Semiconductor Industry Solutions

Software that supports semiconductor innovation

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.

Semiconductor Industry Solutions

Software that supports semiconductor innovation

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.

Innovative solutions for the semiconductor industry

Siemens software solutions for the design, production and sustainment of semiconductor devices.

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.

简要 详细
Siemens software solutions for the design, production and sustainment of semiconductor devices.

IC Design, Verification & Manufacturing Products

Siemens EDA's comprehensive portfolio of IC design, verification, and manufacturing tools enables our customers to deliver tomorrow’s smarter innovations faster.

精选客户成功案例

Costan

Costan addresses market opportunities, assesses employee risk and notably reduces costs using Solid Edge and Jack in Tecnomatix

Commercial refrigerator maker builds more “ergonomically friendly” products using Siemens Digital Industries Software solutions

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Explore and search for industry solutions in this industry segment.

面向消费级和工业级电子产品的机电一体化设计

我们深知,机电设计有着极为严苛的采用要求。正因如此,我们提供了出色的设计解决方案,使消费级和工业级电子产品公司能够更快地将契合需求的产品推向市场,并超越客户预期。

面向电子产品的多学科数据管理

对电子产品进行集成式的硬件和软件设计与测试现在是系统交付需求的一部分,这些需求只能通过紧密集成且统一的多学科平台强制实现。

通过集成化的工程生命周期管理方法管理多学科工程团队,这一方法可利用集成的需求管理、安全的供应商协同以及工程管理平台,这一平台可在单一的协作环境中将机械、电子和软件协同设计与协同仿真相结合。

电子产品的智能制造

智能制造使电子企业能够应对现代制造的挑战,并在确保质量和上市时间的情况下交付更多产品。运用西门子制造软件解决方案,企业可以消除冗余的物理原型、分离的系统、基于纸张的工作指令和信息孤岛。在实现从设计到规划再到生产和其他环节的连续集成流的同时,使各个工厂以及全球企业的制造流程更有效率。

电子系统设计

当今的电子产品设计团队承受着巨大的压力,他们需要在愈加紧张的计划和预算下交付更加复杂的产品。这份压力来自突破性的新技术和客户对智能互联设备日益增长的需求。为实现交付目标,企业必须转型为数字化企业以在产品开发流程中充分利用多学科协同。

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面向消费级和工业级电子产品的机电一体化设计

我们深知,机电设计有着极为严苛的采用要求。正因如此,我们提供了出色的设计解决方案,使消费级和工业级电子产品公司能够更快地将契合需求的产品推向市场,并超越客户预期。

半导体设备设计

我们深知,机电设计有着极其严苛的采用要求。为满足这些要求,我们为半导体设备 OEM 提供了堪称同类典范的设计解决方案,使半导体设备 OEM 能够将适宜的产品加速推向市场,并全面超越客户的期望值。

面向电子制造服务的机电设计

我们深知,机电设计有着极具严苛的采用要求。正因如此,我们提供了出色的设计解决方案,使电子产品制造商能够更快地将契合需求的产品推向市场,并超越客户预期。

家用电器设计

我们深知,机电行业的采用要求极其严苛。为满足这些要求,我们为家用电器 OEM 提供了堪称同类典范的设计解决方案,使家用电器 OEM 能够将适宜的产品加速推向市场,并全面超越客户的期望值。

面向电子和半导体行业的物联网和生命周期分析

利用物联网将来自现场消费品和工业电子设备的性能和使用信息整合到产品的整体开发及上市流程,以提供改进产品可用性和性能所需的指导性数据。

面向电子与半导体行业的技术出版

通过将文档开发和管理流程融入您的 PLM 环境,让技术出版物与产品更改保持同步,同时直接对工程来源数据加以利用。结构化的界面配有先进的创作与出版工具,不仅能够大幅减少按照市场、语言或产品量身定制文档的工作量,还能让文档准确而又有效。使用这套解决方案,即可获得所需的竞争优势,进而在高度复杂的全球电子和半导体产品市场中斩获成功。

电子产品环境合规性管理

电子产品制造商经常受到环境法规的严格监管,并且通常会受到出口法律的约束,这些制约很可能导致供应链成本的增加,而且一旦发生违规情况,就可能面临高额罚款以及品牌形象受损的风险。我们的解决方案可通过将材料数据集成到产品周期的方式,竭尽全力地为您显示产品周期各个阶段的监管合规性状态,进而打造出可持续性框架,用以应对与当前及未来环境相关的需求。

面向电子与半导体行业的产品成本管理

我们面向电子和半导体行业推出的数字化企业行业解决方案将卓越的全球数字创新平台的强大功能与尖端的产品成本管理工具整合到一个系统中,可帮助您优化 NPDI 成本管理流程。借助该解决方案,您可以改善对产品成本驱动因素(包括组件、材料、物流、人力、机器、流程和产品单位数量)的管理、能见度和洞察力,从而为成本优化奠定基础。

电子产品的智能制造

智能制造使电子企业能够应对现代制造的挑战,并在确保质量和上市时间的情况下交付更多产品。运用西门子制造软件解决方案,企业可以消除冗余的物理原型、分离的系统、基于纸张的工作指令和信息孤岛。在实现从设计到规划再到生产和其他环节的连续集成流的同时,使各个工厂以及全球企业的制造流程更有效率。

Lifecycle Management for Semiconductor Devices

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.

面向电子产品的集成式生命周期管理

不论规模如何,工业和消费类电子产品以及电子产品制造服务 (EMS) 企业都选择了集成式生命周期管理作为他们数字化转型的核心来创新和利用全面的数字孪生。集成式产品生命周期管理 (PLM) 系统支持用户对所有产品数据进行协同,包括规范、知识财产、检验和验证信息等。它们可以提高电气、机械、软件、设计及制造活动的效率和生产率。

电子系统设计

当今的电子产品设计团队承受着巨大的压力,他们需要在愈加紧张的计划和预算下交付更加复杂的产品。这份压力来自突破性的新技术和客户对智能互联设备日益增长的需求。为实现交付目标,企业必须转型为数字化企业以在产品开发流程中充分利用多学科协同。

State of the art design and validation

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.

Electronic design collaboration software

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.

Design for compliance & sustainability

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).

Simulation-driven design

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.

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