Utilizing PLM in Electronics and Semiconductor Design


Changing Times Require a Modern PLM

Modern industries have adapted to PLMs as an opportunity to upgrade themselves for the future. PLMs have increased the speed of the processes such as design, manufacturing, and delivering the product. Unlike the conventional methods, PLM speeded up the process while maintaining a high level of quality outputs. Streamlined and highly forecasted benefits in PLM attracted many industries to utilize it.

Usually, we see the PLMs are mostly used in the Mechanical, Manufacturing, Oil & Gas, and Construction industries. Design phase enhancements by the PLMs are substantially taken as the extended platform of CAD tools and PDMs. When the outside industries see them benefitting a huge success with the PLMs, they also would like to be having one PLM on their premises. Though PLMs concentrate on the functionalities of manufacturing industries, Electronics and Semiconductor industries are keeping their eye on adapting PLM. 

As years move on, industries started rethinking their strategy for each and every phase to be on the trend. When PLMs are more flexible, Electronics and Semiconductor industries can easily achieve their goals through this advanced technology. 


Why PLM in The Electronics field

Although the field and the process flow might vary a bit between the mechanical manufacturing and electronics manufacturing industries, Electronics and semiconductor industries are still having their manufacturing facilities and processes to get the final product. Nowadays PLMs are expanded even to the process manufacturing industries to assist them. So it is no surprise that the electronics industry would also want to utilize it. 

Semiconductors are dealing with high accuracy and detailed designs and changes. This is because they have very minute components to perform the major functions. When a product needs high order of quality, the manufacturing processes of the product should be highly accurate and consistently monitored with a streamlined process. This is where the need for a PLM comes into play in the manufacturing of electronics and semiconductor products.

The design of semiconductor devices requires a multi-level of approval and supervisory. Engineers prefer the suggestions and corrections from the managers even though they have no access to the design platform or software. So it means, not just the processes streamlining but also the design management are most wanted features of the PLM in the Electronics & Semiconductor industries. 

Product Lifecycle Management tools are helping the industries to achieve a structured and planned environment in almost every phase of the production. In the electronics industries, they might need a different process data to capture or follow. But still, this can be fed and processed in the PLMs.


Challenges and Solutions

A common challenge in the PLM across industries is server data methods. Localized servers in the premises are not always welcomed in the factory layouts or plants. This has been sorted out by moving or building the PLM software into the cloud. This is the PLM age which is built natively on the cloud. 

When it comes to different industries than the conventional industries where they normally use the PLM. The tools are not flexible enough to adapt to the processes and flows of that particular industry. Since the PLMs are built with some data inputs from the mechanical, oil and gas, and civil industries, they are sometimes rigid for the electronics industries to think of utilizing. To overcome this challenge, PLMs should be built with customization and highly flexible for the industries. 

For the first time with the PLM, industries would face some difficulties in the complicated structure of PLM software. They would need more training, especially for the platform. This issue can be solved by building the PLM very user-friendly rather than an advanced tech skill to learn. 

Beyond industries, PLM’s most important challenge is migrating the data from the existing flow to the PLM to manage it further. Every PLMs is equipped with the facility in different ways to support their customer. But still how accurate and how easy is the key. 


The Future of  Electronics Design with KloudPLM

KloudPLM is an advanced Product Lifecycle Management tool that is built natively on the Salesforce cloud platform with higher user-friendliness and flexibility across the industries. 

Only a very few PLMs are able to satisfy the Customers by solving all the challenges and providing a better experience. KloudPLM is one among those futuristic PLMs. Start your digital journey With KloudPLM.

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