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When it comes to designing PCBs and full systems for increasingly complex electronics hardware, who doesn’t want to reduce complexity and cost? Single-Pair Ethernet (SPE) has emerged as a solution and is gaining rapid attention across industrial electronics and PCB design because it enables Ethernet communication over a single twisted pair, replacing the traditional two- or four-pair cabling used in standard Ethernet networks. This seemingly simple shift has significant implications for designers: smaller connectors, reduced cable weight, longer reach, and the ability to carry both data and power over a single pair.

Below the Surface: Looking Ahead to Where Integration Actually Happens

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Progress in RF rarely arrives and suddenly rewrites the rules. What actually moves performance forward almost always happens in the seams, the interfaces, the choices that determine whether individual parts are allowed to work together, or forced to fight one another. So, when we look ahead in RF systems—from DC through millimeter-wave—the most important conversations aren’t about isolated materials or heroic devices. They’re about integration, and more specifically, about how ceramic-based RF packages and module architectures shape system-level behavior long before the signal ever reaches free space.

Beyond the Board: How a Diminished Supplier Base Affects Complex PCB Manufacturing Readiness in Defense

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The Pivotal Role of AI in Modern Electronics Manufacturing with Koh Young

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Designers Notebook: Heterogeneous Interposer Design Challenge, Part 2

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As the need grows for higher processing speed and the expanded functionality required for newer generations of central processing units (CPUs), the necessity for higher-density interconnect solutions is paramount. The current trend toward furnishing a single, monolithic system-level semiconductor package has become a serious yield issue in fabrication. For example, with all of the peripheral supporting functions on a single die platform, wafer fabrication yields are often below target and, although the CPU portion of a monolithic semiconductor may be perfect, if one or more of the supporting functions on the same die fails, the entire processor unit must be discarded. 
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