- Blog
October 11, 2023
Requirements-Aware Design and Optimization: Streamlining the Design Process
Americas, cr-8000, Electronic, PCB Design, System-level Design, CR-8000, CR-8000 System Planner, Design efficiency, Design Trade Offs, Digital Engineering, system-level engineering, Blog
- Blog
August 31, 2023
Innovations in PCB Design for Wearable Technology
cr-8000, Electronic, PCB Design, CR-8000, CR-8000 Design Force, CR-8000 System Planner, Flex PCB Design, PCB design, Wearables, Blog
- Blog
August 03, 2023
System-Level PCB Analysis: Managing Complexity in Electronic Systems
cr-8000, Electronic, PCB Design, System-level Design, Chip/Package/Board Co-Design, CR-8000, CR-8000 System Planner, Electronic System Design, EMI, Power Integrity, Signal Integrity, System Level Planning, system-level engineering, Blog
- Blog
January 27, 2022
Are You Confident that Your PCB Subsystem Architecture Meets All the Requirements?
cr-8000, Digital Engineering, PCB Design, CR-8000 System Planner, Digital Engineering, Digital Twin, PCB design, PCB Simulation, Verification and Validation
- Blog
August 24, 2017
Design Discipline Convergence Continues with the CR-8000 2017 Release
Electrical & Wire Harness, IoT, PCB Design, CR-8000 Design Force, CR-8000 System Planner, Flex PCB Design, Hardware Architecture, MBSE, Blog
The basic detailed design to manufacturing process isn’t cutting it. So while detailed design is converging, the design process is expanding.
- Blog
August 22, 2017
Translating New Product Requirements into Hardware Architecture
PCB Design, CR-8000 System Planner, Design Reuse, Hardware Architecture, Webinars, Blog
Defining initial hardware architecture requires many decisions, most of which impact a variety of different stakeholders and requirements – incl...
- Blog
August 02, 2017
Hardware Architecture Design Becomes the Next Competitive Requirement
IoT, PCB Design, CR-8000 System Planner, Design Reuse, Flex PCB Design, Hardware Architecture, MBSE, Blog
Hardware architecture design is becoming a competitive requirement as product complexity is on the rise and the room for error is shrinking.