Electronics and semiconductor companies need pre-configured software solutions based on industry best practices to achieve excellence in new product development and introduction.
By shortening innovation and development cycles, enabling collaboration across and through supply chains and creating a closed loop, intelligent and integrated manufacturing environment, our electronics and semiconductor Digital Enterprise Industry Solutions allow companies to leverage data across multiple domains, improving quality and profitability while reducing time-to-market and costs.
Today’s electronics and semiconductor devices are a synthesis of multiple designs—mechanical, electrical, electronics, embedded software and application software. In addition, due to rapid development, many hardware features remain unexplored and undermanaged resulting in sub-optimal integration between hardware and software. The disadvantages of operating in different single-discipline platforms and the increasing role of global suppliers in early stages of design are driving engineering organisations to invest in multi-domain integration strategies to ensure the system works flawlessly.
To overcome these challenges, organisations in the electronic and semiconductor industry are looking for powerful solutions that enable efficient management of data and ensure a smooth process across the entire lifecycle.
Electronics manufacturing services (EMS) companies have to deal with increasing pressure from competitors in the electronics and semiconductor industry, increasing cuts to profitability and the need to deliver on time. EMS customers require the highest levels of performance, quality and reliability, and new products must also pass thorough quality checks to avoid expensive recalls. Engineering teams must solve significant design challenges within a distributed design partner supply chain.
Effective collaboration and communication is essential when developing high quality products that beat the competition. Taking advantage of software that has powerful design tools coupled with efficient data management and sharing capabilities provides the strong foundations to a successful project.
In the electronics and semiconductors industry there is an emergence of new competitors offering functionality-rich products at low cost. This combined with increasing demand for innovation and differentiation drives an unprecedented high rate of product introduction into the market. The change in the customer usage model to relying on a platform that requires constant software updates adds to the challenge of keeping a competitive advantage through improved product availability and performance.
To succeed in this highly competitive environment and overcome the increasing risk of having defective electronics and semiconductor devices reach customers – which in turn increases warranty, repair and recall costs – manufacturers need to take advantage of the growing availability of device connectivity, and to apply data analytics into the overall product and application design and development process.
Time to market for new products is shortening day by day. Electronics customers require the highest levels of performance, quality, and reliability, and each new product must also pass through quality checks to avoid recalls. Engineering teams must solve significant design challenges within a distributed design partner supply chain. Electro-mechanical design teams are under great pressure to meet these demands with high-quality products that get to market faster.
Zumex markets products in more than 80 countries, placing its goods in large retail chains such as Starbucks and in corporate cafeterias such as those for Apple and Facebook. Zumex engineers were tasked with creating a completely new machine using Solid Edge.
TSC is a world-leading company and the pioneer of Alternating Current Field Measurement (ACFM) – an electromagnetic technique for detecting and sizing surface-breaking defects in metal. As a result of using Solid Edge, TSC have achieved 95% compliance across standards, procedures and rules required for saddle welds.
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