华人芯片设计技术研讨会 2026

2026年3月25—27日

中国 上海

欢迎参加

华人芯片设计技术研讨会 2026

华人芯片设计技术研讨会(ICAC Workshop)致力于为中国集成电路设计的学术界和产业界同仁建立一个顶尖的技术交流平台,营造开放的技术讨论氛围,促进可能的合作,激发新的想法和方向,集思广益,共同提高。因此,我们特别邀请过去一年中发表了ISSCC或JSSC的中国顶尖IC设计学者/工程师在论坛上做学术报告。希望ICAC华人芯片设计技术研讨会和中国的IC产业一起共同成长,广大IC领域的同行们积极参会。

2026年演讲嘉宾阵容

(排名不分先后,按姓氏拼音排序)

毕晓君,华中科技大学

报告题目:A 2×500Gb/s Monolithic Silicon-Photonic DWDM PAM-4 Transceiver in 45nm CMOS SOI


曹鹏,南京大学

报告题目:A Three-Mode Single-Inductor Four-Quadrant Converter Achieving 94.6% Peak Efficiency with Seamless Zero-Crossing


陈迟晓,复旦大学

报告题目:Scalable Compute-in/near-Memory Systems with 2.5D/3D/3.5D Integration


陈虹,清华大学

报告题目:ANP-OT: A 0.17nW/Synapse 0.46pJ/SOP Neuromorphic Olfactory Processor with On-Chip Transfer Learning for Non-Invasive Cross-Hospital Cross-Pulmonary-Disease Diagnosis


陈铭易,上海交通大学

报告题目:A 25.8% 3σ/μ-Accuracy, 0.12%/°C Temperature Drift Sigma-Delta Modulation Calibrated Pseudo-Resistor With GΩ to TΩ Tuning Range


陈文华,清华大学

报告题目:A 200-to-350GHz broadband SiGe BiCMOS Frequency Doubler with Slotline-Based Mode-Decoupling Harmonic-Tuning Technique


陈一鸣,清华大学

报告题目:Hybrid SRAM/ROM Compute-in-Memory Architecture for High Task-Level Energy Efficiency in Transformer Models With 8928-kb/mm² Density in 28nm CMOS


陈映平,复旦大学

报告题目:A Closed-Loop EMI Regulated GaN Power Converter with 500MHz-Sampling-Bandwidth In-Situ EMI Sensing and 9kHz-Resolution Global Excess-Spectrum Modulation


陈知行,澳门大学

报告题目:Reasons for "Not" Engaging in Analog-to-Digital Converter Research


陈卓俊,湖南大学

报告题目:A Potts Machine With Coefficient Reuse Strategy and Successive Boundary Approximation Annealing for Multi-State Combinatorial Optimization


成凯,中国科学院微电子研究所

报告题目:A 65nm 0.066pJ/bit Floating-Latch-Based True Random Number Generator Resilient to Power-Noise Injection Attacks


程伯骏,香港科技大学(广州)

报告题目:SpikeRAM: A 48.1pW/Synapse/Bit Event-driven Spiking Compute-Near/In-Memory Processor with Neuromorphic Sensor Enabling Life-Long On-Chip Learning


程林,中国科学技术大学

报告题目:A 100A LLC Resonant Converter with an Embedded Primary-Current-Extracted Regulator


崔楷,清华大学

报告题目:A Multi-Coil Scalable Energy-Shared Wireless Power Receiver Network for Distributed Time-Division-Multiplexing Somatosensory Cortex Stimulation


邓伟,清华大学

报告题目:多参考锁相环技术:理论与实现


董彦池,北京大学

报告题目:A Heterogeneous TinyML SoC With Systematic Minimum Energy Searching and Management for Keyword Spotting


窦春萌,中国科学院微电子研究所

报告题目:A 12nm 4Mb INT/FP4 Charge-Trap Transistor-Based Computing-in-Memory Macro Using Analog-Predict-Digital-Compute for AI Edge Devices


杜力,南京大学

报告题目:RAC-NAF: A Reconfigurable Analog Circuitry for Nonlinear Activation Function Computation in Computing-in-Memory


杜源,南京大学

报告题目:A 47.0Tb/s/mm 112Gb/s/pin PAM4 Single-Ended Transceiver Featuring 4-Aggressor Crosstalk Cancellation and Supply-Noise Tolerance for Short-Reach Memory Interfaces


封晓宇,清华大学

报告题目:A 1286fps 0.39mJ/Frame Modeling/Rendering Unified 3D GS Processor with Locality-Optimized Computation and Reconfigurable Architecture


冯立琛,西安电子科技大学

报告题目:A 28nm 106.85TOPS/W and 77.68TFLOPS/W CIM Macro with Stage-Wise-Enabled Lossless Compressors Based on Sign-Bit-Embedded Transition-Counting-Lines for Edge-AI Devices


耿新林,电子科技大学

报告题目:A 20GHz Frequency Synthesizer with Spur-Shaping Modulator Achieving 46.2fs Jitter and -76.5dBc Worst-Case Fractional Spur


顾鹏,东南大学

报告题目:K-/Ka-Band Down/Up Frequency Converter Chipsets for Phased Array SATCOM Ground Terminals


桂小琰,西安交通大学

报告题目:A 112-Gb/s PAM4 SBD Transceiver with Mismatch-Compensated 2xVDD Hybrid and Two-Step Echo Canceller


郭浩,香港城市大学

报告题目:A 436-to-472GHz 4-Element IF Beamforming Phased-Array Receiver in 65nm CMOS


郭建平,中山大学

报告题目:Piezoelectric Energy Harvesting: From MPP to MPPT


郭衍束,上海交通大学

报告题目:A 174/756-nW 6-Class Keyword Spotting ASIC With Delta/Successive-Approximation Dual-Mode Quantizer


过悦康,上海交通大学

报告题目:An Inherently Phase-Tunable Injection-Locked Ring Oscillator for High-Speed Communication Systems


洪志良,复旦大学(特邀大会报告)

报告题目:A 71.5-dB SNDR 475-MS/s Ringamp-Based Pipelined SAR ADC With On-Chip Bit-Weight Calibration


胡琛,南方科技大学

报告题目:A 2.5-5V Input 100V Output 86.2% Peak Efficiency Fibonacci-Dickson Hybrid Converter for Acoustic Surface Audio Driver


胡三明,东南大学

报告题目:A 140GHz Full-Duplex CMOS Transceiver with Metasurface-Integrated Self-Interference-Cancelling Antenna Supporting 16Gb/s 16QAM Dual-Mode Bidirectional Communication


胡诣哲,中国科学技术大学

报告题目:A PLL Technique: Charge-Steering Sampling


黄沫,澳门大学

报告题目:Maximum-360MHz Coupled-OSC-based Converters Achieving 89.5% Peak Efficiency


黄琪枫,华为香港研究所

报告题目:A 5-MS/s 16-bit Low-Noise and Low-Power Split Sampling SAR ADC With Eased Driving Burden


黄张成,复旦大学

报告题目:A 128×96 Multimodal Flash LiDAR SPAD Imager with Object Segmentation Latency of 18μs Based on Compute-Near-Sensor Ising Annealing Machine


黄智强,香港科技大学(广州)

报告题目:A 14GHz Ring-Based 3rd-Order Fractional-N PLL with 164fsrms Jitter and a 100MHz Reference


贾海昆,清华大学

报告题目:Exploring the Speed Limit of Planar CMOS Processes: A 240Gbps 0.7pJ/bit Analog Efficiency PAM4 Transmitter in 65n CMOS Process


贾弘洋,清华大学

报告题目:Enabling Energy-Efficient Homomorphic Encryption Evaluation via Programmable In-Situ Computing


贾天宇,北京大学

报告题目:Generative AI Accelerator Design for Visual Autoregressive Model


江晨,复旦大学

报告题目:THz-TSI: A 0.33pJ/b 264Gb/s Through-Silicon Interconnect Module for 3D Integration Utilizing Terahertz Coupling


江文宁,复旦大学

报告题目:A 16Gb/s/pin 0.51pJ/bit Single-Ended NRZ Transceiver with Distributed Dual-Loop VDDQ Ripple Compensation and Dynamic Clock Duty-Cycle Calibration for Memory Interfaces


姜俊敏,南方科技大学

报告题目:5-1V DLDO-SC-Σ Converter


揭路,清华大学

报告题目:The Renaissance of Common-Gate Amplifiers: A High-Linearity Resistive-Input Pipe-SAR ADC Enabled by Continuous-Time Floating Charge Transferrer


金锦,南京理工大学

报告题目:A +43.3-dBm IIP3, Low-Power Transimpedance Amplifier Employing a Switched-Capacitor Amplifier-Based Transition-Band Pole-Zero Doublets Compensation Technique


李海华,澳门大学

报告题目:A 0.6V 9.4μW 1,892μm2 Current-Pulse-Injection Crystal Oscillator Featuring Capacitively Biased Amplifier with 242.2dBc/Hz PN FoM @1kHz Offset


李浩然,澳门大学

报告题目:A Low-Jitter mm-Wave Fractional-N Sub-Sampling PLL Using a Polarity-Reversible SSPD for DTC Range Reduction


李家明,澳门大学

报告题目:A 0.4-V 32-kHz Pulse-Injection Temperature-Compensated Crystal Oscillator With Sub-Cycle CL Modulation and DLL-Reused Temperature Sensor


李嘉敏,南方科技大学

报告题目:A Patient-Independent Prototype-Based Spatio-Temporal CNN Processor with Forward-Inference-Based Adaptation for Robust and Low-Latency Seizure Detection


李连鸣,东南大学

报告题目:CMOS mm-Wave and THz Clock and System for Sensing and Communication


李潇然,北京理工大学

报告题目:A Multicore Programmable Variable-Precision Near-Memory Accelerator for CNN and Transformer Models


李学清,清华大学

报告题目:A 16-bit 10-GS/s DAC Achieving >67dBc SFDR and <-77dBc IM3 up to the Nyquist in 28nm CMOS


林龙扬,南方科技大学

报告题目:Collapsing the Vision Stack: Ultra-Efficient Analog Intelligence for Edge AI


刘波,东南大学

报告题目:A 51.6μJ/Token Subspace-Rotation-Based Dual-Quantized Large-Language-Model Accelerator with Fused Scale-Activation INT Datapath and Rearranged Bit-Slice LUT Computation


刘嘉豪,电子科技大学

报告题目:A High-Accuracy and Ultra-Energy-Efficient Cardiac Arrhythmia Classification Processor for Wearable Intelligent ECG Monitoring


刘寻,香港中文大学(深圳)

报告题目:120V/230V Non-Isolated AC-DC Converter with High Power Density for IoT Devices


刘彦,上海交通大学

报告题目:PWM-Based Impedance Boosting Technique With Autonomous Background Calibration for VCO-Based Neural Front Ends


楼立恒,中国科学技术大学

报告题目:A 128mW 2×4 Radar-on-Chip with Forward-ΔΣ DPLL-Locked Multi-Injection RTWO in 22nm CMOS Enabling ADC-Free Digitization and PS-Free Beamforming Demonstrated in In-Cabin Vital-Sign Monitoring


路延,清华大学

报告题目:An Inductor-at-Middle Hybrid Buck Converter with Shared Power-Signal Path for Distributed Vertical Power Delivery


罗豪,深圳市中兴微电子技术有限公司

报告题目:A 14b 20GS/s RF-Sampling DAC Achieving 70.4dBc IMD3 up to 8.9GHz


罗讯,深圳大学

报告题目:Digital-RF Transmitter for mm-Wave Application


罗宇轩,浙江大学

报告题目:Energy Efficient Sensor Interface for Digital Microphones


吕良剑,华东师范大学

报告题目:A 1ppm/°C and ±0.066% 3σ Accuracy Bandgap Reference with Temperature-Adaptive PTAT Scaling


孟凡易,天津大学

报告题目:Design Practices of 5G NR Millimeter-Wave LNA and 5G-Advanced/6G FR3-Band Power Amplifier


孟淼,同济大学

报告题目:PVT-Robust Wide-Band Backscatter Modulator for Ultra-Low Power IoTs


明鑫,电子科技大学

报告题目:A ±60mA-Inaccuracy Low-Side Average Current Sensor with Operating-Conditions-Insensitive Control Supporting 0.1-to-3A Load Range and Sub-100ns Sample Time for Automotive USB Charge Application


倪熔华,复旦大学

报告题目:A 21.6fsrms-Jitter, -260.7dB-FoM Fractional-N PLL Enabled by an Intrinsically Linear Variable-Slope SPD for Quantization Error Cancellation


聂凯明,天津大学

报告题目:A 140-dB Single-Exposure Wide-Dynamic-Range CMOS Image Sensor Combining LOFIC and Selective Overflow Technology


潘东方,中国科学技术大学

报告题目:A 24V-to-20V Isolated DC-DC Converter using a Transformer-Based Supply-Generating Technique


潘权,南方科技大学

报告题目:A 72Gb/s/pin Single-Ended Simultaneous Bi-Directional Transceiver with C-Peaking Leakage Cancellation and Dual-Loop Hybrid Impedance Calibration for Chiplet Interfaces


彭亚涛,澳门大学

报告题目:A 17.9-to-22.4GHz 195.6±1.3dBc/Hz FoM Quad-Core Class-F-1 VCO Featuring Improved Synchronization Using a Circular Pentafilar Transformer-Based Tank


亓庚浈,中山大学

报告题目:A Multi-Band RF Transmitter Employing a Transformer-Based N-Path Switched-Capacitor Modulator for CIM3 Suppression


祁亮,上海交通大学

报告题目:Time-Interleaved ΔΣ ADC for Broadband Wireless Applications


祁楠,中国科学院半导体研究所

报告题目:Monolithically Integrated DWDM Si-Photonic Transceiver for Chiplet Optical I/O


邱浩,南京大学

报告题目:A Galvanic Isolator Achieving 117-Mb /s Forward Data Transfer in the Presence of 181-kV/μs Common-Mode Transient Interference


屈万园,浙江大学

报告题目:A Compact 4Vin 93.4%-Peak-Efficiency 12A Load and 20mV Undershoot Resonant Sigma Converter with PCB-Embedded Converter-on-Substrate Packaging


任天令,清华大学(特邀大会报告)

报告题目:A Fully Flexible Compute-in-memory Chip for Edge Intelligence


阮家辉,澳门大学

报告题目:CNN Accelerator Featuring a Memory Stationary Dataflow


沈林晓,北京大学

报告题目:From Liability to Asset: Harnessing Comparator Resolution Time for Input Amplitude Estimation and Metastability Mitigation


石丹,广东工业大学

报告题目:A Wire-Metal-Based Temperature Sensor With a Fractional-Discharge FLL and V2T Converter Achieving 45-fJ·K2 R-FoM in 28-nm CMOS


司鑫,东南大学

报告题目:A 28nm 127.54TFLOPS/W MXFP6 and 117.42TFLOPS/W MXFP8 Compute-in-Memory Macro with Adaptive-Preserved-Bit-Width and Serial-Dual-Bit-Sliding Schemes


宋爽,浙江大学

报告题目:Energy Efficient Amplifier for Driving Large Capacitive Loads


孙楠,清华大学

报告题目:A Power-Efficient Jitter-Insensitive Wideband 1-bit CT ΔΣ ADC with Direct Charge Dump Feedback


唐大伟,东南大学

报告题目:Ultra-Broadband Self-Compensated Vector-Modulation Phase Shifter With Over 100-GHz Bandwidth


唐希源,北京大学

报告题目:High-Performance Time-Domain Capacitance-to-Digital Converters


唐中,西安电子科技大学

报告题目:Capacitively-Biased Diode Technique and Its Applications


王辉,上海交通大学

报告题目:BASS-PLL: A Bandwidth Augmented Sub-Sampling PLL Achieving A Wide Bandwidth Above 30% of the Reference Frequency and A Worst-Case FoMREF of -247.9 dB at 3 GHz with A Ring Oscillator


王晶,中国科学技术大学

报告题目:A Cryogenic Nano-Watt PVT-Insensitive CMOS Voltage Reference Operating From 4 to 300 K


王科平,天津大学

报告题目:Reflectionless Blocker-Tolerant Mixer-First Receivers for 5G-Advanced/6G FR3 Communications


王夏宇,西安电子科技大学

报告题目:A Multi-Event, 7.9-ps Resolution Time Amplification-Based TDC With an Ultra-Low Static Phase Error DLL Using Interpolator Recycling Technique for dToF Applications


王燕,清华大学

报告题目:A 14GHz Chopper-Refolding Sampling PLL Achieving 33.8fsrms and 80.8dBc Reference Spur with a kT/C-Noise-Cancellation SPD


王扬,清华大学

报告题目:A 28nm Speculative-Decoding LLM Processor Achieving 105-to-685μs/Token Latency for Billion-Parameter Models


王远飞,澳门大学

报告题目:A Battery Charger Based On Mesh-Connection 2×CF Continuously-Scalable-Conversion-Ratio Converter Achieving 3.2W/mm3 Power Density


王云,复旦大学

报告题目:Ultra-Wideband Miniaturized RF Amplifier Integrated Circuit Design


文进才,杭州电子科技大学

报告题目:A Compact 26/38GHz-Reconfigurable Dual-Band LNA Using Transformer-Based Pole-Zero-Inversion Image-Rejection Technique Achieving >39/41dB IRR for 5G Multi-Band Applications


冼世荣,澳门大学

报告题目:Continuous-Time Pipelined Delta-Sigma ADC With DAC Image Prefiltering


许灏,复旦大学

报告题目:Design of 25–31GHz Power Amplifier and True Power Detection in 40nm CMOS


杨秉正,深圳大学

报告题目:A 0.6-to-0.9GHz, 28.06dBm Pout, 43.73% SE, 6-Phase Switched-Capacitor Power Amplifier Using In-Cell Digital Waveform Synthesis for the 2nd-, 3rd-, and 4th-Harmonic Suppression


杨佳成,澳门大学

报告题目:A Multi-Phase Hybrid Converter with Q Samplers Enabling Simultaneous IL Auto-Balance and Arbitrary Phase Count


杨杰,西湖大学

报告题目:A 0.00022mm2/electrode 1024-Channel Sparsity-Aware Neural Interface with CIM-Based PredictiveFocused Sampling for Hotspot Spike Tracking


杨旭,中国科学院半导体研究所

报告题目:A 10 000-Inference/s Bio-Inspired Spiking Vision Chip Based on an End-to-End SNN Embedding Image Signal Enhancement


姚鹏,清华大学

报告题目:HYDAR: A 390K QPS, 1574K QPS/W Hybrid Analog/Digital Compute-in-RRAM Accelerator for Efficient Recommendation System


殷韵,复旦大学

报告题目:Wideband Digital RF Transmitter Design


尹首一,清华大学

报告题目:A 28nm 47.3TFLOPs/W 894mJ/inference Visual Autoregressive Accelerator with Differential-Amplifier Speculation and Chain-Reaction-like Parallel Generation


于锐,华为新加坡研究所

报告题目:A NearLink 2.0 Compliant Dual-Band RF Transceiver for Smart Wireless Personal Audio Applications


于维翰,澳门大学

报告题目:AFP-CIM: All-Inclusive Floating-Point With Segmented Compute-in-Memory Macro


余超,东南大学

报告题目:A 24-to-27.5GHz Self-Adaptive Load-Modulated Balanced Amplifier for Integrated Communication, Sensing and Power Transfer Scenarios


俞捷,香港科技大学

报告题目:A 56-Gb/s PAM-4 VCSEL Transmitter With Piecewise Compensation Scheme in 40-nm CMOS


岳金山,中国科学院微电子研究所

报告题目:A 28-nm Computing-in-Memory Processor With Zig-Zag Backbone-Systolic CIM and Block-/Self-Gating CAM for NN/Recommendation Applications


詹陈长,南方科技大学

报告题目:A Light-Load Optimized Dual-Output Fly-Buck Converter With an Implicit Feedback of the Isolated Output


张奥扬,清华大学

报告题目:SharpSAT: A Heuristic-Learning-Based SAT Accelerator Achieving 0.8μs/16.1μs Solution Time in SAT/UNSAT Cases


张川,东南大学/紫金山实验室

报告题目:BayesBB: A 9.6-Gb/s 1.61-ms Configurable All-Message-Passing Baseband-Accelerator for B5G/6G Cell-Free Massive-MIMO Systems


张德生,华中科技大学

报告题目:An Adaptive Three-Stage GaN Gate Driver With Peak Miller Plateau Voltage Tracking and Voltage Tailing Suppression for 36.4% Switching Loss Reduction


张锋,中国科学院微电子研究所

报告题目:A 28-nm 88.3-TFLOPS/W POSIT-Approximate-Calculation-Based Digital Computing-in-Memory Macro Incorporating Final-Cycle Fusion and Joint Skipping


张慧,北京航空航天大学

报告题目:A 1.6-to-3.8GHz Reconfigurable FMCW Radar SoC with 81.5% Relative-Bandwidth PLL for Real-Time Life Detection in Disaster Response


张钊,中国科学院半导体研究所

报告题目:Recent Research Progress on the PLL and CDR Forwireless/Wireline Communication


赵博,浙江大学

报告题目:A Battery-Free Wireless Electrochemical-Interface SoC Featuring 143dB Dynamic Range for Multimodal Wearables


赵健,上海交通大学

报告题目:Energy-Efficient and Environmentally Resilient Transceivers for Body Channel Communication


赵亮,浙江大学

报告题目:A 14.08-to-135.69Token/s ReRAM-on-Logic Stacked Outlier-Free Large-Language-Model Accelerator with Block-Clustered Weight-Compression and Adaptive Parallel-Speculative-Decoding


赵潇腾,西安电子科技大学

报告题目:Compatibility and Testability Techniques for High-Speed and High-Density Interfaces


赵元哲,澳门大学

报告题目:A Hierarchical-Hybrid Floating-Point Compute-in-Memory Macro Using FP-DAC and FP-ADC for Edge-AI Devices


郑旭强,中国科学院微电子研究所

报告题目:A 112-Gb/s PAM-4 Retimer Transceiver


仲易,清华大学

报告题目:A CMOS Hybrid Common-Gate Current-Integrating Sampler with >37dB SNDR Across 51GHz BW in a 128GS/s Front-End


周杰,深圳大学

报告题目:A 4.5-to-7.2GHz Beyond Rail-to-Rail Output SCPA with 27.9dBm Pout and 46.2% DE at 5.1GHz Using Periodic Voltage-Pacing Network


周培根,东南大学

报告题目:Integrated Transceiver Chip for Terahertz Communication and Sensing


周泽坤,电子科技大学

报告题目:A Condition-Insensitive Active SiC Gate Driver With On-Chip di/dt and dv/dt Sensing for Targeted Slew Rate Control


朱浩哲,复旦大学

报告题目:A 22-nm 109.3-to-249.5-TFLOPS/W Outlier-Aware Floating-Point SRAM Compute-in-Memory Macro for Large Language Models


朱建峰,清华大学

报告题目:A 28-nm 239-bp/μJ Agile Pangenome Analysis Accelerator for Multi-Scheme Read Mapping


宗志锐,香港科技大学(广州)

报告题目:Self-Interference Cancellation in Millimeter-Wave Automotive Radar Receivers


芯片设计培训班

(排名不分先后,按姓氏拼音排序)

杜思俊,代尔夫特理工大学

贾海昆,清华大学

贾天宇,北京大学

屈万园,浙江大学

沈林晓,北京大学

司 鑫,东南大学

Computation-in-Memory Circuits Design

Computation-in-memory (CIM) has emerged as the most promising solution to the memory wall bottlenecks. The training and inference of LLMs bring new challenges and requirements beyond conventional memory hierarchical structures. This tutorial will introduce the latest CIM solutions for CNNs and Transformers, including floating-point and hybrid CIM designs.

司鑫,东南大学 司鑫,东南大学副教授,博士生导师,国家级青年人才,至善青年学者,紫金青年学者。从事于存算一体AI芯片设计,累计发表集成电路领域高水平会议或期刊60余篇,包含17篇芯片奥林匹克会议论文ISSCC,11篇集成电路顶刊JSSC。主持多项国家省部级科研项目。目前担任电子器件奥林匹克会议IEDM,亚洲固态电路会议A-SSCC等国际会议TPC。

High Performance Discrete-time Amplifiers Utilizing Time-varying Settling Processes

As a key component of discrete-time ADCs, the discrete-time amplifier often serves as a pivotal determinant of the system's noise and power efficiency. The presentation will start with an overview of the trends and trade-offs associated with various amplifier configurations. It will particularly emphasize the evolution of traditional amplifier designs, where there has been an interesting shift towards leveraging multi-phase time-varying process. This shift aims to accelerate the settling and relax the stringent bandwidth demands. Subsequently, the talk will discuss some popular examples, including the latest developments in ring-amplifier technology and different variants of floating inverter amplifiers.

沈林晓,北京大学 沈林晓于2014年获得复旦大学微电子学院学士学位,2019年获美国德克萨斯大学奥斯汀分校电气与计算机工程博士学位。现任北京大学集成电路学院助理教授、博士生导师。研究方向涵盖高性能ADC、模拟/混合信号IC设计、智能传感器接口及成像系统,累积在国际顶级期刊与会议发表同行评审论文60余篇,其中包括20篇ISSCC和20篇JSSC论文。其学术贡献获得多项荣誉,包括2024年IEEE CICC杰出学生论文奖(通讯作者)、2023年IEEE ISSCC Anantha P. Chandrakasan杰出技术论文奖(通讯作者)、2018-2019年IEEE固态电路学会博士成就奖等。曾担任ACM/IEEE DAC技术委员会成员,IEEE TCAS-I副编辑、现担任ICAC Workshop TPC主席,并任职于IEEE CICC技术委员会。

IC Design Meets Piezoelectrics: Energy Harvesting and Resonator-Based DC/DC Converters

Piezoelectrics are increasingly used in integrated circuits both for kinetic energy harvesting and piezoelectric resonator-based DC/DC conversion, giving rise to two distinct yet closely related circuit design domains. This tutorial provides a circuit-design-oriented overview of ICs based on piezoelectric devices, covering key challenges and solutions in both piezoelectric energy-harvesting interfaces and piezoelectric resonator-based DC/DC power converters. The tutorial highlights representative circuit techniques and design trade-offs when interfacing piezoelectric devices with integrated circuits, illustrated through selected state-of-the-art examples. The goal is to provide practical insights that can guide IC design across a wide range of applications and operating conditions.

杜思俊,荷兰代尔夫特理工大学(TU Delft) 杜思俊,荷兰代尔夫特理工大学(TU Delft)微电子系副教授。英国剑桥大学(University of Cambridge)电子工程博士,美国加州大学伯克利分校(UC Berkeley)博士后。主要研究方向为高能效电源管理集成电路与系统,涵盖能量采集、无线能量传输以及高效率 DC/DC 功率变换器。现任 ISSCC、ESSERC 等国际会议技术程序委员会(TPC)委员。

Architecture and Design Methodology of Domain-Specific Accelerators

Domain-specific accelerator chips have become a significant trend in chip design in recent years. This report will present the cutting-edge development trends by analyzing ISSCC cases, such as near-memory/in-memory computing, Chiplet-based heterogeneous integration, and dedicated computing unit design. The report will also introduce the advancements from design methodology perspectives, covering technologies like agile design methodologies and AI-assisted automated design. The report will reveal that domain-specific chips are rapidly evolving towards a deep integration of "architectural specialization" and "design automation."

贾天宇,北京大学 贾天宇,北京大学集成电路学院助理教授/研究员、博雅青年学者,北京大学集成电路设计系副主任,多模态异构存算一体人工智能芯片北京市重点实验室副主任。美国西北大学博士,哈佛大学博士后,前卡耐基梅隆大学助理研究教授。研究兴趣为数字集成电路设计与AI芯片计算架构,在“芯片奥林匹克会议”ISSCC和芯片领域旗舰会议发表论文80余篇,入选国家级青年人才。

High-Speed SerDes Design

High-speed Serializer/Deserializer (SerDes) is a core enabling technology for high-bandwidth communication systems, with its rapid evolution from 200G to 400G posing numerous critical technical challenges. Key functions in high-speed data links, including data serialization/deserialization, clock data recovery (CDR), adaptive equalization, and noise suppression, directly rely on high-performance SerDes circuits. High-speed SerDes design is a cutting-edge topic in integrated circuit design, covering mixed-signal circuit implementation, digital signal processing algorithms, and system-level optimization. This tutorial will cover SerDes circuit design from basic concepts and design skills to the latest progress and innovations.

贾海昆,清华大学 贾海昆,清华大学集成电路学院副教授。主要研究方向为高速串行接口和硅基毫米波/太赫兹电路设计,包括:高速串行接口、D2D互连接口、毫米波相控阵、毫米波无线收发机、FMCW雷达等。作为负责人承担科技部重点研发计划、国家自然科学基金等科研项目。近五年发表学术期刊和国际学术会议论文100多篇,包括ISSCC、JSSC、TMTT、CICC等集成电路设计顶级学术会议与学术期刊。

Design and Research on DC-DC Converters for Computing Devices

With the rapid development of artificial intelligence technology, the computing power demands of various electronic devices have shown explosive growth. Against this backdrop, high-performance DC-DC converter chips have become the core equipment supporting the development of high-computing-power processors and large-scale data centers. This report will introduce typical DC-DC converter chip designs, summarize and analyze the technical characteristics of existing high-performance DC-DC converters, and analyze the mainstream technical trends in academia by combining current academic technical approaches, providing more technical references for relevant researchers.

屈万园,浙江大学 屈万园,浙江大学集成电路学院教授,博士生导师,国家级青年人才。博士毕业于韩国科学技术院,2008年至2017年就职于韩国LG公司从事集成电路研发工作,历任工程师、资深工程师、责任工程师;2017年起加入浙江大学并工作至今,长期从事数模混合集成电路设计相关研究工作,主要研究方向为面向三维异构集成的高密度电源管理芯片设计,包括混合电源拓扑的架构构建方法和优化理论、高动态电源环路的控制策略和驱动技术等。领导量产多款高性能电源管理芯片,发表国际固态电路会议及期刊JSSC论文多篇,担任多个IEEE高水平会议技术委员会成员。

会议组委会


荣誉主席

洪志良,复旦大学

麦沛然,澳门大学

大会主席

陈迟晓,复旦大学

孙楠,清华大学

李强,汉堡工业大学

技术委员会主席

路延,清华大学

刘勇攀,清华大学

赵涤燹,东南大学

贾海昆,清华大学

唐希源,北京大学

涂锋斌,香港科技大学

李家明,澳门大学

张奕涵,香港科技大学


10:00-20:00:会议签到及资料领取

08:30-21:00: 培训班,技术分论坛,赞助企业宣传&欢迎冷餐会,学生海报展示

08:30-17:30: 技术分论坛

08:30-17:30: 技术分论坛,学生海报颁奖

学生海报征集

为了进一步鼓励和加强芯片设计领域同学们之间的交流,除了学术主题演讲,ICAC 2026还设置了学生海报环节,并鼓励大家现场展示。会议期间将评选出最佳学生海报,并在大会上颁奖。参会海报环节的学生将获得绝佳的参会体验并将收获颇丰。

学生海报征集链接:https://iconf.young.ac.cn/iUs8S

学生海报模板链接:https://icacworkshop.cn/ICAC_2026_Poster_Template.pptx

重要日期:
海报申请提交截止日期:2026年2月10日
海报终版提交截止日期:2026年3月10日
学生海报环节举办日期:2026年3月25日
请点击下载学生海报CFP了解更多信息

会议注册

会议注册(早鸟)

(截止至2026年3月5日23:59)

  • 学生注册: 1400 RMB
  • 普通注册: 2400 RMB
  • 邀请报告人注册: 2000 RMB

会议注册(常规)

(2026年3月6日00:00起)

  • 学生注册: 1600 RMB
  • 普通注册: 2800 RMB
  • 邀请报告人注册: 2000 RMB

会议注册(现场)

(2026年3月24日00:00起)

  • 学生注册: 1800 RMB
  • 普通注册: 3000 RMB
  • 邀请报告人注册: 2000 RMB

芯片设计培训班报名

(有效期到2026年3月25日13:00)

  • 学生注册: 600 RMB/1场;1000 RMB/2场
  • 普通注册: 800 RMB/1场;1200 RMB/2场

注册须知:

  • 会议注册费用包含:培训班,欢迎招待会,企业宣讲会,海报交流,技术分论坛等所有会议活动权限。
  • 芯片设计培训班注册费仅包含:1场或2场指定场次参与权限,不包含会议其他活动权限。
  • 可点击上方按钮或右方链接进行注册:https://iconf.young.ac.cn/KI0sb
  • 注册成功即会收到相关确认信息,请点击此处下载会议通知,如您需要邀请信等,请发邮件至会务组:icacworkshop@126.com
  • 同单位多人参会,每四位同时注册,可免一位注册费,详情请参见注册链接。(注:现场注册不享受团体注册优惠)
  • 注册改退政策:

    本研讨会所有注册信息的更改、退款申请,均需以书面形式发送至会议官方邮箱icacworkshop@126.com提交申请,经会务组审核通过后方可生效,无书面申请的改退需求将不予受理。

    一、参会代表更改规则

    参会代表信息更改仅支持同一注册身份的人员替换,不同身份间的参会代表不可相互更改。

    所有参会代表更改申请,须在2026 年 3 月 20 日(含)前发送至官方邮箱,3 月 20 日之后将不再受理参会代表更改申请。

    二、退款规则

    退款申请按提交时间划分为以下三个阶段,各阶段退款标准如下:

    • 全额退款阶段:2026 年3 月 10 日(含)前提交退款申请,会务组审核通过后,将为申请人办理全额注册费退款。
    • 部分退款阶段:2026 年 3 月 10 日 - 3 月 20 日(含)提交退款申请,会务组审核通过后,将扣除注册费的 50%,为申请人办理剩余费用的退款。
    • 不予退款阶段:2026 年3 月 20 日之后提交的退款申请,会务组将不予受理,且不办理任何形式的退款。

    *退款需要承担10%的手续费

  • 主办单位与赞助支持


    主办单位

                        

                        


    承办单位

    华芯设集成电路技术中心



    钻石赞助

    联系我们

    会议秘书

    钟女士

    邮箱:icacworkshop@126.com

    电话: (86)18628263876