Lam Research Forges Advanced Packaging Future with Wafer-to-Panel Processing Expansion

July 5, 2026

Lam Research Newsroom USA

Overview

Lam Research is actively shaping the future of advanced packaging by expanding its wafer-to-panel processing technologies. The company is developing new platforms and processes for larger panel substrates, promising significant manufacturing cost reductions and throughput improvements compared to existing wafer-level techniques. This innovative approach addresses the diverse packaging demands of AI and High-Performance Computing (HPC) chips, setting new standards for scalability and efficiency in the semiconductor industry. Lam Research’s advancements enable the integration of complex next-generation chips.

In Depth

Key Findings

Lam Research, a leading supplier of semiconductor manufacturing equipment, is proactively shaping the future of advanced packaging by expanding its wafer-to-panel processing technologies. The company has developed new platforms and processes that enable simultaneous processing of multiple chips on larger panel substrates, delivering dramatic reductions in manufacturing costs and significant improvements in production throughput.

Technical / Clinical Details

Lam Research’s ‘wafer-to-panel’ strategy focuses on executing advanced packaging processes on large, rectangular panels rather than traditional round wafers. This approach minimizes material waste typically generated at wafer edges, maximizing raw material utilization efficiency. Specifically, the company’s new platforms are designed to perform high-precision etching, thin-film deposition, and cleaning processes at the panel level. This enables the processing of a greater number of chips at once, especially for technologies like Fan-Out Panel-Level Packaging (FOPLP), substantially reducing the cost per unit chip. This technology addresses the increasingly complex demands of next-generation semiconductors, including AI processors, High Bandwidth Memory (HBM), and chiplet integration.

Background & Context

The rapid advancements in artificial intelligence (AI) and high-performance computing (HPC) are posing new challenges to traditional semiconductor manufacturing technologies. Advanced packaging, in particular, is becoming an indispensable factor in determining chip performance, power consumption, and cost. However, existing wafer-level packaging technologies face limitations in terms of cost-efficiency and scalability for manufacturing large and complex AI chips. Lam Research’s pivot to panel-level processing is a strategic answer to these challenges, paving the way for semiconductor manufacturers to mass-produce next-generation AI chips efficiently and economically.

Strategic Significance & Outlook

Lam Research’s wafer-to-panel processing technology holds the potential to revolutionize the advanced packaging market. The widespread adoption of this technology is expected to reduce AI chip manufacturing costs, enabling high-performance AI functionalities to be integrated into a wider array of devices and applications. Through this innovation, the company aims to enhance the overall production efficiency and scalability of the semiconductor industry, accelerating technological advancements in all AI-centric sectors, including data centers, automotive, and mobile devices. As a leader in semiconductor manufacturing equipment, Lam Research will continue to drive the evolution of advanced packaging.

Source: https://newsroom.lamresearch.com/wafer-to-panel-lam-scaling-advanced-packaging-panel-level-processing?blog=true

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