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A traditional static BOM only works if supply is stable, prices drift slowly, and lifecycle events are predictable, but these conditions no longer define the electronics landscape. In early 2026, major DRAM manufacturers redirected wafer capacity toward HBM and DDR5 to meet AI demand, tightening legacy supply. According to TrendForce and Sourceability analysis, contract prices for DDR4 and other conventional DRAM rose by tens of percent in 1Q26...

Modern electronics demand agile design and pivot-ready procurement. Yet, many workflows still hinder progress, leaving teams overwhelmed by project evolution. Historically, the disconnect between ECAD and MCAD environments has forced engineers into silos that drain efficiency, but new platforms are bridging this gap. In multiboard design, even a minor misalignment creates a catastrophic ripple effect. When a clearance issue surfaces late, the...

Flux.ai and Altium Designer represent two very different approaches to PCB design. Flux.ai is a browser-based design environment oriented toward experimentation and simple electronics projects. Altium Designer is a professional engineering platform used by companies developing commercial hardware products across industries such as aerospace, medical devices, robotics, telecommunications, and computing infrastructure. Understanding the...

Smart Design Reviews speed up your design process. Electronics teams are under pressure to deliver more complex products faster than ever, but disconnected processes make it harder to keep up. Join us for a live webinar demonstrating how the Design Review process, as part of Altium Agile Teams, accelerates collaboration, ensures design integrity, and mitigates risks. Whether you’re an engineering manager, system designer, PCB designer, or part...

Are rigid flex design stack up’s more complicated than rigid board stack-ups? Most often they are. Even a simple rigid-flex can be more difficult than a complex HDI design.  Designers who are knowledgeable and experienced in rigid board design, can easily assume the familiar material selection rules still apply. Or at least apply well enough to get through the layout. Sometimes they do and sometimes they don’t. When they don’t, the consequences...

The concept of signal integrity analysis to support PCB designs could mean many things. In PCBs, multiple interfaces are used to connect components and each has different signal integrity requirements, all requiring some level of analysis. In response to the demand for better and faster analysis capabilities, the EDA software industry has stepped up with many solutions for system-level design and analysis, with several options specifically...

The era of "bigger is better" in semiconductor design has officially hit a wall. For decades, Moore’s Law, the observation that the number of transistors on a microchip doubles every two years, was maintained by simply shrinking components. But as we push into 3nm and 2nm territories, we are discovering that traditional monolithic (single-die) systems-on-chip (SoCs) are becoming economically unsustainable. Manufacturing massive, single-die chips...

Electronics design demands rigorous due diligence across every stage of development. Design reviews are central to this process, ensuring technical requirements are met while aligning teams on product scope, timelines, costs and risks. Each review relies on different inputs, making it essential for teams to understand where their expertise has the greatest impact. Effective participation depends on clear project visibility and well-prepared data...

As global industries move toward highly integrated, mission-critical systems, the complexity of internal electronics has grown exponentially. From life-saving medical devices to advanced aerospace systems, the primary challenge in modern electronics product development is no longer just the design of the Printed Circuit Board (PCB), but the management of the intricate web of wiring and harnesses that connect these systems. This article examines...