G-P
Active3,600 km submarine cable system, ready for service }}.
Key facts
- Status
- Active
- Ready for service
- }}
- Length
- 3,600 km
- Design capacity
- 20 Gbit/s
- Connects
- Guam,Philippines
Landing points
- *Batangas Bay, the Philippines, *Batangas Bay — Philippines
- Tanguisson Point, Tumon Village, Guam, Tanguisson Point — Guam
Overview
G-P is a submarine cable system linking Batangas Bay in the Philippines with Tanguisson Point at Tumon Village on Guam, covering a distance of 3,600 km across the western Pacific. With a design capacity of 20 Gbit/s, it forms a direct fibre connection between two strategically significant points in the region.
Route and Landing Points
The cable's southern terminus sits at Batangas Bay, a sheltered inlet on Luzon's southwestern coast that has long served as a cable landing hub for systems serving Manila and the broader Philippine archipelago. At the northern end, Tanguisson Point on Guam's northwestern shore is one of the island's established cable landing locations. Guam occupies a pivotal position in Pacific cable geography, functioning as a transit and aggregation node for traffic moving between Asia, Australia, and the United States.
The Philippines–Guam corridor is a well-travelled one in submarine cable terms. The route carries both domestic Philippine international traffic and onward transit flows, and a direct link between Batangas and Guam reduces reliance on systems that route through other intermediate hubs.
Ownership and Construction
Neither the ownership nor the builder of G-P is documented in available records. This is not uncommon for older or privately held systems, where public disclosure was limited at the time of construction. The system's 20 Gbit/s design capacity places it in an era before modern high-density wavelength-division multiplexing became standard, suggesting it predates the more recent wave of high-capacity transpacific builds.
Regional Context
G-P sits within a dense web of cables interconnecting the Philippines and Guam. Despite its relatively modest capacity by contemporary standards, an active system on this route continues to contribute to the redundancy and resilience of connectivity across the western Pacific — a corridor that remains critical to the region's digital infrastructure.