Lanis-2 Submarine Cable Overview
The Lanis-2 submarine cable is a state-of-the-art communication infrastructure designed to enhance connectivity across regions. This cable system is particularly significant due to its strategic routing, advanced technology, and substantial capacity, which collectively aim to meet the growing demands for data transmission in the digital age.
Ready for Service Date
The Lanis-2 submarine cable is scheduled to be ready for service in the second quarter of 2024. This timeline highlights the rapid advancements in submarine cable technology and the increasing urgency for improved connectivity.
Cable Landing Stations
Lanis-2 features multiple cable landing stations strategically placed to optimize network performance and coverage. The primary landing stations are as follows:
These landing stations facilitate the efficient connection of the submarine cable to terrestrial networks, allowing for seamless data transfer across different regions.
Total Capacity
The total capacity of the Lanis-2 submarine cable is designed to support up to 100 Tbps (terabits per second). This robust capacity is essential in accommodating the exponential growth in internet usage and the demands of modern data services, including streaming, cloud computing, and enterprise applications.
Lifespan of the Cable
The expected lifespan of the Lanis-2 submarine cable is approximately 25 years. This long operational life underlines the investment in durable materials and advanced technologies that ensure reliability and longevity in underwater communication systems.
Consortium Members
The Lanis-2 submarine cable is a collaborative project involving key stakeholders in the telecommunications sector. The consortium members include:
These organizations are committed to improving global connectivity and leveraging the capabilities of the Lanis-2 submarine cable to deliver enhanced services to their customers. The collaboration among these members underscores the importance of partnerships in developing and maintaining critical infrastructure in the telecommunications industry.