Electrical Computer-Aided Design software is used to create and modify both diagrams and layouts, including both 2D and 3D, in order to design, assess and document electrical Printed Circuit Boards (PCB). Electrical CAD software can be used to explore different iterations of a PCB, either abstractly as a diagram or in full detail as a layout or 3D assembly. Users can build out different alternatives and options, comparing them to each other. It can also be used to generate manufacturing documentation, which is released to manufacturing as part of the specification used to source, fabricate and produce PCBs. 3D ECAD, or three-dimensional electrical computer-aided design, is technology for design and technical documentation, which replaces manual drafting with an automated process. Used by engineers, and other professionals, 3D ECAD software precisely represents and visualizes objects using a collection of points in three dimensions on the computer. 2D cartography and drawing is the process of creating and editing technical drawings and adding annotations to designs. Designers can use Electrical CAD software for 2D drawing to draw designs more quickly and accurately without using templates and technical drawing tools. The 2D Electrical CAD software also allows users to record and annotate engineering drawings with text, dimensions, leaders and tables. In general, 3D E CAD is used more extensive, with a market share of 67.84% in 2019. Electronic CAD can be applied to large, medium and small enterprises, among which large enterprises occupy a larger market, with a market share of 58.92% in 2019.
Electrical CAD software can be used to generate manufacturing documents, which are issued to the manufacturing department as part of the specifications for purchasing, manufacturing and producing PCBs. The manufacturing industry stopped production under the influence of the epidemic, and the demand for Electrical CAD software was greatly reduced, which had a great impact on the Electrical CAD industry. In 2020, the global electrical computer-aided design industry market value was 1896.47 M USD, an increase of 4.04% year-on-year, and the annual growth rate is half of that of the normal year.
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United States was the largest revenue market with a market share of 34.81% in 2015 and 34.25% in 2019, a decrease of 0.56%. In 2019, Europe market share was 28.91%, ranking second. Electrical CAD companies are mainly from Europe; the industry concentrate rate is not high. The top three companies are Eplan, Dassault Systèmes (Solidworks), Autodesk, with the revenue market share of 14.77%, 11.04% and 8.93% in 2019.
Global Electrical CAD Market Under Industry 4.0
The Electrical CAD industry is affected by the increasing demand for PCB, which can be used in various electronic products and has a wide range of applications. Therefore, there is a great demand for PCB in various industries, and engineers need to use Electrical CAD software to help design, evaluate and record electrical printed circuit boards (PCBs). Therefore, the increasing demand of PCB industry can promote the development of Electrical CAD industry.
Stimulated by the technological progress of Industry 4.0, the manufacturing industry has become more and more advanced by using sensors, robots, digital technologies and other innovations that constantly change the operation mode of the industry. At present, the manufacturing industry is entering the next stage of technological development with machine learning and artificial intelligence (AI) as the core. Artificial intelligence makes the processing and analysis of massive data much more efficient than anyone else. AI can be used to develop solutions and ideas for a wide range of applications, such as monitoring and analyzing e-commerce purchase behavior and changing market trends, quickly evaluating cost and pricing models, enabling manufacturers to make wise financial decisions in an instant, creating digital twin solutions by using sensors and the Internet of Things, and even solving system problems before they occur. Generate design concepts according to cost constraints, objectives, material properties, manufacturing methods, etc. And create multiple design variants according to the specified standards. Integrating artificial intelligence into design software can automate design tasks, enhance quality control by predicting design errors, and pave the way for creating unique designs without manual input. The Electrical CAD industry can combine artificial intelligence to develop new software functions and simplify the design process, allowing users to get a better sense of experience, thus increasing the demand for the Electrical CAD industry.
MCAD is mechanical CAD. The trend of mechanical and electrical design in a single CAD application is becoming more and more obvious. There are smaller MCAD and ECAD providers that can be acquired or even merged. Such a combined product will be completely unique. Companies can switch to new applications. Large software providers are slow to make decisions because of their complete operating system. However, small companies can take strategic measures to merge MCAD and ECAD programs and introduce new software functions. Small and medium-sized companies may have the opportunity to enter the forefront of the industry.
Electrical CAD software is connected to the Internet for drawing design, etc., and the data needs to be saved in the account. The use of the Internet will pose a threat to the company\'s information security. Software connected to the Internet is facing an increasing risk of network attack, and in some cases, companies may be blackmailed and threatened. Therefore, companies can use cloud-based software, which is more secure. Electrical CAD software needs to be continuously upgraded to solve the security problem. Otherwise, due to security issues, the development of the industry will be greatly hindered. In addition, due to compatibility issues, engineers may not be able to share product designs with other team members or customers in a timely manner. This situation may bring inconvenience, which can prolong the design review cycle, thus delaying the project schedule, and may take up critical time and affect the next work. For example, the company engineers spend a lot of time answering customers\' questions on the phone because 2D screen shots do not allow viewing the back of the design, checking the gap or viewing the design size and thickness. These factors indicate the impact of ECAD software incompatibility on users, thus limiting the development of Electrical CAD industry.
On the whole, the development prospects of the electrical computer-aided industry are good. According to our research, the Global Electrical CAD market has a total revenue of 1325.78 M USD back in 2015, and increased to 1822.83 M USD in 2019. We made a series of functional calculation and deduced the past 5 year’s data with scientific model. Finally, we made the prediction that the value of Electrical CAD markets can be 3240.43 M USD by 2027. The CAGR of Electrical CAD is 7.95% from 2020 to 2027.
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