LPKF LASER & ELECTRONICS SE New developments in data center, and automotive markets require new semiconductor solutions. This market demand is driven by trends like high performance computing, remote working, Artificial Intelligence, and self-driving cars.
Major challenges for the semiconductor industry are the competitive price levels to produce semiconductor solutions, differentiation in the supply chains and new requirement due to changing markets. The semiconductor market is therefore evolving constantly.
Major global players introduced glass as promising new solution to address industrial needs in high performance computing and AI applications. They recently announced that glass substrates will become the new market standard.
Advanced packaging with glass substratesMoore's law is slowing down. The semiconductor industries solutions to compensate this slowdown are advanced packaging and heterogenous integration. This is reached by using different chips manufactured with different advanced manufacturing processes.
One future building block for advanced packaging and heterogeneous integrations is glass as the substrate material. It serves as a solution to overcome packaging challenges with materials like silicon and glass fiber reinforced plastics.
Since many years, LPKF has invested into research, processes, and product development and reached an outstanding level of maturity to provide production capabilities for high-volume manufacturing. "Our technology reached an outstanding level of maturity to meet the semiconductor industry's needs. For that reason, we increased our production capacities in 2024 to satisfy the increasing customer demand." states Klaus Fiedler, CEO of LPKF.
In the past 10 years, LPKF has developed its industrial processes for glass manufacturing using highest quality standards and with focus on throughput to reach industrial requirements. The LIDE process (Laser Induced Deep Etching) developed by LPKF is well established. Glass substrates from 100µm up to 1.1mm can be processed quickly, precisely, and without damage such as microcracks. This is essential for the scalability, reliability, and cost efficiency of the electronic package.
High process maturity of LPKF technologyHigh process maturity and tangible operational proof of performance convinced global players to collaborate with LPKF. LPKF supports customers throughout the adoption of glass core for advanced packaging application by integrating the technology into customers manufacturing processes or providing manufacturing service by its Vitrion division. With dozens of worldwide installed tools and thousands of manufactured glass substrates in LPKF's own manufacturing facility, LPKF gave proof of the maturity of the technology.
"Global players value the high precision, flexibility and design freedom of LIDE technology." underlines Dr. Roman Ostholt, Managing Director Electronics. LPKF's long-lasting experience and presence on the market is an additional plus. This is the reason for being a reliable partner and the increasing demand in LPKF's technological solutions from the semiconductor industry.
Outstanding know-how and quality, the capacity to satisfy the market demand and to support industry partners in making the step into using glass substrates in the semiconductor industry makes LPKF to a reliable global partner.
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About LPKFLPKF Laser & Electronics SE is a leading provider of laser-based solutions for the technology industry. LPKF laser systems are of crucial importance to the production of printed circuit boards, microchips, automotive parts, solar modules and a large number of other components. Founded in 1976, the company is headquartered in Garbsen near Hanover and operates worldwide via subsidiaries and representative offices. The shares of LPKF Laser & Electronics SE are traded in the Prime Standard segment of Deutsche Börse (ISIN 0006450000).
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LPKF - Laser & Electronics AG published this content on 13 May 2024 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 13 May 2024 14:44:09 UTC.
