OIO is a chiplet-based optical interconnect solution integrated in the same package as the compute chips (CPUs, GPUs, XPUs), and designed to enable seamless communication among them in a distributed compute system (across boards, racks and compute rows) at the bandwidth density . OIO is a chiplet-based optical interconnect solution integrated in the same package as the compute chips (CPUs, GPUs, XPUs), and designed to enable seamless communication among them in a distributed compute system (across boards, racks and compute rows) at the bandwidth density . The latest development in the optoelectronic industry — a series of emerging Optical Input & Output (OIO) technologies — may offer a way to overcome these problems. These technologies use high-bandwidth and high-density optical interfaces to address the I/O interface interconnection challenge of. Imec's pre-competitive research program unites material and tool suppliers, foundries, IDMs, OSATs, fabless and system companies in the exploration of future optical interconnect technologies. Optical links provide increased bandwidths, longer reaches, and lower latencies compared to electrical. On February 17, 2022 (EST), the Global Advanced Optoelectronic Technology Webinar was successfully co-hosted by the International Photonics & Electronics Committee (IPEC), China International Optoelectronic Exposition (CIOE), and European Photonics Industry Consortium (EPIC). The webinar was themed. 3*13 Lens Array with Alignment Slot developed by SUNA-opto is a high-precision micro lens array product for OIO Application. Prepared by wafer-level lithography process, it features ±1% ROC uniformity within the array, ±0. 3um pitch accuracy, and supports customized spherical/aspherical surfaces and. Ayar Labs' optical engines eliminate data transfer bottlenecks caused by copper interconnects. By enabling compute nodes to efficiently function as a single, giant GPU, optical I/O technology powers today's AI workloads—and tomorrow's.