NVISION Joins ODCC, Collaborating with Industry Leaders to Build a New Chapter for Open Data Centers.

NVISION (Shanghai) Technology Co., Ltd. is an innovative enterprise specializing in optoelectronic fusion technology, dedicated to providing advanced silicon photonics interconnect solutions for global data centers, artificial intelligence, and high-performance computing fields.

The company's core platform is heterogeneous integration technology. Through wafer-level hybrid integration processes (compound optical devices + silicon photonics + CMOS driver chips), it achieves deep integration of optoelectronic chips. This technological approach breaks through the performance bottlenecks of traditional discrete devices, bringing high-bandwidth, low-latency, and low-power optical interconnect foundations to next-generation data centers.




Core Product and Technology Portfolio



01 "Lighthop" PCIe AOC Optical Cable:


Featuring a low-power design, it addresses the challenges of high-bandwidth, long-distance interconnection between GPU clusters in AI computing, providing a high-performance connectivity foundation for resource pooling. Concurrently, an Ethernet-based short-reach optical interconnect engine is also under development to solve the bandwidth and power consumption bottlenecks in scale-up optical interconnects.





02 NPO / CPO / OIO (Near-Package Optics / Co-Packaged Optics / Optical I/O Chip):


Focusing on next-generation silicon photonics technology, this portfolio provides high-density, low-cost optical engine solutions for AI data centers through optoelectronic co-design, aiming to break through the interconnect bandwidth limitations of computing clusters.





03 Advanced Technology R&D:


Continuous investment is being made in areas such as single-wavelength 400G modulators, 6.4T CPO silicon photonics, and pluggable optical ports, building a productization system that "pre-researches one generation and develops the next."


NVISION redefines the "Moore's Law" of optical interconnection with "Optoelectronic Fusion," driving silicon photonics technology from the laboratory to large-scale application. Founded in March 2025, the company has rapidly progressed from technology R&D to product launch and is now collaborating with industry partners to build a new optical interconnect ecosystem for the era of intelligent computing power.

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