Overcoming Challenges of Co-integrated Optics to Advance Accelerated Computing NVIDIA researchers Nandish Mehta and Ben Lee published a paper on March 20, 2025, in Proc. SPIE 13372, Optical Interconnects and Packaging 2025, detailing methods to overcome challenges in co-integrated optics for accelerated computing. The work addresses key technical hurdles in integrating optical interconnects with electronic chips to improve data transfer speeds and energy efficiency in high-performance computing systems. Research Labs All Research Labs Spatial Intelligence Applied Research Autonomous Vehicles Deep Imagination Publications AI Playground New and Featured AI Art Gallery NGC Demos Research Areas AI & Machine Learning 3D Deep Learning Computer Vision Robotics All Areas Careers Academic Collaborations Government Collaborations Graduate Fellowship Internships Research Openings Research Scientists Meet the Team Licensing Skip to main content Artificial Intelligence Computing Leadership from NVIDIA Login Research Labs All Research Labs Spatial Intelligence Applied Research Autonomous Vehicles Deep Imagination Publications AI Playground New and Featured AI Art Gallery NGC Demos Research Areas AI & Machine Learning 3D Deep Learning Computer Vision Robotics All Areas Careers Academic Collaborations Government Collaborations Graduate Fellowship Internships Research Openings Research Scientists Meet the Team Licensing Search Search Enter the terms you wish to search for. Publications Overcoming Challenges of Co-integrated Optics to Advance Accelerated Computing Overcoming Challenges of Co-integrated Optics to Advance Accelerated Computing Authors Nandish Mehta Ben Lee Publication Date Thursday, March 20, 2025 Published in Proc. SPIE 13372, Optical Interconnects and Packaging 2025, 1337202 Research Area Circuits and VLSI Design