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High-Speed
PCB Design

Simple solutions to complex problems!

Maintain signal transmission integrity, improve timing, and reduce noise at any frequency. 

Solve Complex
High-Speed Design Tasks

Simple Signal Timing

Tuning tools allow you to quickly and easily align groups of high-speed transmission lines at any time. Additionally, management and control tools ensure optimal results.

Reduce Signal Noise

Powerful and modern interactive routing tools allow you to efficiently create optimal, high-quality traces for single transmission lines and differential pairs to avoid crosstalk, EMI, and reflections.

Effortless Signal Integrity

Tasks such as PCB structure design, material selection, and impedance calculation are easy and fast without the need for complex formulas and external software.

Key Capabilities

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Advanced PCB
Stackup Management

Define surface roughness, etch factor, causal dielectric models, Back Drilling, and HDI structures to improve signal integrity

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Predictable Transmission Lines

High-end field solver enables impedance, capacitance, and inductance calculations to help you manage propagation delay of practically any transmission line structure.

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Design Rules

Configure parameters and criteria for signal alignment, Back Drilling, length/time delay, and Return Path checking, then view and navigate to any violations directly on the PCB.

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Signal Topology
Management

Easily create signal path scheduling with support of Fly-By, T-branch, and custom user-defined typologies with xSignals.

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Best-in-Class
Routing

Maintain trace and signal quality with interactive routing options for every situation to reduce noise, reflections, EMI, and crosstalk.

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Powerful Tuning Engine

Maximize your board space utilization and ensure spacing with Accordion, Trombone, or Sawtooth tuning patterns with a dynamic tuning sleeve.

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Length and Delay Alignment

Ensure signal alignment based on route length or defined delay requirements to best suit your timing needs.

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Remove Unused Pad
Shapes

Improve signal quality, routing density, and copper spacing by removing unused pad shapes.