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As complexity grows, the interface becomes the system
Jan 11
•
Chad Wallace
4
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Why Teaching others is the best way to develop Systems Thinking in Semiconductors
In my opinion, the two most powerful ways to cultivate systems thinking in highly complex, siloed environments in semiconductors is to cultivate…
24 hrs ago
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Chad Wallace
3
A Comprehensive Overview of High-Speed Optical Communications
Scaling high-speed data movement from IM-DD to CPO/Silicon Photonics/Coherent
Apr 14
•
Chad Wallace
26
5
A System Architecture Analysis of the Power System of AI Data Centers
Why Power Delivery Network Constraints Are Pushing AI Power Delivery Vertical at the Point-of-Load
Apr 6
•
Chad Wallace
2
2
A System Architecture Breakdown of a DSP-Based Modern Wireline Transceiver
How high-speed data requirements influence chip architectural complexity
Mar 23
•
Chad Wallace
3
2
Signal Integrity - A Primer
How signal integrity influences complexity of modern wireline transceiver architecture from first principles
Mar 17
•
Chad Wallace
4
1
The SAR ADC: A Primer
How SAR ADCs operate at the interface of signal, power, digital logic, and timing
Mar 11
•
Chad Wallace
5
2
Fundamentals of the Buck Converter: A Primer
A look into the bottom up principle of operation and important non-idealities of a buck converter
Mar 2
•
Chad Wallace
2
The Phase Locked Loop: A Primer
How PLLs stress High-level, architectural based analog design intuition
Feb 10
•
Chad Wallace
6
1
The Bandgap Reference: A Primer
How bandgap references work—and how to design them
Feb 4
•
Chad Wallace
2
2
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Inside the Silicon Machine
Deep thinking on semiconductors and the systems that build them
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