Molex Accelerates AI Cluster Deployment with One-Stop Optical Interconnect Architecture and New High-Radix Optical Circuit Switch Platform
Molex announced an expanded CPO toolkit and a high-radix Optical Circuit Switch (OCS) platform to solve AI data center scaling bottlenecks, reducing deployment time by 85%.
📋 Article Processing Timeline
- 📰 Published: April 14, 2026 at 02:50
- 🔍 Collected: April 13, 2026 at 18:31
- 🤖 AI Analyzed: April 19, 2026 at 19:27 (144h 55m after Collected)
· The combination of Molex's VersaBeam EBO backplane connector and Teramount's TeraVERSE detachable fiber connector improves serviceability and reduces deployment time by 85%.
· An expanded CPO toolkit featuring Versatile Format Interconnect and External Laser Small Form Factor Pluggable increases density by 50% and reduces system power consumption.
· Molex's high-radix Optical Circuit Switch platform improves GPU cluster scalability and efficiency by enabling large-scale, reconfigurable optical connectivity with minimal network overhead.
Lisle, Illinois – April 13, 2026 – Molex, a global electronics leader and connectivity innovator, announced a robust product roadmap providing the entire technology stack needed to meet the massive scaling requirements of hyperscale data centers. Molex has expanded its co-packaged optics (CPO) interconnect toolkit designed to eliminate the most critical bottlenecks in scaling AI clusters. Furthermore, Molex unveiled a high-radix Optical Circuit Switch (OCS) platform that provides a comprehensive optical switching fabric to meet new data requirements. By delivering flexible, high-density optical switching, AI infrastructure operators can dynamically reconfigure network topologies and maximize the utilization of valuable computing resources.
'From large-scale model training to real-time inference, the rapid development of artificial intelligence places unprecedented demands on data center networks,' said Peter Lee, Vice President and General Manager of Molex's Optical Solutions Business Unit. 'Our goal is to provide comprehensive and differentiated optical solutions that underpin next-generation AI infrastructure. This will deliver enhanced scalability, improved operational efficiency, and significant energy efficiency gains as data center network demands continue to accelerate.'
Maximizing Scale-Up Density
Building on the success of its award-winning VersaBeam EBO interconnect solution, Molex developed the VersaBeam EBO backplane connector. This solution integrates up to 192 fibers into a single, compact interface. By migrating connectivity to a pre-configured optical backplane, this new product enables 'blind' mating of cards and trays to form high-volume optical connections, while utilizing Expanded Beam Optics (EBO) technology to reduce sensitivity to dust and foreign objects. Consequently, the need for cleaning, inspection, and maintenance is significantly reduced, cutting deployment time by up to 85%.
Further performance enhancements can be achieved by combining the high-capacity transmission of the Molex VersaBeam EBO backplane connector with Teramount's TeraVERSE® detachable fiber connectivity products. Molex is collaborating with Teramount to commercialize the highly innovative TeraVERSE detachable and serviceable fiber-to-chip interface. Combining these solutions enables continuous, high-performance optical paths and allows for a modular 'swappable' architecture. This minimizes damage to delicate fiber interfaces and reduces the need for optical technology experts on-site.
'This collaboration is a game-changer for the industry,' said Hesham Taha, CEO and Co-founder of Teramount. 'By combining Molex's proven interconnect expertise with Teramount's groundbreaking detachable fiber and optical coupling connectivity technologies, hyperscalers can accelerate the deployment of flexible, high-performance optical solutions.'
Meeting the Demands of Next-Generation Architectures
As part of a one-stop solution to meet the growing need for bandwidth, power optimization, and thermal efficiency, the Molex CPO toolkit includes the Versatile Format Interconnect (VFI) optical backplane system and External Laser Small Form Factor Pluggable (ELSFP).
· An expanded CPO toolkit featuring Versatile Format Interconnect and External Laser Small Form Factor Pluggable increases density by 50% and reduces system power consumption.
· Molex's high-radix Optical Circuit Switch platform improves GPU cluster scalability and efficiency by enabling large-scale, reconfigurable optical connectivity with minimal network overhead.
Lisle, Illinois – April 13, 2026 – Molex, a global electronics leader and connectivity innovator, announced a robust product roadmap providing the entire technology stack needed to meet the massive scaling requirements of hyperscale data centers. Molex has expanded its co-packaged optics (CPO) interconnect toolkit designed to eliminate the most critical bottlenecks in scaling AI clusters. Furthermore, Molex unveiled a high-radix Optical Circuit Switch (OCS) platform that provides a comprehensive optical switching fabric to meet new data requirements. By delivering flexible, high-density optical switching, AI infrastructure operators can dynamically reconfigure network topologies and maximize the utilization of valuable computing resources.
'From large-scale model training to real-time inference, the rapid development of artificial intelligence places unprecedented demands on data center networks,' said Peter Lee, Vice President and General Manager of Molex's Optical Solutions Business Unit. 'Our goal is to provide comprehensive and differentiated optical solutions that underpin next-generation AI infrastructure. This will deliver enhanced scalability, improved operational efficiency, and significant energy efficiency gains as data center network demands continue to accelerate.'
Maximizing Scale-Up Density
Building on the success of its award-winning VersaBeam EBO interconnect solution, Molex developed the VersaBeam EBO backplane connector. This solution integrates up to 192 fibers into a single, compact interface. By migrating connectivity to a pre-configured optical backplane, this new product enables 'blind' mating of cards and trays to form high-volume optical connections, while utilizing Expanded Beam Optics (EBO) technology to reduce sensitivity to dust and foreign objects. Consequently, the need for cleaning, inspection, and maintenance is significantly reduced, cutting deployment time by up to 85%.
Further performance enhancements can be achieved by combining the high-capacity transmission of the Molex VersaBeam EBO backplane connector with Teramount's TeraVERSE® detachable fiber connectivity products. Molex is collaborating with Teramount to commercialize the highly innovative TeraVERSE detachable and serviceable fiber-to-chip interface. Combining these solutions enables continuous, high-performance optical paths and allows for a modular 'swappable' architecture. This minimizes damage to delicate fiber interfaces and reduces the need for optical technology experts on-site.
'This collaboration is a game-changer for the industry,' said Hesham Taha, CEO and Co-founder of Teramount. 'By combining Molex's proven interconnect expertise with Teramount's groundbreaking detachable fiber and optical coupling connectivity technologies, hyperscalers can accelerate the deployment of flexible, high-performance optical solutions.'
Meeting the Demands of Next-Generation Architectures
As part of a one-stop solution to meet the growing need for bandwidth, power optimization, and thermal efficiency, the Molex CPO toolkit includes the Versatile Format Interconnect (VFI) optical backplane system and External Laser Small Form Factor Pluggable (ELSFP).