High-speed PCB Design
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August 04, 2022
Tips for Running Successful SI Simulations
cr-8000, eCADSTAR, PCB Design, Electronic Simulation, High-speed PCB Design, PCB Simulation, Signal Integrity, Blog
  • Blog
June 02, 2022
Preparing S-parameters/Touchstone® Model for High-Speed PCB Analysis
cr-8000, PCB Design, Analysis, CR-8000, CR-8000 Design Force, High-speed PCB Design, PCB Simulation, Signal Integrity, simulation, Blog
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March 23, 2022
How to Calculate Trace Length from Time Delay Value for High-speed Signals
PCB Design, CR-8000, Electronic, High-speed PCB Design, PCB design, Signal Speed, Trace Length, Verification and Validation, Blog
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November 18, 2021
What PDN Target Impedance Means for PCB Designers
PCB Design, CR-8000, Electronic, High-speed PCB Design, PCB design, Blog
  • Blog
November 12, 2021
3 Methods for Routing High-Speed PCB Designs
cr-8000, Electronic, PCB Design, Autorouting, Constraint Management, CR-8000, CR-8000 Design Force, Design Force Routing, High-speed PCB Design, Routing, Signal Integrity, Blog
A high-speed design-ready PCB tool will include high-speed constraint management, differential pair routing, skew and impedance controls, and more. Le...
  • Blog
September 16, 2021
5 PCB Industry Trends in 2021
cr-8000, Electronic, PCB Design, Flex PCB Design, High density interconnect, High-speed PCB Design, Internet of Things (IoT), PCB design, Power Integrity, Blog
This post reveals 5 of the most noteworthy PCB industry trends this year and the profound impact they will have for designers and consumers.
  • Blog
March 11, 2021
Pre-Layout Analysis Phase for High-Speed Designs, Part 2
cr-8000, Electronic, PCB Design, Constraint Management, CR-8000 Design Force, CR-8000 Design Gateway, High-speed PCB Design, PCB design, Blog
Using a constraint-driven methodology for high-speed PCB designs helps you avoid mistakes early on before a board goes to production.
  • Blog
January 08, 2021
Using Fixed Pi Attenuator for Estimated Cable Insertion Loss Simulation
PCB Design, CR-8000 Design Force, High-speed PCB Design, Signal Speed, Blog
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December 22, 2020
High-Speed PCB Design Analysis Phases and Constraint-Driven Methodology
PCB Design, Constraint Management, EMC Design, High-speed PCB Design, Signal Integrity, Blog
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August 20, 2020
What You Really Need to Know When You’re Routing PCB Differential Pairs
PCB Design, FPGA, High-speed PCB Design, Routing, Signal Speed, Trace Length, Verification and Validation, Blog
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July 20, 2020
Get to Know Your SPICEs
PCB Design, Co-Design, CR-8000, Electronic, High-speed PCB Design, SPICE, Verification and Validation, Blog
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July 14, 2020
S-Parameters: Microwave goes Mainstream for High-Speed PCB Design Part 2
PCB Design, CR-5000 Lightning, CR-8000, Electronic, High-speed PCB Design, S-Parameters, Verification and Validation, Blog
  • Blog
July 01, 2020
Inside Signal Integrity: Impedance Control – Part 2
PCB Design, Electronic, High-speed PCB Design, Impedance, Power Integrity, Signal Integrity, Verification and Validation, Blog
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June 30, 2020
Defining and Routing PCB Constraints for DDR3 Memory Circuits: How-to Movies
PCB Design, Constraint Management, Electronic, High-speed PCB Design, How to, Routing, Blog
  • Blog
March 24, 2011
How To Overcome Design Challenges Associated with Gigabit Signalling and the Ubiquitous LVDS in High-Speed PCB Design (Part 2)
How to..., PCB Design, High-speed PCB Design, LVDS, PCB West, Blog
Recalling from Part 1 that PCI Express encodes clock with data, then skew (differences in route length and delay) between one lane and another isn’t...
  • Blog
March 18, 2011
How To Overcome Design Challenges Associated with Gigabit Signalling and the Ubiquitous LVDS in High-Speed PCB Design (Part 1)
How to..., PCB Design, Board Designer, CR-5000 Lightning, CR-8000 Design Gateway, High-speed PCB Design, LVDS, Blog
Over the next few weeks I’m going to talk to you about the high-speed design challenges associated with Low Voltage Differential Signalling (LVD...