OpenLight Marks a Significant Achievement in Silicon Photonics with GR-468 Qualification

OpenLight Achieves Milestone in Silicon Photonics

OpenLight, renowned as a frontrunner in customized PASIC chip design and manufacturing, has announced a pivotal milestone in the realm of silicon photonics – the successful completion of the Telcordia GR-468 qualification for its critical components. This significant achievement sets a high bar for quality and reliability in the fast-evolving landscape of photonics technologies, which are increasingly pivotal across various applications.

Understanding Telcordia GR-468 Qualification

The Telcordia GR-468 qualification process is a rigorous testing protocol that evaluates the reliability of components within the photonics sector. It necessitates subjects to undergo extensive reliability tests, typically exceeding 2,000 hours. These include High-Temperature Operating Life (HTOL), Damp Heat Storage (DHS), Temperature Cycling (TC), Temperature and Humidity Bias (THB), and Electrostatic Discharge-Human Body Model (ESD-HBM) testing. Notably, during these examinations, certain lots of OpenLight's components outperformed expectations, exceeding 5,000 and even surpassing 15,000 hours of operation without any failures. This outstanding performance speaks volumes about the exceptional reliability of their products.

The milestone encompasses a range of essential optoelectronic components, including Lasers, Electro-absorption Modulators (EAMs), and Photodiodes (PDs), all designed with utmost precision using Indium Phosphide (InP) technology integrated onto silicon wafers. As the demand for advanced silicon photonics continues to rise, OpenLight's latest qualification serves as a cornerstone for the industry's future reliability standards.

The Importance of Reliability in Photonic Technologies

For engineers and manufacturers in the photonics field, reliable components are paramount. The GR-468 qualification not only reassures customers about the reliability of the product but also solidifies OpenLight's stance as a trusted supplier in this industry. In light of advancing technologies and increasing requirements for efficiency and performance, the significance of robust and dependable photonic components cannot be overstated.

With the GR-468 qualification under its belt, OpenLight is well-positioned to scale its production efforts for these components. This transition to productization will facilitate greater integration of these critical technologies within various next-generation applications in fields such as telecommunications, healthcare, artificial intelligence, and high-performance computing.

Unique Advantages of OpenLight's Photonic Solutions

OpenLight's technology offers distinct advantages that set it apart from other solutions within the silicon photonics market. One notable feature is the laser integration without facets. Unlike traditional lasers, OpenLight's lasers are heterogeneously integrated into silicon structures devoid of laser facets. This innovative design mitigates the risk of Catastrophic Optical Mirror Damage (COMD), a common failure mode that has led to concerns in earlier generations of laser technologies.

Another major advantage stems from superior epitaxial growth processes. OpenLight’s InP-based solution utilizes a singular epitaxial (EPI) growth method, eliminating the need for secondary growths, grating, or blocking junctions. This seamless approach ensures that over 99% of the InP EPI is successfully transferred to the silicon wafer, maintaining high material integrity and minimizing defects, thus delivering unmatched reliability.

Future Outlook

Dr. Adam Carter, CEO of OpenLight, emphasized the importance of this breakthrough, stating, "The advancement in long-term reliability of OpenLight's optoelectronic components marks a critical leap in the evolution of Silicon Photonics. As the industry grows more comfortable with integrating silicon photonics, the substantial evidence supporting our technology will foster confidence among customers to embrace these innovations."

With the successful GR-468 qualification and its corresponding long-term reliability data, OpenLight is uniquely positioned to lead the charge towards more efficient and effective photonics integration. This enhanced credibility, coupled with their innovative technology, will undoubtedly pave the way for broader industry adoption of high-performance components in the burgeoning field of Silicon Photonics.

About OpenLight

OpenLight has established itself as the vanguard in custom PASIC design, offering a pioneering optoelectronic platform that integrates all components of silicon photonics devices into a singular chip. With over 350 patents, the company is committed to bringing optical solutions to frontiers previously unexplored. Headquartered in Santa Barbara, CA, with additional offices in Silicon Valley, OpenLight continues to revolutionize the industry through its cutting-edge technologies, paving the way for future innovations across multiple sectors.

For more information about OpenLight and its cutting-edge photonics solutions, you can visit OpenLight's website.