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00:51
3 PCB Design Mistakes That Quietly Increase Your Costs
Reducing PCB costs starts with better design decisions, not simply choosing the lowest manufacturing quote. This video explains three common design mistakes that increase fabrication costs, including unnecessarily tight tolerances, the use of premium materials where standard options are sufficient, and inefficient panelization that wastes material and lowers production efficiency. It also demonstrates how applying Design for Manufacturability (DFM) principles early in the design process can optimize stack-ups, material selection, and board layouts while maintaining performance and reliability. By understanding these cost drivers, engineers and procurement teams can improve manufacturing yields, shorten lead times, and reduce the total cost of PCB prototypes and volume production across FR4, flexible, and multilayer PCB designs.
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00:40
PCB Market Trends: Rising Copper Prices and Material Cost Impacts in 2026
Rising raw material costs are reshaping the PCB industry, affecting manufacturing prices, lead times, and sourcing strategies. This video explains how increases in copper foil and laminate costs influence PCB fabrication, from standard FR4 boards to advanced multilayer and high-frequency designs. It explores the impact of supply chain fluctuations on production planning, prototyping, and volume manufacturing, while highlighting why not every PCB is affected equally. The video also discusses the value of proactive DFM reviews and early sourcing decisions to help control costs and maintain reliable delivery. Understanding these market trends enables engineers and procurement teams to make more informed decisions for automotive, medical, industrial, and other high-reliability PCB projects.
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00:40
PCB Supply Chain Preparedness: What Customers Must Know Amid AI Demand
Growing demand for AI infrastructure is placing unprecedented pressure on the global supply of key PCB raw materials, particularly glass fabric and copper clad laminates (CCL). This video explains how these material shortages are extending lead times and affecting PCB manufacturing schedules throughout the second half of 2026. It highlights the importance of early inventory planning, production forecasting, and capacity reservation to minimize supply chain risks and avoid project delays. The video also discusses how proactive coordination with PCB manufacturers can help secure material availability and maintain production schedules for high-layer-count, HDI, and high-speed PCB projects, enabling OEMs to navigate market volatility with greater confidence.