Component Planning & Placement

Component Planning & Placement

3D component planning and placement provides correct-by-construction placement while taking into account electro-mechanical constraints.

PRODUCT DEMO

3D component planning and placement

This feature allows designers to create and optimize the placement of electronic components in a three-dimensional environment. With this feature, designers can visualize the placement of components in relation to the board, enclosure, and other components. They can also perform collision detection, which helps to avoid interference between components.

The "3D component planning & placement" feature in Xpedition Enterprise can help to improve design accuracy, reduce design time, and minimize the risk of errors during the manufacturing process. By visualizing the placement of components in 3D, designers can ensure that the components fit correctly and are located in the optimal position for performance and manufacturability.

TECHNOLOGY OVERVIEW

3D visualization during PCB design reduces iterations with the mechanical engineering team. Place components with first pass success, leading to less delays in completion of aw high quality product.

3D layout design

Leveraging 3D layout to optimize PCB system design

With Xpedition, designers and engineers can easily understand the physical product, enabling identification of electro-mechanical problems early in the design cycle and avoiding costly re-designs.

WHITE PAPER

Meeting flex and flex-rigid design challenges

Xpedition guides users through the minefield of design challenges towards first-turn success by providing all the tools needed for successful flex and flex-rigid design and signal integrity analysis.

WHITE PAPER

KEY FEATURES

PCB Component Planning and Placement

Xpedition is a fully integrated, true parametric and photorealistic 3D layout design environment, including placement, constraints, and DRC validation.

Hierarchical Placement Planning & Management

Quickly visualize and implement the engineer's design intent to produce an optimal component placement.

True Parametric 3D

True parametric 3D mechanical kernel, with 3D constraints, dynamic collision detection, and batch verification. Dynamic validation of electro-mechanical designs delivers error-free results.