Mojo Vision has secured a $17.5 million strategic investment from Future Ventures, the venture capital firm co-founded by Steve Jurvetson. The funding follows a $75 million financing round last August and will accelerate commercialisation of the company's micro-LED platform for AI infrastructure. The Cupertino-based company is developing optical interconnect technology using micro-LED arrays to address bandwidth density and power efficiency bottlenecks in AI data centres. Its platform enables thousands of optical channels operating in parallel, delivering higher bandwidth density whilst reducing energy consumption per bit. The investment supports Mojo Vision's recently announced collaboration with Marvell to develop high-density micro-LED connectivity solutions. The technology targets terrestrial data centres and emerging architectures including distributed and orbital computing infrastructure, where power efficiency and scalability are critical.

Marvell and Mojo Vision partner on Micro-LED optical interconnects. Marvell Technology and Mojo Vision announced a long-term collaboration to develop micro-LED-based optical interconnects aimed at next-generation AI data center infrastructure. The effort targets short-reach connectivity between accelerators, memory pools, and other components in large-scale AI clusters, where system architects are seeking higher bandwidth density, lower power consumption, and reduced latency. The joint development program combines Mojo Vision's micro-LED platform with Marvell's connectivity technologies, including high-speed SerDes and integrated electrical circuitry. According to the companies, the architecture integrates micro-LED emitters, photodetectors, multicore fiber bundles, and software-defined alignment to move terabits of data per millimeter at very low power and latency over short distances. The companies said development of the technology has been underway for more than a year and will support multiple form factors for hyperscale and cloud data center deployments. Marvell said it also served as the largest investor in Mojo Vision's 2025 Series B Prime financing as part of a multi-generational agreement to co-develop the technology. Micro-LED optical interconnects are emerging as one approach to address the growing I/O bottleneck inside AI systems, where traditional pluggable optics and copper links face constraints as AI clusters scale to thousands of XPUs. * Marvell and Mojo Vision announced a collaboration to develop micro-LED optical interconnects for AI data centers * The architecture combines micro-LED emitters, photodetectors, multicore fiber bundles, and software-defined alignment * The design aims to deliver terabits of bandwidth per millimeter with low power consumption and latency * Development has been underway for more than a year and targets hyperscale and cloud AI infrastructure * Marvell served as the largest investor in Mojo Vision's 2025 Series B Prime financing "Micro-LED technology represents an important technology capability for high-performance data center connectivity applications," said Xi Wang, senior vice president and general manager of the Connectivity Business Unit at Marvell. Analysis: Micro-LED optical I/O is gaining attention as AI infrastructure pushes beyond the limits of traditional copper interconnects and conventional pluggable optics. Companies including Ayar Labs, Lightmatter, and others are exploring alternative optical architectures - such as co-packaged optics, photonic chiplets, and massively parallel optical links - to address bandwidth density and energy efficiency inside large-scale AI clusters.

Marvell Technology and Mojo Vision have announced a long-term collaboration to develop micro-LED-based optical interconnect solutions for AI data centres. Marvell served as the largest investor in Mojo Vision's 2025 Series B Prime financing and entered a multi-generational development agreement. The partnership aims to address growing AI workload demands that are stretching traditional data centre infrastructure limits. The micro-LED technology enables thousands of optical lanes in a tiny footprint, delivering significant bandwidth gains whilst reducing energy consumption per bit. The co-developed optical interconnects integrate electrical and optical components into a single architecture, moving terabits of data per millimetre at ultra-low power and low latency. Development has been ongoing for over a year, with products targeting hyperscale and cloud data centre customers across various AI interconnect applications.