Photonics– category –
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TSMC Unveils Next-Gen ‘COUPE’ Silicon Photonics Platform for AI Optical Interconnect, Targeting 1.6 Tb/s Optical Engines by 2026
Tech Investments Taiwan Overview TSMC has announced 'COUPE,' a silicon photonics platform for co-packaged optics (CPO) in the AI era. COUPE innovatively stacks two dies—a photonic IC and an electronic IC—using SoIC bonding, placing the o... -
YieldWerx Analyzes 2026 Photonics & Optical I/O Trends: In-Package Optical I/O Becomes Essential for AI Workloads
yieldWerx USA Overview YieldWerx has released an analysis of key trends and challenges in photonics and optical I/O for 2026, highlighting that optical interconnects are undergoing a dramatic shift from system-to-system to in-package com... -
Lightmatter’s Photonic Processor Achieves ~10x AI Workload Speedup and 3.5-5x Power Efficiency Over GPUs
Daily Maverick USA Overview Lightmatter's photonic processor has demonstrated the ability to execute AI workloads approximately 10 times faster than traditional GPUs, while also improving power efficiency by 3.5 to 5 times. This achievem... -
Hesai Unveils ‘Kosmo Spatial Intelligence Platform’ at WAIC 2026, Integrating 3D Perception with Full-Color Sensing
Hesai Technology China Overview Hesai showcased its Kosmo spatial intelligence platform and robotic LiDAR at WAIC 2026, emphasizing its Physical AI vision. The Kosmo platform combines LiDAR-based 3D perception, full-color sensing, and sp... -
STMicroelectronics Launches 300mm Wafer Production of PIC100 Silicon Photonics for AI Data Centers
EE Times International Overview STMicroelectronics has begun mass production of its PIC100 silicon photonics platform on 300mm wafers to meet the escalating demands of AI data centers. This platform integrates BiCMOS for laser drivers wi... -
Ultrathin Metasurface Achieves Record-Breaking 74-Femtosecond Light Manipulation, Revolutionizing Optical Computing and Quantum Tech
Ynet News Israel Overview An international research team, led by Tel Aviv University, has achieved a new world record in optical control by demonstrating an ultrathin metasurface capable of manipulating light in an astonishing 74 femtose... -
Seoul University Team Develops Programmable Photonic Chip to Control Light Speed On-Demand, Enhancing Optical Computing
ScienceDaily South Korea Overview Researchers from Seoul National University and University of Seoul have developed a groundbreaking programmable photonic integrated circuit (PIC) capable of controlling light propagation speed on demand.... -
Tower Semiconductor Invests $3 Billion in Japan with METI Support, Reviving Fab for 300mm Silicon Photonics Manufacturing
Tom's Hardware Japan Overview Tower Semiconductor has announced a $3 billion investment, backed by Japan's Ministry of Economy, Trade and Industry (METI), to expand its semiconductor operations in Japan, focusing on 300mm silicon photoni... -
MIT Develops Novel Solid-State LiDAR Chip with Wider Field of View, Potentially Revolutionizing Autonomous Vehicles
ScienceDaily USA Overview MIT researchers have developed a new silicon photonics LiDAR chip that provides a wider and clearer field of view without any moving parts. This innovative design achieves minimal crosstalk by closely integratin... -
SILITH Technology Receives First Mass-Produced Silicon Photonics Wafers from UMC’s Singapore 12-inch Fab
Semiconductor Today Singapore Overview SILITH Technology, a Singaporean fabless silicon photonics company, has received its first mass-produced photonic IC wafers from UMC's 12-inch fab in Singapore. This collaboration aims to scale up n...
