High Speed Design and Analysis

Optimize Reliable Signals to Ensure Peak Performance

  • Advanced Circuit Routing Techniques for Innovative PCB Designs

    Advanced Circuit Routing Techniques for Innovative PCB Designs

    The key to successfully creating printed circuit board designs for new and emerging technologies is to leverage advanced circuit routing techniques.

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  • Fr4 PCB Traces: Fr4 Material Properties and Board Specifications

    Fr4 PCB Traces: Fr4 Material Properties and Board Specifications

    For an understanding of Fr4 PCBs, you’ll want to consider Fr4 PCB properties and relationships like materials, thickness, and trace management.

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  •  Learn Ethernet PCB Routing to Optimize Circuit Routing Practices

    Learn Ethernet PCB Routing to Optimize Circuit Routing Practices

    Ethernet PCB routing demands, like other PCB routing guidelines, an understanding of trace widths and impedance matching.

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  • How the Thermal Conductivity of Your PCB Substrate Affects Performance

    How the Thermal Conductivity of Your PCB Substrate Affects Performance

    Here’s what you need to know about the thermal conductivity of your PCB substrate, how it affects your board’s operation, and thermal management techniques.

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  • Harmonic Oscillator Analysis in the Frequency Domain

    Harmonic Oscillator Analysis in the Frequency Domain

    Here’s what you need to know about linear and nonlinear oscillator analysis in the frequency domain.

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  • Speed of Convergence for Numerical Simulation Algorithms

    Speed of Convergence for Numerical Simulation Algorithms

    There is a tradeoff between accuracy and speed of convergence in any simulation. Here’s what you need to know about convergence in electromagnetic simulations.

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  • Dielectric Constant of PCB Substrate Materials and Signal Integrity

    Dielectric Constant of PCB Substrate Materials and Signal Integrity

    The dielectric constant of PCB substrate materials is often taken for granted. Here’s how it affects signal integrity in your board.

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  • Constraints in DDR Routing: The Expansive Power of Limits

    Constraints in DDR Routing: The Expansive Power of Limits

    Constraints in DDR routing enable a designer to manage tricky layout considerations with ease.

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  • DC Voltage Requirements for Electronic Devices on High-Speed PCBs

    DC Voltage Requirements for Electronic Devices on High-Speed PCBs

    The DC voltage requirements for electronic devices on high-speed boards present design challenges that are best overcome with design-analysis integration.

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  • Understanding the Different PCB Layer Configurations for Microstrip vs Stripline

    Understanding the Different PCB Layer Configurations for Microstrip vs Stripline

    Knowing the differences between microstrip vs stripline routing methodologies will help you to set up your board for the best high speed routing configurations.

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  • Tips for Optimal High Speed SPI Layout Routing

    Tips for Optimal High Speed SPI Layout Routing

    High speed SPI layout routing helps achieve faster data transfer between microcontrollers and peripherals. Avoid suboptimal design with these tips.

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  • USB PCB Routing Tips for Peak Reliability and Performance

    USB PCB Routing Tips for Peak Reliability and Performance

    USB routing tips will consider many traditional routing methods with a tighter focus on power supply and EMI in your USB.

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  • Guide on PCB Trace Length Matching vs Frequency

    Guide on PCB Trace Length Matching vs Frequency

    Understanding PCB trace length matching vs frequency means knowing at what point you can operate propagation delay within expected or necessary signal integrity.

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  • Energy in Inductors: Stored Energy and Operating Characteristics

    Energy in Inductors: Stored Energy and Operating Characteristics

    In order to know the energy in inductors, simulation and model parameters can go a long way to give your designs added security.

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  • Signal Integrity Design Considerations for High Speed Design

    Signal Integrity Design Considerations for High Speed Design

    Cadence’s high speed design tools account for many signal integrity design considerations and help you create the best PCB layouts.

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  • MII and RMII Routing Guidelines for Ethernet

    MII and RMII Routing Guidelines for Ethernet

    Designing an Ethernet-capable device? You’ll need to familiarize yourself with MII and RMII routing guidelines. Learn more from Cadence.

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  •  CPLD vs. FPGA: Which Do You Need For Your Digital System?

    CPLD vs. FPGA: Which Do You Need For Your Digital System?

    With the popularity of NAND and NOR gates, it can be easy to overlook the capabilities of CPLD vs FPGA when looking to satisfy the needs of your digital system.

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  •  EMI and Safety: Hazards, Risks, and Designing to Avoid Them

    EMI and Safety: Hazards, Risks, and Designing to Avoid Them

    Understand the impact of EMI on circuit reliability and critical safety applications.

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  • PCB Design Techniques to Reduce Ground Bounce in Signal Integrity

    PCB Design Techniques to Reduce Ground Bounce in Signal Integrity

    Switching noise can cause problems in your PCB design. Here are some suggestions for how you can reduce ground bounce in signal integrity on your next design.

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  • How Current Density In PCB Trace Can Affect Functionality

    How Current Density In PCB Trace Can Affect Functionality

    Current density PCB traces can accumulate can affect the overall health of your design as well as subject your device to errors like overcooking and shortages.

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