STL Partners with Mynet to Deliver Next-Gen Fiber Solutions in Italy's Mountain Data Center
STL and Mynet Collaborate on Advanced Fiber Connectivity Solutions
In a significant development for digital infrastructure in Italy, STL (NSE: STLTECH), a leading provider of connectivity solutions, has announced its partnership with Mynet to deliver next-generation fiber optic solutions for the Intacture data center located in the scenic Trentino region, famously known as the 'heart of the mountains.' This collaboration builds on a strong relationship forged over 15 years and aims to bolster Mynet's capabilities in providing high-performance telecommunications.
The partnership was officially announced on February 25, 2026, revealing a financial investment of €50.2 million, with the PNRR contributing €18.4 million to the project. The University of Trento plays a crucial role as the project’s executing institution and scientific leader, ensuring that the initiative is guided by rigorous academic standards.
Challenges of Mountain Fiber Deployment
Setting up reliable and high-speed fiber optic connections in the mountainous terrain of Trentino presented unique challenges. The goal was to establish ultra-fast, dependable connections under a tight deadline within a geographically complex environment. Mynet's existing reputation as a premier telecommunications provider in Northern Italy made it a suitable first operator to activate fiber connections at the Intacture facility.
The need for a robust and sustainable solution could not be overstated, as the data center would require constant and reliable connectivity to support its operations without compromising on speed. In light of this, STL was selected as the technology partner due to its proven track record in advanced connectivity solutions and quick delivery capabilities.
STL provided cutting-edge fiber optic solutions that include high-fiber-count cables with a compact diameter. These features allow for swifter and cost-effective installation within 10/12 mm conduits, highlighting the advantage of the design which supports seamless installation over significant distances. The system is designed to meet stringent performance, durability, and scalability requirements, ensuring smooth deployment even under challenging conditions.
Record-Breaking Implementation
The entire connectivity infrastructure for Mynet was completed in less than two months, setting a record for a project of this complexity and in such a setting. This expedited deployment enabled Mynet to activate a high-performance, ultra-fast fiber connection, leading to substantial operational improvements including a 50% reduction in deployment time and enhanced network stability during peak usage.
Through the synergy of Mynet's local expertise and STL's advanced fiber technologies, the project is set to deliver a solid, powerful digital backbone tailored specifically for next-generation data center infrastructure. Giovanni Zorzoni, Managing Director of Mynet, reflected on the partnership, stating, "We have risen to the challenge of establishing robust connectivity for this exceptional infrastructure in less than sixty days. With STL's advanced fiber solutions, we could focus on design and implementation without sacrificing reliability or performance."
Meanwhile, Rahul Puri, CEO of STL, remarked on the significance of their collaboration, noting that it underscored STL's capacity to provide critical digital infrastructure for data centers. He emphasized that by offering scalable, future-ready solutions such as multi-core and low-latency fiber, STL is committed to helping clients build resilient networks designed for an AI-driven future.
Conclusion
The partnership between STL and Mynet not only marks a pivotal step forward in enhancing digital infrastructure in Italy but also demonstrates the potential of collaborative efforts in overcoming geographical and technical challenges. As technology continues to evolve, such strategic partnerships will play a vital role in shaping the future of connectivity and infrastructure development in demanding environments.