シーメンスEDAジャパン List of Products and Services

The issue of stack-up is one of the main causes of board respins that everyone wants to avoid. Among the many stack-up tools available, only Z-planner Enterprise can enhance the stack-up design process with high-precision field solvers, loss planning environments, and a complete library of dielectric materials, all of which interface seamlessly with widely used signal integrity software. As edge rates become increasingly faster, accurate calculations of loss and impedance using real dielectric material data are essential for correctly designing the stack-up from the outset. 【Features】 • Integration of HyperLynx field solver • Unlimited number of layers and impedance groups • Advanced stack-up wizard • Compare stack-ups from various fabs against specifications and ensure DFX rules are applied • Consideration of glass properties to mitigate shifts caused by glass weaving • Import stack-ups from the manufacturing department with detailed manufacturing properties added *For more details, please download the PDF or contact us.

• Printed Circuit Board

When developing microcontrollers targeting the automotive industry, meeting the customer's expectation of zero defects is an essential and critical aspect for conducting ongoing business negotiations. To meet this expectation, it is necessary to track the required specifications throughout the entire development cycle, from the initial request for a quote to the final delivery. Development in the automotive industry is represented by a V-shaped cycle, and the development of microcontrollers is also an important process that constitutes part of that V shape. *For more details, please request documentation or view the PDF data available for download.*

• others

In the automotive industry, electronics development has always been carried out through iterative processes even before the advent of AUTOSAR. Throughout the project flow, changes and improvements to requirements, design modifications, and adjustments to architecture are made. AUTOSAR has standardized the specification format for describing various design assets, which has allowed for a clear definition of how to implement the steps in the development process. The AUTOSAR standard, supported by advanced tools, is used in various product development fields and has proven effective. In product development projects, achieving smooth data exchange between tools without losing design information is a challenge. In particular, interoperability between architecture design tools and model-based design tools is emphasized when developing functional software and individual software components. The design approach requires support for both top-down and bottom-up methods. *For more details, please request materials or view the PDF data from the download section.*

• Development support tools (ICE, emulators, debuggers, etc.)

Recently, many companies are facing significant challenges related to knowledge transfer due to issues such as an aging workforce, increasing product complexity, stricter regulations on design verification, shortened design periods, and the reduction in the size of design teams. Traditional software design tools focus primarily on creating drawings and have little functionality for knowledge accumulation. In contrast, recent electrical design tools emphasize processes and can systematically address issues related to knowledge accumulation and transfer. [Contents] - Knowledge transfer - Maximizing data flow while minimizing data input - Reusing designs - Building processes that do not require expert skills - Automation *For more details, please request materials or view the PDF data from the download section.

• Embedded system design service

To incorporate manufacturing optimization into the PCB design process, concurrent DFM verification using Valor NPI is the most efficient method. By verifying and improving manufacturability and implementability at the design stage, it is possible to avoid PCB re-routing due to rework from the actual process. 【Features】 • Reduces the number of prototypes required when releasing new designs • Identifies manufacturing issues early in the design phase, reducing manufacturing costs • Improves design reliability by discovering manufacturing risks before mass production begins • Shortens the time required for supplier confirmations • Compatible with all major PCB layout CAD systems *For more details, please download the PDF or contact us.

• Production Management System