The Shaughnessy Report: Watt About Power Integrity?
Global PCB Connections: Understanding Your Fabricator’s Capabilities (or Niche)
Elementary Mr. Watson: Chasing Checkmarks, Not Signal Integrity
Polar Talks Impedance and Insertion Loss Testing
May 29, 2015 | Real Time with...IPCEstimated reading time: Less than a minute
Product Specialists Michael Bode and Geoffrey Hazlett join Guest Editor Dan Feinberg to talk about the company and its products and solutions. They also talked about some of the technologies being enabled by the company, including controlled impedance and insertion loss testing.
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The Shaughnessy Report: Watt About Power Integrity?
10/08/2025 | Andy Shaughnessy -- Column: The Shaughnessy ReportYes, that headline is the equivalent of a dad joke, but editors can’t pass up a chance to inject a little humor into a headline, and I had to take my shot. Power integrity (PI) problems are no joke. Current power demands are increasing, especially with AI, 5G, and EV chips, which can lead to voltage drops that kill your performance.
Beyond Design: Slaying Signal Integrity Villains
09/17/2025 | Barry Olney -- Column: Beyond DesignHigh-speed PCB design is a balancing act, where subtle oversights can develop into major signal integrity nightmares. Some culprits lie dormant during early validation, only to reveal themselves later through workflow disruptions and elusive performance bottlenecks. Take crosstalk, for example. What begins as a stray signal coupling between traces can ripple through the design, ultimately destabilizing the power distribution network. Each of these troublemakers operates with signature tactics, but they also have well-known vulnerabilities.
Polar Instruments Announces Additive Transmission Line Support for Si9000e
08/20/2025 | Polar InstrumentsTransmission lines embedded into the PCB surface are a feature of UHDI constructions. The 2025 fall release of Polar's Si9000e PCB impedance & insertion loss transmission line field solver incorporates eight new single ended, differential and coplanar transmission line structures.
I-Connect007 Editor’s Choice: Five Must-Reads for the Week
05/30/2025 | Andy Shaughnessy, Design007I don’t have a scorecard, but I do have a weekly wrap-up of must-reads that I think deserve another “bite of the apple,” so to speak. IPC’s Rich Cappetto shares his perspective on everything from tariffs to the CHIPS Act. Columnist Josh Casper discusses the use of AI in 3D AOI systems and the immediate benefits that AI can bring about. Columnist Anaya Vardya explains how technologies like AI can improve our customer service, as well as our manufacturing processes.
Connect the Dots: Proactive Controlled Impedance
05/29/2025 | Matt Stevenson -- Column: Connect the DotsFrom data centers to smartphones, designers know that the ohms have it. Getting impedance right ensures all-important signal integrity and delivers high-performing boards. Our designers understand the importance of controlled impedance, but not everyone addresses it in their designs. The most common and important controlled impedance types we see include microstrip, stripline, embedded microstrip, and differential pairs.
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