From 25 Million Pixels to a Six-Ounce Product: Engineering Visor for Manufacturing

From 25 Million Pixels to a Six-Ounce Product: Engineering Visor for Manufacturing
by Moh Kolb on 10-09-2026 at 8:00 am

From 25 million Pixels to six Ounce product Visors semiwiki sept30 (1)

By Dr. Moh Kolbehdari

Putting roughly 25 million pixels into a wearable device weighing about six ounces sounds, at first, like a display problem.

It is not.

The displays must fit behind an optical system capable of turning those pixels into a usable visual field. Compute must generate and move the required data. Power must support… Read More


Will 50% of New High Performance Computing (HPC) Chip Designs be Multi-Die in 2025?

Will 50% of New High Performance Computing (HPC) Chip Designs be Multi-Die in 2025?
by Kalar Rajendiran on 01-28-2025 at 6:00 am

Synopsys Predictions for Multi Die Designs in 2025

Predictions in technology adoption often hinge on a delicate balance between technical feasibility and market dynamics. While business considerations play a pivotal role, the technical category reasons for the success or failure of a prediction are more tangible and often easier to identify—if scrutinized with care. However,… Read More


Crosstalk, 2kAmp power delivery, PAM4, and LPDDR5 analysis at DesignCon

Crosstalk, 2kAmp power delivery, PAM4, and LPDDR5 analysis at DesignCon
by Don Dingee on 01-24-2025 at 8:00 am

Old way of crosstalk analysis

High-speed digital (HSD) designers have long tested the limits of realizable speed. GHz frequencies are now the norm, and multi-level signaling is pushing rates higher while the long-awaited transition to optical signaling and even higher rates looms ever closer. Power density is also climbing, and data-hungry applications… Read More


Acquiring Great Power

Acquiring Great Power
by Paul McLellan on 01-20-2012 at 5:11 pm

“Before we acquire great power we must acquire wisdom to use it well”
Ralph Waldo Emerson

Making good architectural decisions for controlling power consumption and ensuring power integrity requires a good analysis of the current requirements and how they vary. Low power designs, and today there really aren’t… Read More