Electronic Systems Design & Manufacturing

<p>Integrated multi-board electronic systems engineering, from system definition through manufacturing execution.</p>

The Digital Transformation of Electronic Systems

The electronics industry is fast approaching a new era of digital transformation. Digital technologies bring together all the aspects of product design, including mechanical and electronics, and streamline the entire design process — from product inception through to manufacturing.

Reduce Risk in Electronic Systems Design

Product, organizational, and process complexity of electronic systems design risks budget overruns, missed schedules, and design errors. Companies must adopt a digital transformation strategy that addresses inefficiencies and optimizes multi-domain systems design, verification, and manufacturing.

Electronic Systems Complexity

Digital transformation is driven by the urgent need for electronic systems design companies to overcome increasing complexity and meet shrinking design and production schedules.

Product Complexity

Advanced nodes, faster DDR, SerDes, multi-board systems and reduced electronic form factors increase product complexity.

Organizational Complexity

Large teams, increasing specialization and dispersed groups developing a single product heighten organizational complexity.

Electronic Systems Complexity

Digital transformation is driven by the urgent need for electronic systems design companies to overcome increasing complexity and meet shrinking design and production schedules.

Product Complexity

Advanced nodes, faster DDR, SerDes, multi-board systems and reduced electronic form factors increase product complexity.

Organizational Complexity

Large teams, increasing specialization and dispersed groups developing a single product heighten organizational complexity.

Electronic Systems Complexity

Digital transformation is driven by the urgent need for electronic systems design companies to overcome increasing complexity and meet shrinking design and production schedules.

Product Complexity

Advanced nodes, faster DDR, SerDes, multi-board systems and reduced electronic form factors increase product complexity.

Organizational Complexity

Large teams, increasing specialization and dispersed groups developing a single product heighten organizational complexity.

Product Complexity

Advanced nodes, faster DDR, SerDes, multi-board systems and reduced electronic form factors increase product complexity.

Organizational Complexity

Large teams, increasing specialization and dispersed groups developing a single product heighten organizational complexity.

Process Complexity

Parallel electronics, mechanical, software and manufacturing domains complicate processes throughout the development flow.

Product Complexity

Advanced nodes, faster DDR, SerDes, multi-board systems and reduced electronic form factors increase product complexity.

Organizational Complexity

Large teams, increasing specialization and dispersed groups developing a single product heighten organizational complexity.

Process Complexity

Parallel electronics, mechanical, software and manufacturing domains complicate processes throughout the development flow.

Address Critical Engineering Challenges

Dealing with increasing systems complexity requires a complete PCB systems design flow covering multi-board definition, design capture, high-density advanced packaging, electro-mechanical co-design, physical layout, verification, and streamlined hand-off to manufacturing.

A Digital Strategy

To achieve a digital transformation, the following must be enabled: multi-discipline systems engineering, concurrent design, process automation, design data integrity and design verification.

Multi-Discipline Systems Engineering

Xpedition delivers integration, collaboration, and co-design systems between IC packaging, multi-board, RF, harness, FPGA, and MCAD.

Concurrent Design

Electronic design companies are continually faced with getting products to market faster with reduced costs. To be a first-to-market company you need collaboration and co-design systems.

A Digital Strategy

To achieve a digital transformation, the following must be enabled: multi-discipline systems engineering, concurrent design, process automation, design data integrity and design verification.

Multi-Discipline Systems Engineering

Xpedition delivers integration, collaboration, and co-design systems between IC packaging, multi-board, RF, harness, FPGA, and MCAD.

Concurrent Design

Electronic design companies are continually faced with getting products to market faster with reduced costs. To be a first-to-market company you need collaboration and co-design systems.

A Digital Strategy

To achieve a digital transformation, the following must be enabled: multi-discipline systems engineering, concurrent design, process automation, design data integrity and design verification.

Multi-Discipline Systems Engineering

Xpedition delivers integration, collaboration, and co-design systems between IC packaging, multi-board, RF, harness, FPGA, and MCAD.

Concurrent Design

Electronic design companies are continually faced with getting products to market faster with reduced costs. To be a first-to-market company you need collaboration and co-design systems.

Multi-Discipline Systems Engineering

Xpedition delivers integration, collaboration, and co-design systems between IC packaging, multi-board, RF, harness, FPGA, and MCAD.

Concurrent Design

Electronic design companies are continually faced with getting products to market faster with reduced costs. To be a first-to-market company you need collaboration and co-design systems.

Process Automation

Lowering electronic product development costs and meeting delivery dates are the top challenges faced by best-in-class companies. Meeting these challenges requires design flow automation.

Multi-Discipline Systems Engineering

Xpedition delivers integration, collaboration, and co-design systems between IC packaging, multi-board, RF, harness, FPGA, and MCAD.

Concurrent Design

Electronic design companies are continually faced with getting products to market faster with reduced costs. To be a first-to-market company you need collaboration and co-design systems.

Process Automation

Lowering electronic product development costs and meeting delivery dates are the top challenges faced by best-in-class companies. Meeting these challenges requires design flow automation.

Electronic Systems Design Solutions

The Siemens portfolio enables the digital transformation of electronic systems design. See how it is best positioned to deliver digitally integrated product ideation platforms for the next market-winning products.

man working on computer building an electronic device | Xpedition Enterprise is the industry’s most innovative PCB design flow, providing integration from system design definition to manufacturing execution

Xpedition Enterprise

Create Competitive Advantage Across Your Enterprise

Xpedition Enterprise is the industry’s most innovative PCB design flow, providing integration from system design definition to manufacturing execution.

man working at a computer, building an electronic device with CAD software | Design, validate and manufacture complex PCBs with PADS Professional's cutting-edge technology tailored to engineering professionals who work outside a corporate CAD environment.

PADS Professional

Integrated PCB Design Flow for Engineers and Workgroups

Design, validate and manufacture complex PCBs with PADS Professional's cutting-edge technology tailored to engineering professionals who work outside a corporate CAD environment.

Woman at workstation operating HyperLynx software

HyperLynx

PCB Verification Solutions for High-Performance Designs

HyperLynx is industry-renowned for ease of use, with automated workflows that make sophisticated PCB analysis accessible to designers who are new to power and signal integrity analysis.

Valor

Optimize Manufacturability and Manufacturing Execution

Valor offers tools to optimize PCB manufacturability using DFM, ensuring complete test coverage, expediting SMT machine programming, and managing and controlling parts on the manufacturing floor.