AIC Lab Research

RF IC &
Communication Systems

Advancing wireless communication through innovative RF integrated circuits — from ultra-low-power IoT transceivers to sub-THz 6G chipsets and wireless power delivery systems.

Research Gallery

RF IC Design & Measurement Results

Circuit architectures, silicon results, and system implementations

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Frequency Coverage

Multi-Band RF Expertise

From low-power IoT to sub-THz 6G — covering the full wireless spectrum

2.4
GHz · IoT/BLE
5.8
GHz · WiFi-6
28
GHz · 5G mmWave
100+
GHz · Sub-THz 6G
Key Research Topics

Specialized Research Areas

Shaping the future of wireless communication and RF systems

🔋

Ultra-Low-Power RF Circuits

Energy-efficient RF transceivers for IoT and battery-powered devices. Sub-threshold operation, energy harvesting interfaces, and adaptive power scaling for 10+ year battery life.

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High-Speed LNA & PA

Advanced low-noise amplifier and power amplifier designs for 5G/6G. Wideband operation, Doherty PA architecture, linearization techniques, and PAE >35% efficiency enhancement.

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Sub-THz Transceivers

Next-gen transceiver architectures at 100–300 GHz. Novel circuit topologies with frequency multiplier chains, on-chip antenna arrays, and 10+ Gbps data rates for 6G backhaul.

Applications

Wireless Communication Solutions

Revolutionary wireless applications across diverse communication domains

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5G/6G Mobile RFIC

Ultra-high-speed cellular communication with massive MIMO and beamforming capabilities

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Wireless Power Delivery

High-efficiency RF circuits for wireless power sensing and delivery systems

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Wireless Data Communication

High-bandwidth RF circuits for ultra-high-speed wireless data links

Current Research

Active Projects

Ongoing research pushing the boundaries of RF IC design

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Sub-THz Transceiver Chipset
Complete sub-THz transceiver SoC for ultra-high-speed wireless communication. On-chip antennas, beamforming, and 10+ Gbps data rates for next-gen wireless backhaul.
Silicon Testing
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Ultra-Low-Power Wireless Circuits
Sub-mW RF transceiver for massive IoT with 10+ year battery life. Wake-up radio, energy harvesting, and adaptive duty cycling for smart city applications.
Field Testing
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Wireless Power Transfer IC
Resonant wireless charging system with 70%+ efficiency. Qi-compatible, foreign object detection, and adaptive power control for wearable and IoT charging.
Prototype Development