The electronic design automation is the computer-aided design of electronic products. It is used for designing the entire system of any of the components that are interlinked with other components via the electric circuits. It is considered as one of the useful solutions; EDA accelerates the designing process further helping different industries across the world.
The market size of the EDA market is expected to reach $20.89 billion by the year 2027.
The industry is divided into different segments such as semiconductor intellectual property (SIP), chip design and verification, printed circuit board or the PCBs, multi-chip modules (MCM) and the services.
Now, which industries are significantly benefitted from EDA?
The industries that are significantly benefitted are the medical, consumer, aerospace and the automotive industries. As we can see, these are the hi-tech industries and require technology that meets their precise needs, EDA helps achieve the same. The software eliminates the chance of any small error, do you think an aerospace industry could afford to have minimal errors?
Of course not, a little error and it can prove costly for the industry be it monetary or human lives. Most engineers find this software as an early detector. When an alarm rings off if there is a danger or fire in a factory and building, this software shows the early bug or defect in the designing of an integrated circuit, the printed circuit board and the others. This thus mitigates the risk to a great extent.
If we take the case of the automotive industry, the equipment manufacturers are investing in the software to develop the next generation autonomous vehicles. Thus, a hi-tech software leads to high-tech design, further resulting in a world-class product.
EDA in a semi-conductor industry:
The Semiconductor Industry Association has already announced that the global semiconductor sales were around $40 billion in the month of January 2021.
That’s an interesting stat as it has increased significantly, even during the pandemic. Now, which technology would be used for the process in the semiconductor industry. Yes, the electronic design automation as discussed before.
We can see here as per a report the global EDA tools market for the IC industry is expected to grow at a CAGR of 6.8%. It just shows the popularity of the electronic design automation and how it would be capturing markets across the world.
EDA in the workflow of an organization:
The software helps design the entire flow needed to be designed for a specific product so that the professionals can analyze the entire execution of the process. The step-by-step design helps the designers to visualize the entire final product resulting in actual best real-time product at the right time.
With the advancement in technologies, in the present electronic industry one would see complex integrated circuit designs. Now this isn’t possible if you don’t have the right electronic design automation at place. It eliminates the manual errors done by human.
The larger companies including Intel and others have been significantly using the electronic design automation in their process for some years. It is now this technology getting more exposure due to the ability to generate desired results. The solution aided by the computer simulation reduces the design verification stage of the workload that hastens the design process and further shortens up the design cycle. Now coming to the usage of the electronic design automation in the circuit, its usage in the component model is near to accurate.
Semiconductor foundries are putting their focus on the chip production process and that too in an automated way. The IC manufacturers are accelerating their efforts in an increased R&D investment and further adopting the right EDA tools. Now with an improved penetration of the internet, the users can access the tools from online. Some of the companies are even providing electronic design automation with a 3D modeling and analysis. Now moving from 2D to 3D is a huge transition. Users can have a better experience, as they have a better approach to the execution of the entire process.
Benefits of electronic design automation:
- It minimizes the time in designing the complex IC’s
- It reduces the manufacturing costs
- It eliminates the errors in the manufacturing process
- It optimizes the IC design
Some of the top electronic design automation companies are:
- Coseda technologies
- Altair engineering
- Cadence design systems
- Siemens EDA
Just as we see there are many top companies offering high-class EDA solutions to customers across the world. Many industries are finding it useful to integrate the software so that they can have a computer-aided design of the entire process. Be it of the component in an IC or of the PCB and others in an electronic product. The design gives you the detailed view so that you can eliminate all the errors and defects.