
• Furthermore, EADs are capable in service remote management. This feature comes handy in cloud computing, where the network connectivity is very critical.
• EADs enable service providers to rapidly add, delete, or change customers in the runtime, which not only saves time but also proves an economically viable option. It has eliminated the need to involve manpower too.

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• Communication service providers need to adopt new network planning models to accommodate EADs and effectively utilize the existing network for packet services. All these require a big strategic decision to spend a considerable amount.

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Bluetooth Low Energy (BLE) Module Market Dynamics and Future Trends

• Bluetooth low energy (BLE) is also called Bluetooth 4.0; this technology was first introduced in the year 2011 by Nokia Corporation. Bluetooth is used for connecting devices without using a cable and is largely used in wireless technology for varied applications such as data transfer and exchange of data within a short range. The key difference between Bluetooth and Bluetooth low energy (BLE) module is that Bluetooth low energy (BLE) has low power consumption.
• Bluetooth low energy (BLE) modules power consumption capabilities stay active for up to four to five years with a small battery backup. The low power consumption capabilities are considered to be a major advantage of the Bluetooth low energy (BLE) module market. Moreover, the Bluetooth low energy (BLE) module is compatible with a variety of operating systems such as OS X, Android, iOS, Windows, and more. The increasing adoption of IoT devices is expected to drive the market during the forecast period.

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Low power consumption capabilities

• The Bluetooth low energy (BLE) module consumes significantly less power. The modules are designed in a way that the Bluetooth low energy (BLE) can be operative for about four to five years with a small battery. Although the price of the BLE is high, it has wide range of applications. The Bluetooth low energy (BLE) module does not have heating problems unlike the traditional Bluetooth. Moreover, the data transmission can be achieved at a faster speed. The Bluetooth low energy (BLE) module has higher throughput along with a long range.

Increasing adoption of Internet of Things (IOT) globally

• Big Data and Internet of Things (IoT) are flourishing at a significant rate due to technological advancements in various industry verticals. These advancements are also implemented in high end Bluetooth Low Energy (BLE) modules and are thus driving the Bluetooth low energy (BLE) module market at a significant rate.
• Analytics is used in Bluetooth Low Energy (BLE) modules for Natural Language Processing (NLP), face recognition, and Artificial Intelligence. A lot of data is captured and the data is analyzed. The concept of IoT is to connect any device with the help of the Internet, enabling them to communicate with each other. Several sensors have to be located in different devices to generate data to achieve this.

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• The application base of Bluetooth Low Energy (BLE) modules is increasing currently, with its use cases being baby monitoring, traffic monitoring, automatic number plate recognition, etc.

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Middle East & Africa to Offer Attractive Opportunities to Wireless Power Switch Market

• A wireless power switch used for household applications is a home device employed to control the switching of household appliances remotely
• These switches make the switching of household appliances easy for physically challenged individuals, elderly people, and anyone who, in any circumstances, needs security and comfort
• The global wireless power switch market is anticipated to expand at a rapid pace during the forecast period, owing to increased demand for wireless power switches for use in the automation of commercial and industrial buildings

Key Drivers of Global Wireless Power Switch Market

• Wireless power switches are used to turn electric appliances on/off from anywhere, even when Wi-Fi has no Internet access
• The global wireless power switch market is expected to be driven by increasing demand for the rapidly changing technology in consumer electronics. Furthermore, expanding base of smart home users is expected to be a major driving factor for the global wireless power switch market during the forecast period.

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Companies operating in the global wireless power switch market are investing to expand their product portfolios as well as their distribution networks. They have adopted strategies such as mergers and acquisitions, development of new products, joint ventures, and expansions to cater to the increasing demand for wireless power switches across different regions.

• The wireless power switch market in Middle East & Africa is estimated to expand at the most rapid pace during the forecast period. This can be attributed to increasing investments in building and infrastructure sectors in the region.
• Middle East & Africa consists of countries such as Saudi Arabia, the UAE, and Qatar, wherein people have high purchasing power. Rapid expansion of cities and development of infrastructure in these countries are expected to drive the wireless power switch market in the region during the forecast period.

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Investments in Building Automation to Drive Market

• Different applications of building automation and control systems include lighting, safety and security, entertainment (audio and video), and HVAC (heating, ventilation, and air-conditioning)
• In addition to these core applications, several new applications are being developed and offered by players from different sectors. These include home healthcare, remote monitoring (as a specialized part of safety and security), home robotics, and pet care.

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North America to Lead Global Dielectric Capacitors Market

• Capacitors that are made of dielectric materials are known as dielectric capacitors
• The dielectric material is placed between the plates of a capacitor and it acts as a non-conducting partner of electric current, due to absence of free electrons, unlike metals
• In capacitors, various types of dielectric materials are used. These include aluminum oxide, tantalum pentoxide, plastic films, and several types of ceramics.
• Dielectric capacitors are manufactured from ceramic, plastic, or glass and depending on requirement of the application, the dielectric material is selected
• Dielectric materials are used in capacitors to increase the effective capacitance by reducing the electric field strength
• Dielectric capacitors are used in applications such as automotive electronics, smartphones, networking devices, and high-frequency oscillating circuits

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Rise in Demand for Dielectric Capacitors in Automotive Sector

• The automotive industry has emerged as an attractive sector for investments for organizations across the globe. In automobiles, use of dielectric capacitors is helpful at high temperatures, owing to their low loss and stable capacitance. Owing to this, several manufacturers of multiple-layered ceramic capacitors are focusing on providing products with an X8R or an X8L dielectric material.
• New features and functionalities in automobiles such as autonomous vehicle technologies, advanced driver-assistance systems (ADASs), vehicle-to-vehicle (V2V) communications, and other safety systems are driving the demand for electronic components. For instance, tantalum polymer capacitors, a type of dielectric capacitors, are largely used in automotive applications, owing to their low equivalent series resistance and high temperature range. These capacitors offer stable performance for up to 2,000 hours at 125°C.
• Additionally, other types of tantalum capacitors are suitable for harsh environments. They offer reliable performance at high temperatures in automotive applications.
• As a result of these advantages, the demand for dielectric capacitors for use in automotive applications is increasing. This factor is expected to drive the global dielectric capacitors market during the forecast period.

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Smartphone Segment to Witness Lucrative Opportunities

• Based on application, the global dielectric capacitors market can be segmented into automotive electronics, smartphones, networking devices, and high-frequency oscillating circuits
• In consumer electronics, smartphones are increasingly adopted by end-users, due to their multipurpose use. In smartphones, multi-layered ceramic capacitors are largely used, as they form an integral part of displays of smartphones.
• Additionally, use of dielectric capacitors in smartphones is beneficial, as they are lightweight, small in size, and cost efficient. These are highly important factors considered in consumer electronics devices. Thus, increase in use of smartphones is expected to offer lucrative opportunities to the global dielectric capacitors market during the forecast period.
• However, dielectric capacitors are highly prone to physical damage such as getting cracked. This is expected to hinder the global dielectric capacitors market during the forecast period.

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Key Players in Global Piezoelectric Positioners Market

• The global piezoelectric positioners market has witnessed significant growth over the last few years and the trend is expected to continue throughout the forecast period
• Piezoelectricity is a property of specific classes of crystalline materials. This piezoelectricity is similar to electrostriction, which is a property of all dielectric materials. Piezoelectricity exhibits various mechanisms when exposed to an electric field.
• Typically, the electrostrictive impact is low and the course of this little change in geometry does not alter if the course of the electric field is reversed. As opposed to this condition, piezoelectric materials exhibit an inversion toward geometrical alter when the course of the electrical field is reversed.
• Commercially, piezoelectric positioners are largely applied in the fabrication industry for the development of components such as transducers, actuators, and acoustic wave devices
• Piezoelectric positioners are highly popular, due to advantages associated with them such as high compatibility, unlimited resolution, operation at cryogenic temperatures, quick expansion, generation of a large amount of force, and absence of magnetic fields

Rising Demand for Precise Control in Nano Positioning Applications

• Ultra-high precision latitudinal positioning of objects is of prime importance in the emerging field of nanotechnology. Precise motion control is extremely critical when it comes to nano positioning applications including microlithography, bio-nanotechnology, nanoimprinting, optical alignment, and semiconductor test and measurement.

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• Piezo stages are the highest-rated mechanisms for nano positioning, due to their advanced characteristics and benefits associated with them such as high scanning speed, ultra-compact translation stages, high reliability, and high resolution capabilities
• Demand for precise control is significantly rising in nano positioning applications in several industry verticals, which is influencing manufacturers of piezoelectric positioners to introduce more advanced products in order to meet end-use requirements.
• This, in turn, is likely to create new growth opportunities for the global piezoelectric positioners market in the next few years.

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Key Drivers of Global Antenna Switch Modules Market

• An antenna switch module is an electronic small-package module that integrates a high-power-capable switch with passive-function circuits
• Antenna switch modules are mostly adopted in smartphones from HTC and RIM, WWAN dongles and modules
• The global antenna switch modules market is anticipated to expand at a rapid pace during the forecast period, owing to increased demand for antenna switch modules for use in various applications of the telecommunications industry

• Antenna switch modules are extensively used in smartphones, tablets, and other mobile devices. These modules are designed to transmit signal through low-pass harmonic filters with low insertion loss.
• Increasing sales of smartphones and mobile devices are likely to drive the global market for antenna switch modules during the forecast period. Sales of smartphones have been increasing at a rapid rate in developing countries such as India, Indonesia, Malaysia, and Brazil.

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Companies operating in the global antenna switch modules market are investing to expand their product portfolios and improve their distribution networks. They have adopted strategies such as mergers and acquisitions, development of new products, joint ventures, and expansions to cater to the increasing demand for antenna switch modules in different regions.

• Increasing demand for smartphones and mobile devices with antenna switch modules is expected to drive the global antenna switch modules market during the forecast period

Asia Pacific Market to Witness Attractive Opportunities

• Rising FDIs (foreign direct investments) in various industries in developing economies of Asia Pacific are likely to fuel the antenna switch modules market in the region during the forecast period
• The antenna switch modules market in Asia Pacific is estimated to expand at the most rapid pace during the forecast period, followed by Europe and Middle East & Africa. This can be attributed to increasing investments in industries in these regions.
• The telecommunications industry in the region is expected to expand in the near future. This, in turn, is expected to boost the global antenna switch modules market during the forecast period.

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High Technological Costs to Hinder Global Market

• The technological cost of antenna switch modules is high. For the development of new antenna switch modules for use in wireless applications, continuous innovations are required.
• This is expected to increase expenditure associated with research and development. This, in turn, is anticipated to hamper the global antenna switch modules market during the forecast period.

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Key Drivers of Global Surface Acoustic Wave (SAW) Resonator Market

• A surface acoustic wave is an acoustic wave that travels along the surface of an elastic material with an amplitude that typically declines exponentially with depth in the material. For electronic circuits, surface acoustic waves are typically used in devices called SAW systems. SAW systems are used as filters, oscillators, transformers, and the devices based on acoustic wave transduction. By using piezoelectric materials, transduction from electric energy to mechanical energy is achieved.
• The resonance frequency and the delay line of SAW devices depend on properties of materials forming the device.

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• Growing concerns about security and surveillance and increasing demand for temperature sensors based on surface acoustic waves (SAW) across various industries led by their accuracy, wide temperature-sensing range, quick response, low cost, repeatability, and microelectromechanical sensor (MEMS) technology are some of the major factors fueling the global surface acoustic wave (SAW) resonator market
• Growing adoption of surface acoustic wave resonators in various industries and increasing demand for acoustic wave sensors for use in security and surveillance in sectors such as industrial, automotive, military, and healthcare are a few other factors driving the global market
• SAW resonators are used in several of the same applications wherein quartz crystals are used, as they can operate at a high frequency. They are often used in radio transmitters in which tunability is not required.
• Surface acoustic wave (SAW) resonators represent some of the most prominent acoustic devices used for chemical sensing applications. Furthermore, as their frequency ranges from several hundred megahertz to gigahertz, they can change frequency quickly, due to exceptionally small mass loads. These devices are highly efficient due to their miniaturized design, high thermal stability, and the facility of wireless integration that they offer. Owing to these special features, surface acoustic wave (SAW) resonators are widely used as smart transducers that can be combined with a variety of layers of recognition based on host-guest interactions, metal oxide coatings, carbon nanotubes, graphene sheets, functional polymers, and biological receptors.

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• Continuous demand for temperature sensors from various industries fuels the global surface acoustic wave resonator market. Temperature sensors are increasingly used in various sectors such as automotive, healthcare, industrial, and chemical in order to integrate sensing technologies in products. This helps minimize replacement costs of components; reduce wear and tear of products; increase the product safety; and meet stringent requirements regarding reliability.
• However, acoustic wave resonators require several processes and technologies and hence, the compatibility of acoustic wave sensors with other products is one of the major factors that is likely to hinder the global surface acoustic wave resonator market from 2019 to 2027.

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