AIC Lab Research

Analog
IC Design

Pioneering next-generation analog integrated circuits — high-speed memory interfaces, advanced SerDes signaling, and low-power circuit design for DDR5/6, HBM, and beyond.

Research Gallery

Memory Interface IC Architecture

DDR5 RCD, Data Buffer, and high-speed signaling designs

1/—
Performance Specifications

AI-powered Memory Interface Research

High-performance analog ICs for memory and AI computing platforms

12-18
Gb/s per pin
HBM5E
Memory Interface
64-1024
bit Bus Width
0.75V
Core Voltage
Key Research Topics

Specialized Research Areas

Shaping the future of analog integrated circuits

🔌

Memory I/O Interfaces

High-speed, low-power interface circuits for DDR5/6, HBM, and emerging non-volatile memories. Signal integrity optimization, timing calibration, and advanced power delivery for server-grade performance.

⚡

High-Speed Signaling

Advanced SerDes design, clock and data recovery circuits, and multi-tap DFE equalization for multi-gigabit communication. Addressing channel loss, jitter, and crosstalk at 9600+ MT/s.

🔋

Low-Power Circuits

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

Applications

Industry Impact

Analog IC research powering critical technology domains

📱

Mobile Devices

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

🖥️

Data Centers

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

🚗

Automotive Electronics

Reliable analog circuits for ADAS, in-vehicle networking, and sensor interfaces

Current Research

Active Projects

Ongoing research in next-generation analog IC design

🚀
Next-Gen DDR6 Interface
Ultra-high-speed memory interface circuits at 8000+ MT/s with advanced DFE equalization and power management for future computing systems.
Active Research
🔬
Sub-1V Analog Circuits
Ultra-low-voltage analog circuit techniques for advanced process nodes (7nm, 5nm). Novel biasing, gain-boosting, and noise-reduction architectures at sub-1V supply.
Prototype Phase
⚙️
AI-Optimized ADCs
Application-specific ADC architectures optimized for AI inference workloads. Precision-scalable conversion with dynamic resolution and sampling rate adjustment.
Collaboration Project