共封装光学（CPO）测试难题：成本瓶颈与制造良率的产业破局之路
随着人工智能与超大规模数据中心对数据传输带宽需求的指数级增长，共封装光学（CPO）技术已成为突破电互连瓶颈的关键路径。然而，作为一名半导体行业分析师，我认为目前制约CPO大规模商业化落地的核心痛点已从技术验证转向了生产端的测试成本与良率控制。在传统的电子封装中，测试流程相对成熟，但CPO将光子集成电路（PIC）与电芯片（ASIC）集成在同一基板上，这种异构集成引入了极其复杂的测试挑战。 首先，从
EXPLORE NOWThe Scaling Bottleneck: Bridging the Gap in Silicon Photonics Mass Production
The transition from traditional electronic integrated circuits (ICs) to silicon photonics represents a paradigm shift in data transmission architecture, particularly as high-performance computing (HPC
EXPLORE NOWThe Era of Large-Format Photomasks: Scaling the Reticle Limit for the AI Compute Age
The semiconductor industry is rapidly approaching a fundamental physical bottleneck: the reticle size limit. As the demand for high-performance computing (HPC) and artificial intelligence (AI) chips g
EXPLORE NOWBreaking the Thermal Ceiling: Imec’s Vertical DRAM Stacking Rewrites the GPU Performance Roadmap
The semiconductor industry is currently confronting a hard physical wall: the thermal envelope of high-performance computing (HPC) processors. As AI models scale, the demand for memory bandwidth has n
EXPLORE NOWTechnical Alternates & Advisories
Direct Manufacturer Crosses & Product Replacement Insights
Which industries have benefited from AI infrastructure?
With the rapid development of artificial intelligence technology, global AI competition has gradually extended from simply competing for chip computin...
What changes will AI bring to the chip industry?
This picture is divided into a total of 2500 grids. The gray ones are not used by AI at all, the green ones are free, the yellow ones are paid, and th...
Beyond the "2-Year Date Code": What's Happening to Semiconductor Chip Performance?
Date Code (DC) originated in the 1960s to prevent moisture absorption and whisker growth risks in early processes. However, under the pressure of mode...
Market Intelligence
Deep Dive Into Global Semiconductor Trends
共封装光学（CPO）测试难题：成本瓶颈与制造良率的产业破局之路
随着人工智能与超大规模数据中心对数据传输带宽需求的指数级增长，共封装光学（CPO）技术已成为突破电互连瓶颈的关键路径。然而，作为一名半导体行业分析师，我认为目前制约CPO大规模商业化落地的核心痛点已从技术验证转向了生产端的测试成本与良率控制。在传统的电子封装中，测试流程相对成熟，但CPO将光子集成电路（PIC）与电芯片（ASIC）集成在同一基板上，这种异构集成引入了极其复杂的测试挑战。 首先，从
The Scaling Bottleneck: Bridging the Gap in Silicon Photonics Mass Production
The transition from traditional electronic integrated circuits (ICs) to silicon photonics represents a paradigm shift in data transmission architecture, particularly as high-performance computing (HPC
The Era of Large-Format Photomasks: Scaling the Reticle Limit for the AI Compute Age
The semiconductor industry is rapidly approaching a fundamental physical bottleneck: the reticle size limit. As the demand for high-performance computing (HPC) and artificial intelligence (AI) chips g
Breaking the Thermal Ceiling: Imec’s Vertical DRAM Stacking Rewrites the GPU Performance Roadmap
The semiconductor industry is currently confronting a hard physical wall: the thermal envelope of high-performance computing (HPC) processors. As AI models scale, the demand for memory bandwidth has n
