Fabric.AI plans to demonstrate MicroLED optical interconnection platform by the end of 2026

Recently, Fabric.AI, an American artificial intelligence infrastructure company, announced that it will demonstrate its flagship Micro LED optical interconnect platform by the end of 2026.

Fabric.AI is developing a set of fabless semiconductor technologies for next-generation AI data centers. Its core product Neural I/o is an optical interconnect platform based on Micro LED, jointly developed by Fabric.AI and micro-display company Kopin. The platform is designed to solve increasingly prominent bottlenecks in AI infrastructure, including data transmission efficiency issues between GPUs, accelerators, storage systems and servers within the data center.

It is reported that in April this year, Fabric.AI and Kopin reached a strategic cooperation agreement to jointly develop optical interconnect solutions based on Micro LED technology. Fabric.AI has paid Kopin a purchase order of US$15 million (approximately 108.6 million yuan) specifically to support the research and development of the demonstration chipset.

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In addition to demonstrating Micro LED optical interconnection technology at the end of the year, Fabric.AI also announced that the company has signed confidentiality agreements with two leading chip manufacturers, and the two parties will discuss the potential application and integration of Neural I/o in next-generation AI systems.

At the technical level, Fabric.AI believes that the optical interconnect architecture based on Micro LED has significant advantages over traditional copper wire and laser solutions, including lower power consumption and latency, better heat dissipation efficiency, higher integration density, and stronger scalability in ultra-large-scale AI environments.

As the scale of AI models continues to grow exponentially, communication interconnection and network performance have become key factors restricting the development of AI systems. NVIDIA founder and CEO Jensen Huang has repeatedly emphasized that the network is an indispensable infrastructure for AI factories. Data centers have become new computing units, and interconnection efficiency directly affects the productivity and economic benefits of AI.

Josh Silverman, CEO of Fabric.AI, said that AI is driving one of the largest waves of infrastructure construction in modern history, and communications interconnect technology is at the heart of this expansion.

Josh Silverman pointed out that the determinant of AI performance is no longer simply computing power, but the efficiency of data flow throughout the system. He also said that the company estimates that the annual size of the next-generation AI communication interconnection market may eventually exceed US$100 billion, and that Neural I/o aims to become a basic technology platform in the AI ​​factory era.

Neural I/o is the first product in Fabric.AI's macro-strategic layout. The company's overall direction is to build key semiconductor enabling technologies for AI factories, that is, to create new smart data centers optimized for large-scale smart production. (Compiled by LEDinside)

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