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IEDM2024|Memory Needs and Solutions for AI and High-Performance Computing
Introduction With the rapid development of artificial intelligence (AI) and high-performance computing (HPC) technologies, the demands on...

Latitude Design Systems
4 days ago3 min read


IEDM2024|The Development and Future of MEMS Technology
Introduction The micro-electro-mechanical systems (MEMS) industry is experiencing significant growth and transformation, driven by...

Latitude Design Systems
6 days ago2 min read


IEDM2024|Research Progress on III-V Materials for RF Devices
Introduction III-V materials (particularly InGaAs and InAs) possess unique material properties that enable a wide range of applications...

Latitude Design Systems
Apr 253 min read


IEDM2024|Comprehensive Optimization of GPU AI Chips
Introduction In recent years, the development of GPU-based artificial intelligence (AI) computing has progressed at a pace far exceeding...

Latitude Design Systems
Apr 233 min read


IEDM2024|Development of GaN Power Device Technology
Introduction Gallium nitride (GaN) power devices are transforming the power electronics industry by significantly improving the...

Latitude Design Systems
Apr 224 min read


IEDM2024|EDA Support for Scalable Disaggregated Systems
Introduction In the rapid evolution of semiconductor design, electronic design automation (EDA) plays a central role in enabling the...

Latitude Design Systems
Apr 213 min read


IEDM2024|Analysis of Development Delays and Market Drivers for Co-Packaged Optics (CPO)
Current Market Landscape Despite the technical advantages of co-packaged optics (CPO), deployment still faces a variety of challenges....

Latitude Design Systems
Apr 174 min read


IEDM2024|CPO Interfaces and First Implementations – The Evolution from Concept to Reality
Introduction to Early Implementations The development of co-packaged optics (CPO) represents a significant milestone in computing system...

Latitude Design Systems
Apr 154 min read


IEDM2024|CMOS-Integrated Subtractive Microfluidics as a Novel Lab-on-Chip Platform
Introduction Subtractive microfluidics fabricates fluidic channels by selectively removing metal layers from CMOS chips, tightly...

Latitude Design Systems
Apr 143 min read
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