Site icon Free Online PCB CAD Library

PCB Design Review: Accelerating Efficiency

Collaborative PCB verification and design review before simulation or prototyping is essential for accelerating electronic systems development.

Collaborative PCB verification and design review before simulation or prototyping is essential for accelerating electronic systems development. 

Consumers want smarter, more connected products that are reliable and affordable. Meeting this demand has spawned a more competitive landscape for companies who must address electronics systems’ accelerating complexity. A collaborative PCB design and verification environment helps minimize costs and deliver next-gen products to market faster.

PCB Design Review Challenges

Developing high-quality PCB designs efficiently presents distinct challenges:

Efficient PCB Design Review Optimization

Challenges

Needs

Improve design process reliability

A systematic process that can absorb minor changes while consistently delivering high-quality boards in a timely manner.

Reduce design iterations

Means of identifying component, layout, functionality, and performance issues as early as possible to avoid redesigns.

Reduce manufacturing and development costs

Procedures that enable teams to address common manufacturing fault modes during design to avoid unnecessary board spins.

Shorten time to market

A platform that warehouses all design data and provides access to all team members when needed to help streamline the development cycle time.

The above challenges are even more daunting when the PCB design review and verification process needs to coordinate multiple, contributing design and engineering teams. Altair, a global technology company that provides software and cloud solutions in simulation, artificial intelligence, and high-performance computing, has successfully developed a collaborative design review and verification platform that is easily accessible by distributed teams working from different sites and regions.

Altair’s PCB Verification Solution

The Altair PCB design verification solution, Altair® PollEx™, has been adopted by global, leading companies that develop electronic systems. This new approach has been shown to reduce errors and defects that drive up manufacturing and development costs.

PollEx ensures that design for manufacturing (DFM) and design for electrical / EMC (DFE) rules and guidelines are instituted and centrally controlled, which is a critical challenge for all PCB design, manufacturing, hardware, and test engineering teams. The software’s centralized environment enables diverse groups to collaborate around and leverage new and legacy designs across facilities regardless of size or location.

Why PollEx for PCB Design Review and Verification?

To learn more about Altair’s solution, read the Samsung SDI case study.

PCB design review in PollEx showing collaborators’ markup and comments on specific layers.

Efficient PCB Design Review and Verification Optimization

The gains from optimizing your PCB design process can be substantial. The best way to achieve the maximum benefit for your operations is to employ early-stage PCB design review and verification  to identify and remedy errors before prototyping or mass production.  Adopting a collaborative solution environment for engineers across different disciplines, sites, and regions shortens the design process.

PollEx unifies data, rules, and checks across various ECAD sources and disciplines from concept to manufacturing, eliminating design bottlenecks and errors and ensuring a smoother process for delivering high-quality boards efficiently.  Discover how Samsung saves millions annually with Altair PollEx.

If you’re looking for CAD models for common components or important design information like how to use Altair tools to optimize PCB design review and verification, Ultra Librarian helps by compiling all your sourcing and CAD information in one place.