Analog IC Design

Pioneering next-generation analog integrated circuits with breakthrough innovations in low-power design, high-speed signal processing, and advanced communication interfaces.

Research Overview

Our analog IC design research focuses on developing cutting-edge integrated circuits that form the backbone of modern electronic systems. We address critical challenges in power efficiency, speed, and signal integrity while pushing the boundaries of what's possible in silicon technology.

Key Innovation Areas

We specialize in ultra-low-power circuit topologies, high-speed memory interfaces, and advanced signal processing architectures that enable next-generation computing and communication systems.

Our interdisciplinary approach combines theoretical circuit analysis with practical implementation, ensuring our research translates into real-world solutions that impact industries from mobile computing to high-performance data centers.

Advanced analog IC design for high-speed and low-power high-performance computing applications.

Key Research Topics

Explore our specialized research areas that are shaping the future of analog integrated circuits

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Memory I/O Interfaces

Developing high-speed, low-power interface circuits for next-generation memory systems including DDR5/6, HBM, and emerging non-volatile memories. Focus on signal integrity, timing optimization, and power delivery.

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High-Speed Signaling

Advanced SerDes design, clock and data recovery circuits, and equalization techniques for multi-gigabit communication. Addressing channel loss, jitter, and crosstalk in high-frequency applications.

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Low-Power Circuits

Ultra-low-power analog circuits for IoT and mobile applications. Subthreshold operation, energy harvesting interfaces, and power management integrated circuits with advanced sleep/wake architectures.

Real-World Applications

Our analog IC research directly impacts various industries and technological domains

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Mobile Devices

Power management ICs, RF transceivers, and audio codecs for smartphones and tablets

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Data Centers

High-speed memory interfaces, SerDes, and power delivery systems for server architectures

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Automotive Electronics

Sensor interfaces, power management, and communication systems for autonomous vehicles

Current Research Projects

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Next-Gen DDR6 Interface

Developing ultra-high-speed memory interface circuits capable of 8000+ MT/s data rates with advanced equalization and power management techniques for future computing systems.

Status: Active Research

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Sub-1V Analog Circuits

Exploring novel circuit topologies and biasing techniques for analog circuits operating at supply voltages below 1V while maintaining high performance and robustness.

Status: Prototype Phase

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AI-Optimized ADCs

Machine learning-enhanced analog-to-digital converters with adaptive calibration and background correction for improved linearity and power efficiency.

Status: Collaboration Project