#USA #San Francisco #Eoptolink #LRO #Optical Transceivers

Eoptolink's Showcasing of 1.6T LRO Modules at OFC 2025

At the Optical Fiber Communication Conference (OFC) 2025, Eoptolink Technology Inc., Ltd. made a significant mark by showcasing its advanced 1.6T Linear Receive Optics (LRO) transceivers. This innovative technology operates at a remarkable speed of 212 Gb/s per wavelength, setting a new benchmark in the optical transceiver domain.

Understanding LRO Technology

The LRO transceivers combine unique features of Linear Pluggable Optics (LPO) and traditional retimed optics. The LRO technology utilizes retimers on the transmitting end and linear receivers on the receiving side, allowing for a significant reduction in the number of components required. This optimization leads to about a 30% decrease in power consumption compared to other approaches, which is critical for data centers aiming to enhance performance while minimizing energy costs.

Dirk Lutz, a Distinguished Engineer at Eoptolink, explained, “LRO serves as a balanced approach that merges the best aspects of various optical technologies. By complying with TP2 and TP3 optical standards and lowering power consumption, we offer undeniable benefits to both system vendors and end-users.” Lutz emphasized that the capability to simplify thermal design not only enhances overall system efficiency but also accelerates qualification and testing processes. Furthermore, the LRO modules ensure enhanced interoperability with legacy optics systems, making upgrades smoother for existing infrastructures.

Live Demonstrations at OFC 2025

Eoptolink's booth (#2943) at OFC 2025 drew attention with live demonstrations of their optical transceiver solutions. Visitors experienced a firsthand look at the 1.6T and 800G LPO, LRO, and multicore fiber (MCF) solutions. The interactive showcase was aimed at illustrating the performance benefits and real-world applications of these innovative optical technologies.

Eoptolink showcased its commitment to delivering high-performance optical transceivers, specifically designed for environments demanding high data rates such as cloud data centers, telecom networks, and AI/ML applications. The solutions cater to versatile applications including 4G/5G wireless, Transport Datacom, and FTTX.

Future of Optical Transceivers

The industry is on an ever-accelerating path, with data demands rising exponentially. Eoptolink's introduction of the 1.6T LRO modules positions them at the forefront of technological advancement in optical communication. Their commitment to R&D ensures that they remain a pioneering force in creating future-proof solutions within the optical transceiver market.

By eliminating unnecessary components, increasing energy efficiency, and ensuring compatibility with older technologies, Eoptolink's innovations represent a crucial step forward for businesses aiming to upgrade without extensive overhauls. As more companies turn to cloud computing and AI, the demand for advanced optical solutions like those from Eoptolink will undoubtedly increase.

Conclusion

In summary, Eoptolink's demonstration of the 1.6T LRO modules at OFC 2025 highlights their leading role in advancing optical technology. As businesses continue to identify ways to improve data transmission efficiency and power consumption, innovations such as these will become increasingly integral to the operational success of data centers and network providers worldwide.