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HIGH SPEED SERDES (INTRODUCTION)

This video discusses about High speed SERDES. Serial communication interface. Connectivity IP. It discusses at a very basic level. Discusses about the blocks like, Serializer, De-Serializer, Equalizer, FFE, DFE, CTLE, PLL & CDR.

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CTLE (Continuous Time Linear Equalizer) : HIGH SPEED SERDES
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CTLE (Continuous Time Linear Equalizer) : HIGH SPEED SERDES

How DSP is Killing the Analog in SerDes
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How DSP is Killing the Analog in SerDes

What is PCIe?
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What is PCIe?

Understanding Signal Integrity
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Understanding Signal Integrity

How SERDES works in an FPGA, high speed serial TX/RX for beginners
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How SERDES works in an FPGA, high speed serial TX/RX for beginners

What is a SerDes and why do I need one?
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What is a SerDes and why do I need one?

PCI Express Physical Layer
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PCI Express Physical Layer

What's Changing In SerDes
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What's Changing In SerDes

"High-Performance SERDES Design" Online Course (2025) - Prof. Sam Palermo (Texas A&M University)
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"High-Performance SERDES Design" Online Course (2025) - Prof. Sam Palermo (Texas A&M University)

SERDES Clocking and Equalization for High-Speed Serial Links, Jack Kenney
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SERDES Clocking and Equalization for High-Speed Serial Links, Jack Kenney

SPI Protocol Explained: Basics, Working, Modes, Pros and Cons
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SPI Protocol Explained: Basics, Working, Modes, Pros and Cons

What is a Decision Feedback Equalizer (DFE)?
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What is a Decision Feedback Equalizer (DFE)?

The Fascinating Story of Fluke,The Washington Engineer Who Built The World's Most Trusted Multimeter
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The Fascinating Story of Fluke,The Washington Engineer Who Built The World's Most Trusted Multimeter

Understanding Modbus Serial and TCP IP
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Understanding Modbus Serial and TCP IP

Concepts in High Speed SERDES - Transmitter
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Concepts in High Speed SERDES - Transmitter

Modelling Equalization with SerDesPy
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Modelling Equalization with SerDesPy

Preview - "High-Performance SERDES Design" Online Course (2025) - Prof. Sam Palermo (Texas A&M U.)
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Preview - "High-Performance SERDES Design" Online Course (2025) - Prof. Sam Palermo (Texas A&M U.)

High-Speed PCB Routing Guidelines: Avoid These 5 EMI Mistakes
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High-Speed PCB Routing Guidelines: Avoid These 5 EMI Mistakes

Identifying PCIe 3 0 Dynamic Equalization Problems
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Identifying PCIe 3 0 Dynamic Equalization Problems

LDO (Low Dropout Regulator)
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LDO (Low Dropout Regulator)

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