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OrCAD

Powerful, collaborative and intuitive PCB design software

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microcurcuit

Electronics - a large part of our everyday lives

Electronics have become a large part of our everyday lives, and to keep up with shrinking form factors, higher signal speeds as well as power and performance demands, it’s necessary to support evolving technologies and their requirements.

The robust integration between schematic entry, analysis and PCB layout within OrCAD’s scalable suite of tools provides both engineers and designers an easy-to-use environment with a seamless experience to take designs from just an idea to a functional product.

Take advantage of access to an integrated component database, a constraint management system, analysis workflows for signal integrity, design automation that helps eliminate error-prone manual rework and simulation capabilities to connect, optimize and create a well-designed printed circuit board.

Key Benefits

Ease of Use & Productivity

Tailor your environment to speed through tedious tasks and enhance usability with a customization that meets your unique design needs. Leverage ad-hoc design sharing capabilities and collaborate with other designers to reduce time to market.

Mixed Signal Simulation

Analyze and optimize critical circuits and components to validate circuit behavior. With the industry’s gold standard for native analog, mixed-signal and analysis engines it’s easy to achieve maximum performance and yield for your designs.

Schematic to Signoff logo
Schematic to Signoff

Design efficiently with real-time feedback and an integrated solution that lets you easily cross-probe between tools and easily capture design intent. The seamless transfer of data between your CAD tools makes it easy to streamline your design process and get to signoff faster.

Related Products

OrCAD Capture CIS
Schematic Entry

Easy to use schematic capture environment to plan your circuit design.

Learn More

PSpice
Analog and Mixed-Signal Simulations

Accurate modeling, validation and design optimization to ensure design functionality.

Learn More

OrCAD PCB Designer
PCB Layout

Intelligent and rules driven real-time PCB layout and routing environment.

Learn More

Solutions

Testing your board to identify potential problems prior to fabrication is important to reduce costs. Being in contact with your manufacturing partner and testing your board, helps you avoid costly re-spins and field failures by validating design manufacturability at design-time instead of post-design.

Minimize design errors and get to market faster by reusing your existing verified technology. Reusing proven design IP saves you the time and burden of designing each project from scratch. Improve your productivity with a streamlined PCB design process, so you have more time for creating.

Easily visualize how your board will flex and bend to ensure proper fit and function. The 3D interactive canvas lets you visualize your end-product in 3D as you design in real-time with greater accuracy.

Make informed decisions as you place and route with real-time feedback. Design automation and a constraint driven flow helps you reduce routing time. No matter the density, easily tackle design simple and complex routes with the many different routing options – any angle, scribble, contour, slide, push, hug, delay tune and more.

Your PCB designs need to be electrically, mechanically and thermally dependable. To optimize your designs for cost, manufacturability, and reliability you need to make informed decisions. DFM rule checks and advanced real-time analysis allows you to create reliable boards that have a long durability and work optimally right from the start.

Simulating helps with identifying and resolving component limitations. Utilize the advanced analysis capabilities to find the right balance of cost, manufacturing yield, and design reliability without sacrificing performance in your design.

video coming soon

Maintaining the signal integrity (SI) of your high-speed PCB designs can be a challenge. Left unchecked, issues like crosstalk, impedance, delays, coupling, and timing constraints will negatively affect your design’s performance. Keep costs down and meet deadlines by easily analyzing, simulating, and resolving SI issues inside your native design. environment.

Manufacturing
Design Reuse
Rigid-Flex and 3D
Layout and Routing
Design Reliability
Circuit Optimization
Signal Integrity Analysis

Manufacturing

Testing your board to identify potential problems prior to fabrication is important to reduce costs. Being in contact with your manufacturing partner and testing your board, helps you avoid costly re-spins and field failures by validating design manufacturability at design-time instead of post-design.

Design Reuse

Minimize design errors and get to market faster by reusing your existing verified technology. Reusing proven design IP saves you the time and burden of designing each project from scratch. Improve your productivity with a streamlined PCB design process, so you have more time for creating.

Rigid-Flex and 3D

Easily visualize how your board will flex and bend to ensure proper fit and function. The 3D interactive canvas lets you visualize your end-product in 3D as you design in real-time with greater accuracy.

Layout and Routing

Make informed decisions as you place and route with real-time feedback. Design automation and a constraint driven flow helps you reduce routing time. No matter the density, easily tackle design simple and complex routes with the many different routing options – any angle, scribble, contour, slide, push, hug, delay tune and more.

Design Reliability

Your PCB designs need to be electrically, mechanically and thermally dependable. To optimize your designs for cost, manufacturability, and reliability you need to make informed decisions. DFM rule checks and advanced real-time analysis allows you to create reliable boards that have a long durability and work optimally right from the start.

Circuit Optimization

Simulating helps with identifying and resolving component limitations. Utilize the advanced analysis capabilities to find the right balance of cost, manufacturing yield, and design reliability without sacrificing performance in your design.

Signal Integrity Analysis

Maintaining the signal integrity (SI) of your high-speed PCB designs can be a challenge. Left unchecked, issues like crosstalk, impedance, delays, coupling, and timing constraints will negatively affect your design’s performance. Keep costs down and meet deadlines by easily analyzing, simulating, and resolving SI issues inside your native design. environment.

orcad iso 26262 certified logo

ISO 26262 Certified

OrCAD and PSpice are part of a complete integrated environment for design engineers to validate the safety specifications against individual circuit specifications for design confidence.

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