3D - Rigid Flex in Allegro PCB

May 21, 2018 Chris Banton

Interactive3D Canvas with Rigid-Flex

Your products all have three dimensions. And viewing them in 3D is great, but going back and forth from a 2D design and a 3D visualization feels a lot like trial and error. Don’t just view in 3D; design in 3D with the Allegro Interactive3D canvas.

3D Bending of Flex Material

Bend flex circuitry in your design individually or in groups to verify assembly and fit, and see any collisions that may be happen when folded.

3D Component Placement and Movement

Move and place components in 3D, where it’s easiest to find and fix collisions.

Backdrill in Allegro

Routing a single trace on multiple layers may leave you with unused sections of plated through holes. In hi...

Slideshow: Allegro PCB Release 17.2 QIR5 Updates

As part of our continuous improvement commitment Cadence regularly releases innovative new technology in th...

3D - Rigid Flex in Allegro PCB

Interactive3D Canvas with Rigid-Flex

Previous Article

Next Article

3D - Rigid Flex in Allegro PCB

Interactive3D Canvas with Rigid-Flex

Previous Article

Next Article

Other content in this Stream

A quick demonstration of dynamic unused pad suppression inside of Allegro PCB Editor.

See how to easily implement and verify your RF structures with our Bi-Directional interface to Agilent ADS.

Easily and quickly identify coupling issues without always having to rely on the SI expert.

One of the most difficult tasks in the PCB design process is routing let our experts at EMA show you tips and tricks to be successful.

Concurrent engineering and distributed design let multiple designers work on the same PCB design in real time.

Reduce component library creation time for new packages by 60-80% while simultaneously connecting ensuring your 2D and 3D component models are in always in synch.

Double check your DFM rules before signoff with a forced batch check of all rules for your whole design. If you do find something awry, it’s easy to locate and fix in your design.

Remove unused sections of plated through holes in high-speed designs to improve signal integrity on your designs.

Easily meet length and phase pin-to-pin constraints as traces bend without creating electrical issues.

Easily and quickly identify impedance discontinuity issues visually, without simulation models or extensive signal integrity expertise.

Easily identify nets with inconsistencies between the signal and return paths and quickly find the cause in real-ime while you design without waiting for the SI engineer to perform analysis and...

It seems almost every product these days needs to have some level of connectivity be it for end user access on their smart phone, connecting with other similar devices, or providing diagnostic...

Getting arcs equally spaced when routing a bus around a curved, flex circuit is not easy. With routing software offering a grid-based approach, this often leads to sloppy spacing and inadequate...

The repetitive nature of BGA and other high pin-count device fanounts is perfect for time saving automation to make you more productive.

Dynamically update shapes instantly without waiting to repour polygons when you resize, reshape, and plow through shapes when routing.

Even the most complex routing is easy with real-time constraint-driven feedback tips to help you make a manufacturable and functional PCB.

You can't finish the board before the schematic, but you want it done pretty much right away, before marketing changes their minds again!