5G Technology Market is valued around USD 5.53 Billion in 2020 and expected to reach USD 620.72 Billion by 2030 with the CAGR of 58.6 % over the forecast period.

The 5G technology introduction in the telecommunication industry tends to bring major change. This technology offers numbers application in different industries along with high speed connectivity services. 5G technology offers high speed data transmission which is three times faster than conventional technology. This also helps in the enhancement of operational efficiency with various other advantages.

Global 5G Technology Market report is segmented on the basis of offering, connectivity, application, end user and by regional. Based upon offering, the 5G technology market is fragmented into Hardware, Software, and Services. On the basis of connectivity, the market is categorized into Enhanced mobile broadband (eMBB), Ultra-reliable low latency communication (URLLC) and Massive machine type communication (mMTC). On the basis of application, the market is fragmented into connected vehicles, Monitoring & tracking, Automation, Smart surveillance, VR & AR, Enhanced video services, and others. Based on end user, the market is classified into Manufacturing, Automotive, Energy & Utilities, Transportation & Logistics, Healthcare, Government, Media & Entertainment, and Others. The regional bifurcation of countries includes North America, Europe, Asia-Pacific, and RoW which are further segmented into major countries such as U.S., UK, France, and others.

The 5G technology market is mainly driven by the constant expanding applications in different industries. There has been constant development in technology along with growing investments followed by presence of developed infrastructure. In addition, rising industrial automation as well as surge in the adoption of digital appliances & technology which is expected to contributes the market growth. There has been growth in IoT devices, edge computing devices & others followed by growing demand of streaming services. Moreover, growing demand for real time data processing as well as growth in smart cities with wireless connectivity services is also likely to promote the market growth. However, high cost of deployment may impede the market growth in the near future.

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The developed regions such as North America and Europe are expected to hold the major market share owing to the presence of technological advancement along with the development of smart cities. Asia Pacific is expected to dominate the 5G technology market in terms of growth rate owing to the rapid industrialization in the region along with rising automation on a large scale. Moreover, growing integration followed by rapid development of infrastructure as well as wide application in the region are also likely to fuel the market growth.

The major market players profiled in the 5G technology market includes Nokia Siemens Networks, Deutsche Telekom AG, Telecom Italia, Orange S.A., Huawei Technologies Co. Ltd., Alcatel-Lucent S.A., BMW Group Research and Technology, Qualcomm Inc., Aalto University, KTH – Royal Institute of Technology, National and Kapodistrian University of Athens, Fraunhofer-Gesellschaft, University of Bremen, Ericsson, Chalmers University of Technology, University of Oulu, Samsung, and RWTH Aachen University among others.

If you have a unique idea for a mobile app and want to reach a wider audience in one go, then cross-platform app development could be a great alternative instead of native app development. It is comparatively a time-saving and cost-effective solution. The next question that comes in the picture is which framework to choose for mobile app development! Amongst several frameworks available in the market, React Native is one of the most preferred choices of the developers, entrepreneurs as well as app development companies.

This article covers React Native mobile app development and its advantages in brief.

A Brief Introduction to React Native App Development

React Native is a leading cross-platform app development framework developed by Jordan Walke, a software engineer at Facebook. He developed this framework for simple development and ensuring a better user experience in the apps. It is an open-source framework that allows creating mobile apps only with Javascript. This framework is used for building powerful native-like apps which don’t differ from the apps developed in Objective-C, Java, Swift, etc.

There are many big players in the business world that have used React Native mobile app development in their projects. A few of them are UberEats, Skype, Delivery.com, Instagram, Facebook, Vogue, Facebook, Bloomberg, Tesla, etc.

Top Reasons to select React Native Framework

Rapid development and cost-effectiveness- React Native app development allows code re-usability i.e. the same code is used for both platforms- Android and iOS. This makes the job of developers quite easier. They don’t need to write separate code for different platforms as almost 90% of the code can be re-used. This accelerates the speed of the project and also reduces the cost of development to a great extent.

Community Support- React Native has the support of community experts for any issue. Developers share their experience online and also, there is documentation related to React Native open for everyone in the community. Along with the GitHub community, it has the active support of Facebook. The Facebook team also works on the improvement of this framework and keeps innovating new features, libraries, etc. in it. Also, companies like Microsoft, Software Mansion, Infinite Red, Callstack, etc. have contributed their bit to this framework. Many of the components and libraries in React Native are built by community developers on sites like Native Directory and JS.coach.

Third-party plugin support- Usually, third-party plugins are not that secure to be used and so, the developers face difficulties while using them. However, React Native is a very flexible framework and allows using third-party plugins with ease. There are pragmatic interfaces in this framework that have customization options.

Simpler user-interface- React Native is more like a JavaScript library which has a simplified user interface. The user interfaces designed in React Native have lesser loading time, they are more responsive and the apps built in it have a smoother feel.

Declarative coding style- The declarative coding style in React Native makes the development understandable and flexible for the developers. It streamlines the development process. The code is easier to read and understand, simply by looking at it.

Modular architecture- React Native has a modular architecture which lets the developers segregate the functions of the program into several blocks called modules. These modules are free and interchangeable. This architecture helps to make the programming more flexible. Also, it becomes easier to upgrade apps quickly. The modules can even be reused for mobile and web APIs.

Plenty of Tools and Libraries – React Native Developers get abundant advantages in development because of the tools and libraries like NPMs, Github forks and other third party platforms. These tools provide libraries for integrating maps, standard UI controls, etc.

Wrap-up:

React Native is a futuristic framework meant for cross-platform mobile app development. It is clear from the above-mentioned benefits that why so many businesses prefer to React Native app development services for their projects. It is constantly evolving and saves a lot of time and money for developers. It may not be the perfect solution for every app idea, yet it is one of the highly preferred frameworks in the development world.

Do you want to create a native-like, customizable and feature-rich mobile app for your business? Biz4Solutions is a leading React Native mobile app development company providing cutting-edge services to clients across the world. Our goal is to provide best-in-class mobile apps to our clients and ensure 100% client satisfaction. Hire experienced and talented React Native app developers now!

The coronavirus pandemic has changed entirely the way we live. As most people worldwide are home-stuck due to the outbreak, the role of IoT in our daily lives has become more important than ever. One such important role of IoT solutions is how they can help us improve indoor air quality.Indoor air quality has been a concern across cities long before the COVID-19 outbreak. Multiple studies have found that even in developed countries like the U.S., the concentration of some pollutants are several times higher than the outdoor environment. Pollutants found in indoor environments like offices and homes include carbon monoxide, mold, asbestos, particulate matter, and organic compounds, among others.IoT-based solutions can help to effectively deal with this air quality problem. Companies are using the concerted power of artificial intelligence, machine learning, and analytics to come up with innovative solutions. These technologies aim to manage and prevent various health issues triggered by poor indoor air quality. For instance, sick building syndrome is caused by unhealthy air quality. This causes persisting cough and respiratory illness.Improving air quality has become a popular area of R&D in the home appliances industry. Electronics companies are racing to use AI and IoT as tools for improving understanding of the indoor air quality. Indoor environments like workspaces are replete with carbon dioxide (CO2) exhaled by humans, in addition to pollutants.By deploying IoT-powered sensors, you can easily measure the levels of CO2 and other pollutants in an indoor environment. The consistent evolution of IoT solutions development makes it easy to build accurate sensors for every kind of building. The sensors send alerts when CO2 or pollutants reaches unhealthy levels. This enables the occupants of the building to properly manage and avoid accumulation of pollutants in the air.IoT-enabled sensors, combined with software dashboards, provide actionable insights to building owners and operators. They can use these insights to effectively manage HVAC systems installed in the buildings. You can easily manage healthy indoor air quality by using different kinds of IoT-based sensors available in the market.IoT-Powered Solutions to Manage Indoor Air QualityWith IoT-based sensors, you can easily make sure that the air quality of your building remains healthy. Different kinds of IoT sensors are available to deal with the problem of indoor air quality. • Off-the-shelf IoT sensors that can be evenly distributed throughout a building. All these sensors would monitor the air quality in the deployed area.• Cloud-based AI infrastructures that can analyze data from across different sensors installed in an area. The AI solution then analyzes all the data and creates actionable insights.• Another category of IoT solutions that can be integrated with HVAC systems. These solutions will enable HVAC systems to automatically track unhealthy levels of pollutants by assessing the indoor air.ConclusionIndustries are increasingly collaborating for the development of IoT-based solutions for improving indoor air quality and other aspects of living. Software development service providers have a big role in the creation of IoT solutions for different industries. These solutions are not just relevant to the ongoing virus pandemic that has confined people inside homes. Indoor air quality will remain a serious concern in the times to come.

Polarization maintaining(PM) optical fiber connectors are usually used for special applications, such as optical fiber sensing, interferometry, planar waveguides, coherent optical transmission, and long-distance bidirectional optical transmission systems. To understand polarization-maintaining connectors, we need to know what polarization-maintaining fibers are.

The PM fibers currently on the market basically have the following cross-sectional types:

The cross-sectional types of PM fibers

The fifth is the most common type, which also known as Panda fiber (Its cross-section looks like a panda face). What’s the difference between PM fiber and ordinary single-mode fiber?

Polarization-maintaining fiber is a special type of single-mode fiber. Ordinary single-mode fiber can transmit random polarized light, while PM fiber can only transmit polarized light in one direction. In polarization-maintaining fibers, the polarization of linearly polarized light waves propagating into the fiber is maintained during the propagation process, and there is little or no cross-coupling of optical power between the polarization planes. For some fiber components that require polarized light input (such as external modulators), the function of maintaining the polarization direction is very important. By generating stress in the fiber material itself, the polarization characteristics of light waves in a specific direction can be maintained. Therefore, the polarization maintaining fiber with the following structure appears.

Structure of PM fiber optic connector

The stress rod generates stress in the optical fiber, which only contributes to the polarization propagation of light in one direction. When the PM fiber is terminated through the fiber connector, the stress rod should be aligned with the connector key. Whether the keys are aligned directly determines the function of the PM connector link transmission. The index is very critical.

How to ensure that the stress rod and connector key are aligned? If we want to ensure accurate alignment, do we need to do some special design for the structure of the connector?

The stress rod should be aligned with the connector key. The conventional production method on the market is to fill the ferrule with 353ND curing glue. When the glue is not fixed, align the stress rod (cat’s eye) with the magnifying glass by rotating the lens core, and then cure after alignment. The problem is that the fiber core is very easy to rotate during the baking process even after aligning the “cat’s eye”. And there is a certain viscosity of the cured glue, which causes the fiber core to rotate offset after alignment and before curing. The alignment angle of the “cat’s eye” can only reach within ± 5 degrees, and the extinction ratio of the entire jumper can only reach more than 20dB. And once the offset angle is too large, the connector end must be cut off and re-headed, wasting man-hours and the quality is difficult to guarantee.

HYC PM connector

In order to solve the above problems, HYC has independently designed a polarization maintaining fiber connector that can rotate the ferrule with 360 degree angle to align with the “cat’s eye”. The traditional rotating optical fiber core is replaced by rotating the solidified ferrule. When the “cat’s eyes” are aligned, the ferrule tail is fixed to achieve the purpose of precise positioning. After verification, the alignment angle deviation of HYC series polarization-maintaining connectors can be controlled within ±1 degree, and the extinction ratio can reach more than 25dB.