Schematic/Simulation: Earlier days the PCB design software was only limited to schematics and board design. Software like Altium and Eagle has a high standard in the market and is widely used. Standard in the market: PCB design software with the high standard will be an advantage when trying to get the design product approved or through other PCB certification process. This way you are more likely to find your component’s footprint if someone has used it in their designs. Online software like EasyEDA solves this problem by allowing you to use the footprints created by other designers on its platform. Normally the popular and old software will have huge libraries. It saves the time of creating a footprint of every new/peculiar component on the board since you easily get the footprint of components from its library. Large component libraries: Design software with a huge component library will surely make the life of the designer easy. Since the requirement varies from designer to designer there is no clear winner in this section. The most vital features will be present in almost every software but few other features like 3D view, auto-routing, Panelizing, stencil generation, etc will from software to software. This parameter is important especially for corporate who have to train their employees faster to make them work-ready.įeatures: When it comes to features present in a PCB design software there is never enough. Software like KiCad, DipTrace, and EasyEDA are the winner here with a very short learning curve, meaning it is easy to learn and start using them. Learning Curve: There is no point in selecting Powerful PCB software when it is hard to learn and use it. But with more open-source software coming in this scenario is slowly changing. For a long time now, software like Eagle, Altium, and Orcad are dominating the PCB design industry and hence they are more popular compared to the other recent software. This makes the software easy to use and is also it also makes it easy to get help online. Popularity /Community support: The popularity of the software is important because the more popular software is the more community support it will have. With that in mind let’s look into selection parameters: Again there is no hardcore rule as of which parameter is of more important, for example, a corporate engineer or enterprise’s requirement will be a lot different from that of a freelancer or a hobbyist. Irrespective of any PCB design requirements few vital parameters have to be checked with any PCB design software. Without further ado let’s get into the topic. Use the information provided here as a guide to select the software for your needs. In this article, we will look into the parameters that one has to consider for selecting PCB design software and compare these parameters among the most commonly used PCB Design Software.īefore we proceed any further, you need to know that the details discussed in this article are written from personnel experience with no intention to rank the PCB software on any basis. Today, dozens of PCB design software can be found in the market with familiarity and cost being the main distinguishing factor between them among other subtle differences. Printed circuit boards (PCBs) have become a vital part of any electronics product/design development cycle.
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