There are various routing methods you can utilize to get your designs done faster. Visual notifications hel...
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Allegro's IR Drop analysis makes it easy to analyze the current density of your PDN.
Simulate your design using worst-case analysis in PSpice so you can identify the most critical components that affect circuit performance and ensure circuit functionality even with non-ideal ...
Whether you're working on a schematic or PCB, easily communicate design intent by defining rules for electrical, physical and manufacturing to ensure first-pass success.
With support for multiple native CAD formats, the 3D Mapper allows for quick and accurate model mapping on your PCB. Visualize your design in 3D and identify any potential assembly issues.
Easily tackle complex and cutting edge designs with the help of advanced routing technologies, in-design analysis, manufacturability checks, team collaboration, and more.
Symphony allows you to efficiently collaborate with your team to get designs to market faster.
Multiple PCB designers are needed to design complex boards with variety of functionality. And nowadays design teams are dispersed all over the globe, which raises a challenge to compile final design.
There are various routing methods you can utilize to get your designs done faster. Visual notifications help prevent violations and improve design accuracy.
Quickly and easily identify signal integrity issues with various tools to improve design performance.
Utilize these techniques to create reliable, powerful and compact designs and ensure the success of your HDI projects.
Inter layer checks help prevent unnecessary design iterations and board re-spins as they help automate the detection of errors.
Utilize embedded components for shorter signal paths, increased performance and reduced PCB size.
Use IPC 2581 to exchange Stack up information. Utilize already existing database stack up for new designs to reduce repetitive manual efforts and human error.
Reuse validated constraints and verified IP to improve both productivity and time to market.
Constraint driven checks, whether electrical, physical, mechanical or manufacturing are all critical to your design process as they help you identify and mitigate potential problems in real-time.
Setting up manufacturing design checks from the beginning helps you easily identify and eliminate any potential issues before they cost you time and money.
By setting up your HDI rules, you can easily fit more parts per board area and pack more power into smaller form factors.
Working with your manufacturer and setting up your fabrication, assembly and testing checks from the beginning can help you easily identify and avoid any unexpected problems before they disrupt your p
Identifying potential problems before you finish the design and before you begin the manufacturing process helps reduce costs and eliminate added expenses.
Learn how to quickly and efficiently route around the bends or corners in your PCB design.