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PlayNitride and Brillink Collaborate for Photonic Interconnect Advancement

In a significant move aimed at revolutionizing the optical interconnect industry, PlayNitride, a recognized leader in MicroLED technology, has announced a strategic collaboration with Brillink. This partnership is set to focus on the development of a next-generation, array-based photonic interconnect solution. Designed specifically to meet the demands of high-performance computing (HPC) and artificial intelligence (AI) systems, the new solution promises to deliver longer reach, lower power consumption, and superior bandwidth density.

Innovative Contributions from PlayNitride

As part of this collaboration, PlayNitride will leverage its expertise in high-efficiency green MicroLED emitters. These green emitters are designed to offer significant advantages over traditional blue MicroLEDs, which experience higher optical loss and chromatic dispersion when transmitted through standard optical fibers. By utilizing green emitters, the collaboration aims to establish a more efficient platform specifically tailored for short-reach interconnect applications.

Brillink's Advanced Technologies

On the other hand, Brillink benefits from the integration of PlayNitride's green MicroLEDs with its ultra-sensitive GeSi APD array. Supported by industry-leading semiconductor and photonics firms like Alchip and Artilux, Brillink is poised to enhance the accuracy of array alignment and improve manufacturability through its proprietary meta-optics and 2D Array Vertical Coupling (2D-AVC) platform. By doing so, the collaboration can drastically reduce the power required to close communication links, allowing for higher data rates while minimizing the number of channels needed. This capacity will consequently lead to an increase in bandwidth density, simplified architecture, and reduced overall system costs.

Overcoming Industry Challenges

The combined advantages of PlayNitride's innovative green-emitter technology and Brillink's advanced coupling architecture open new possibilities for energy-efficient, high-performance interconnects. These solutions are particularly important as the industry pivots towards accommodating the increasing workloads driven by next-generation AI technologies and HPC systems.

Additionally, Brillink has committed to enhancing its efforts to boost power efficiency and manufacturability in optical input/output solutions, establishing a firm foundation for achieving peak performance in short-reach applications while keeping reach under 50 meters. Another critical objective set forth by this collaboration is to minimize link power to under 1 picojoule per bit, a feat that would be integral to the future of data centers and AI infrastructure.

Conclusion

The PlayNitride and Brillink alliance is not just a step forward in technology; it represents a strategic move to redefine cost efficiencies and performance standards in the semiconductor and optics industries. By focusing on the next generation of AI accelerators and HPC systems, the collaboration aims to support large-scale computing infrastructures that require high-density data transfer capabilities. Both companies are optimistic that their joint efforts will lead to significant advancements in the developing field of photonic interconnects, ultimately pushing the envelope on what is possible in high-performance computing and beyond.

About PlayNitride

Founded in 2014, PlayNitride has emerged as a trailblazer in the MicroLED sector. The company focuses on innovative semiconductor solutions, aiming to create transformative technologies that change the landscape of the industry.

About Brillink

Established in 2025, Brillink specializes in providing AI-driven optical solutions and boasts end-to-end capabilities from design to implementation, ensuring a seamless integration of technologies that enhance the AI infrastructure of tomorrow.