Innovation and collaborative, synchronized program management for new programs
All semiconductor companies (fabs, fabless, IDMs, foundries, OSATs or subcons, and photonics) can use state-of-the-art software solutions for the semiconductor industry from Siemens to drive innovation and increase productivity. Overcome today's challenges while transforming your business into the digital enterprise of tomorrow with edge-to-edge solutions covering all aspects of the semiconductor device (IC, Chip) lifecycle, from concept to design, through production to operations and optimized service lifecycle management.
To enable our customers to deliver life-changing innovations to the world faster and to become market leaders, we are committed to providing the world's most comprehensive portfolio of IC design, verification, and manufacturing tools.
Siemen's innovative software solutions make it possible for all semiconductor companies to create products with fewer design re-spins and a higher degree of design success. And semiconductor companies can leverage industry 4.0 best practices to manufacture better quality products at more competitive prices.
Edge-to-edge lifecycle management system for all semiconductor companies. To maintain collaboration for all product data, including; specification, intellectual property (IP), validation, verification information, they achieve their business goals. Increase efficiency and productivity with the integration of all electrical, mechanical, software, design, and manufacturing activities.
Frontend and backend semiconductor (IC) manufacturing operations software, offering a high level of industry-specific functionality, the highest level of interoperability with other business systems. It provides instant intelligence; from test results and yields to statistical quality control that enables you to improve quality and productivity.
IC verification can account for up to seventy percent of the IC design cycle. In today's connected world, design teams not only have to ensure their designs are functionally correct, but they also need the means to validate and test their ICs in the context of the entire end-system.
It is critical that the software tools used to develop automotive embedded software support ISO 26262 with a unified approach that effectively orchestrates and reduces overall efforts for compliance to increase automotive functional safety.
Meeting performance, power, and area requirements while still delivering your IC innovations on time requires a comprehensive tool flow spanning from C-level design all the way to signoff verification.
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We understand electro-mechanical design’s challenging service entry requirements. In response, we offer the best-in-class design solution enabling consumer and industrial electronics companies to get the right products to market faster and exceed customer expectations.
Integrated hardware and software design and testing on electronic products are now part of a system of delivery needs, which can only be enforced by a tightly integrated and unified multi-discipline platform.
Manage multi-disciplinary engineering teams with an integrated approach to engineering lifecycle management that leverages integrated requirements management, secure supplier collaboration and an engineering management platform that combines mechanical, electronic and software co-design and co-simulation in a single collaborative environment.
Smart manufacturing enables electronics companies to address the challenges of modern manufacturing and deliver more products without compromising on quality and time-to-market. By leveraging Siemens manufacturing software solutions companies are able to eliminate redundant physical prototypes, disconnected systems, paper-based work instructions, and silos of information. While enabling a continuous, integrated flow from design to planning to production, and beyond, driving more efficient manufacturing processes across individual sites as well as global enterprises.
Today's electronic systems design teams are under intense pressure to deliver more complex products on compressed schedules and budgets. To compete, companies needs solutions that leverage multidiscipline collaboration across the entire product development process from concept to delivery including electronics, mechanical and software with validation through simulation.
New Product Introduction & Supplier Collaboration for Electronics
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We understand electro-mechanical design’s challenging service entry requirements. In response, we offer the best-in-class design solution enabling consumer and industrial electronics companies to get the right products to market faster and exceed customer expectations.
We understand challenging service entry requirements of electro-mechanical design. In response, we have the best-in-class design solution to enable semiconductor equipment OEMs to get the right products to market faster and exceed customer expectations.
We understand electro-mechanical design’s challenging service entry requirements. In response, we offer the best-in-class design solution enabling electronic manufacturers to get the right products to market faster and exceed customer expectations.
We understand challenging electro-mechanical service entry requirements. In response, we offer the best-in-class design solution to enable home appliance OEMs to get the right products to market faster and exceed customer expectations.
Leverage the Internet of Things to integrate performance and usage information from consumer and industrial electronic devices in the field into the overall product development and introduction process to provide actionable data needed to improve product availability and performance.
Bring your document development and management processes into your PLM environment, keeping technical publications up-to-date with product changes and directly using engineering source data. A structured interface with advanced authoring and publishing tools greatly reduces the effort to generate accurate, effective documents that can be tailored by market, language or product. Use this solution to gain the competitive advantage you need to succeed in the highly complex global Electronics and Semiconductor market.
Electronics manufacturers are constantly under strict environmental regulations and typically subject to export law, which can increase supply chain costs and expose companies to significant fines and brand erosion in case of noncompliance. Our solution maximizes the visibility of regulation compliance status in all stages of the product lifecycle by integrating material data into the product lifecycle, creating a sustainability framework to address current and future environmentally-related needs.
Optimize your NPDI cost management process with our Digital Enterprise Industry Solutions for electronics and semiconductor that combine the power of the world’s leading global Digital Innovation Platform with sophisticated product cost management tools all in one system. Improve management, visibility and insight into product cost drivers, including components, materials, logistics, labor, machines, processes and product unit volumes, providing opportunities for cost optimization.
Smart manufacturing enables electronics companies to address the challenges of modern manufacturing and deliver more products without compromising on quality and time-to-market. By leveraging Siemens manufacturing software solutions companies are able to eliminate redundant physical prototypes, disconnected systems, paper-based work instructions, and silos of information. While enabling a continuous, integrated flow from design to planning to production, and beyond, driving more efficient manufacturing processes across individual sites as well as global enterprises.
All semiconductor companies, including; fabs, fabless, IDMs, foundries, and OSATs or subcons, can use the latest end-to-end product lifecycle management (PLM) software to reduce time to market (TTM). They conquer product complexity, react to changing requirements at the speed of business and gain insights to predict future product needs. Implementing an efficient end-to-end PLM system to maintain collaboration for all product data, including; specification, intellectual property (IP), validation, verification information. They achieve their business goals.
Industrial and consumer electronics and electronics manufacturing service (EMS) companies of all sizes choose integrated lifecycle management as their core of digital transformation to innovate and leverage the most comprehensive digital twin. An integrated PLM system enables users to collaborate on all product data, including specification, intellectual property, validation, and verification information. With all electrical, mechanical, software, design, and manufacturing activities they increase efficiency and productivity.
Today's electronic systems design teams are under intense pressure to deliver more complex products on compressed schedules and budgets. To compete, companies needs solutions that leverage multidiscipline collaboration across the entire product development process from concept to delivery including electronics, mechanical and software with validation through simulation.
Design better products faster with integrated electronic systems design, validation tools, and processes. Allow engineers to analyze many more system configurations and leverage the lowest cost alternatives while ensuring that the end product meets the requirements.
Leading companies find that to overcome today’s electronic design and manufacturing challenges; they need an integrated approach that combines all design and development processes into a single collaborative environment. Collaboration through integrated product from integrated product lifecycle management (PLM) is the differentiator that drives productivity, innovation, time-to-market (TTM), and ultimately, profitability.
Environmental compliance and product sustainability solutions can control and trace the material makeup of your products down to the substance level. Limit hazardous substances in your products and reduce the risk of noncompliance with regulatory directives (REACH, RoHS, Conflict Minerals, and more).
You need a more holistic approach to design with simulation to see and predict problems sooner. Design teams need the tools to quickly learn which ideas work best and validate them before building anything. It all starts with simulation-driven design.
Build a digitalization strategy with Simcenter. Improve product design and development process using predictive simulation and test applications. Learn More
Semiconductor Lifecycle Management is a Teamcenter X industry solution that offers a fully integrated cloud, SaaS PLM solution for semiconductor businesses of any size. It brings companies a complete, commercial off-the-shelf (COTS) collaborative solution for the ideation, planning, design, verification and manufacturing of today’s highly complex semiconductors.
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Removing the Barriers to Electronics Innovation on Demand Webinar
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