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Everywhere you look on the internet, it seems that every legacy company is transitioning their services to the could. Programs that used to be relegated to desktop computers have gone mobile, are redesigned for collaboration, and have a mobile version that is accessible from your smartphone. Finally, and thankfully, circuit design software is starting to catch up.
Online software has progressed far beyond file sharing, data sharing, and chat programs. With greater computing power becoming accessible from the cloud, more enterprises are moving critical business platforms online, with 69% of enterprises moving enterprise resource planning capabilities online. Plenty of other cloud-based applications and capabilities are sure to follow.
Who Needs Cloud Applications Anyways?
Now cloud capabilities and distributed computing offer everyone from data scientists to circuit designers advanced simulation capabilities. Whether you’re a hobbyist designer, part of a hardware startup, or part of an established organization, you too can take advantage of the greater collaboration afforded by online design.
With more organizations going fully remote, everyone from hardware startups to larger enterprises need to seriously consider the benefits of using applications for circuit drawing online. Research from Gartner shows that businesses in every vertical are becoming more open to allowing employees to work remotely. Hardware companies are no exception, and collaborative tools for PCB design will continue being invaluable for collaboration on new products.
Developing Online PCB Design Platforms
Without a doubt, more applications will continue to move online, and developers in this area are a hot commodity. According to Crunchbase, at least 236 companies that produce cloud-based applications have received investor funding since May 2019. Developers and founders looking to create new browser-based design software hardware design capabilities are sure to have their platforms be well-received by the market as long as they include the right features.
Developers planning to create online circuit drawing applications should keep a number of points in mind when designing new applications for these platforms. The best online circuit drawing features integrate a number of capabilities from other cloud-based platforms like Google Docs and GitHub. This allows collaboration, provides version control, and enables control over sharing or privacy. With this in mind, let’s take a look at the essential features that should be included in any cloud-based hardware and PCB design platform.
- Sharing and forking: This GitHub-style feature allows designers to create new versions of someone else’s project and start modifying it immediately. Designers can choose to share their designs so that others can fork them and create new versions or entirely different products.
- Live collaboration: Startup teams aren’t always clustered in a single office. With more teams going fully remote, collaboration tools are a necessity rather than an option. Live collaboration mimics the capability of Google Docs, where multiple authors can work on a single project in real-time.
- Integration with component tools: Designers need instant access to a broad range of components, and they shouldn’t have to import models from their desktop just to include them in their designs. A great cloud-based design platform should include component search, creation, and management tools.
- Data export: Just as Google Docs and other online platforms allow data to be downloaded to a personal device, so should an online circuit design platform. This allows any designer to take their data and bring it into their favorite desktop-based design application.
Data Export Capabilities
This ability to export design data is about more than just importing data into a desktop-based design application. You’ll need these files if you want to plan for production and create a working prototype or finished product.
The important design data formats any designer needs to plan for production are Gerber files, XYRS data for pick-and-place machines, a bill of materials, Excellon files for CNC drills and a drill chart, and assembly drawings. A complete netlist and a collection of component models allows you to import your design into SPICE-based circuit simulators for verification during design.
Getting Started with Applications for Circuit Drawing Online
Working in an online design environment should make collaboration on new designs painless and while providing the tools you need to move from idea to full-scale production. All of this should happen directly in the cloud; you shouldn’t need a desktop application to act as an intermediary. Instead, an optional desktop application allows users to tailor their experience.
This all starts with schematic design, where your components and electrical connections are defined. Netlists that designate specific connections in your device need to be defined in your schematic editor, and your PCB layout can begin with a schematic capture tool in your application.
Once you’ve located your components and you’ve created your initial layout, you’ll need to check your design against standard design rules and verify its manufacturability. Once you’ve verified your design against standard design rules and through simulations, it’s time to start thinking about creating a prototype from your design. After several design, build, and test iterations, you just might be ready for full-scale production.
You can design PCBs like this with Upverter
Now you can create high-quality designs quickly when you use the right online design software. If you’re a founder at a startup or you work as part of a remote organization, the browser-based design interface from Upverter provides all the tools you need to design new electronic products, and all in a browser-based design environment. Upverter® continuously updates the platform with new features and capabilities that are demanded by the community.