These new CLS facilities will serve as landing points for the other submarine cable systems to be constructed, providing colocation space for subsea optical fiber equipment, routing and switching gear, and a neutral “Meet Me Area” for interconnection with terrestrial transport and local ISP networks. The facility will be constructed in a factory quality-controlled environment that far exceeds traditionally built CLS or data center structures that should withstand 175 mph or more sustained winds and other inclement weather changes. Each Cable Landing Station should be capable of becoming a fully integrated Tier 2 colocation or data center that can do what traditional carrier incumbents do, controlling their networks in a wholesale environment, with no backhaul required, along with providing low latency and better access to connectivity globally.
Resources: External Contractor, Project Lead by PRBP
Stage: Waiting for Grant Approval Department of Treasury
Immediate Items: TBD
Key Aspects:
1. Geographical Diversity: The initiative underscores the importance of geographic dispersion. By situating CLS facilities in the West, South, and East, we effectively minimize the susceptibility of a single localized disruption, ensuring uninterrupted connectivity.
2. Centralized Subsea Equipment Hub: Each new CLS site will offer dedicated space, serving as a central hub for the co-location of subsea optical fiber equipment, routing and switching gear. This consolidated approach streamlines the crucial components necessary for seamless data transmission and efficient network management.
3. Neutral Hub for Collaboration: The inclusion of a neutral “Meet Me Area” within each CLS acts as a collaborative nucleus. It serves as a link for interconnections between various stakeholders, fostering the exchange of data and collaborative efforts between terrestrial transport providers and local ISPs.
4. Durable Construction Approach: Engineered to exceed conventional standards, the CLS constructions integrate advanced quality-controlled techniques. This design equips them to withstand extreme weather events.
5. Tier 2 Colocation and Data Center Framework: The adaptive design of the CLS facilities facilitates a seamless transition into fully integrated Tier 2 colocation or data center environments. This empowers network operators to exercise comprehensive control over their networks within a wholesale context.
6. Enhanced Global Connectivity and Low Latency: The strategic positioning of CLS installations translates to tangible benefits in terms of reduced latency and heightened global connectivity. This optimization allows for data transmission and an elevated end-user experience.
