Telxius Cancun Landing Gateway opens to support 380 Tbps Tikal cable

The activation of this gateway provides a high-capacity bridge between North American content hubs and growing Latin American markets. By combining subsea landing points with edge data center capabilities, Telxius reduces the physical distance between streaming assets and end-users, directly lowering latency for OTT and CDN services. This infrastructure expansion addresses the increasing demand for localized AI processing and high-bandwidth video delivery in regions previously constrained by limited route diversity. As the Tikal cable nears its 2027 launch, the industry should monitor how this increased capacity impacts regional peering costs and the deployment of localized content libraries in Mexico and the Caribbean.

Telxius has been building out its subsea cable portfolio aggressively ahead of the Tikal system's planned 2027 launch. The company's existing infrastructure includes the SAm-1 cable system connecting South America to the United States and the PCCS (Pacific Caribbean Cable System) linking the U.S. to Central and South America via the Caribbean. In March 2025, Telxius and Claro announced a joint agreement to deploy the MISTRAL subsea cable connecting Guatemala and Chile along the Pacific coast, adding approximately 200 Tbps of capacity to the region's western corridor. This multi-cable strategy positions Telxius as one of the few operators with both Atlantic and Pacific subsea routes serving Latin America, a critical factor for CDN and OTT providers seeking route diversity and redundancy. The business case for new landing infrastructure in Mexico and the Caribbean is driven by surging data demand from streaming and AI workloads. Telxius reported in its 2024 annual results that subsea cable revenue grew 18% year-over-year, driven primarily by capacity contracts with hyperscalers and content delivery networks. The company's parent Telefónica has signaled that infrastructure monetization through Telxius is a core strategic pillar, with the Cancun facility representing a model where landing stations double as edge compute nodes rather than simple cable termination points. This approach mirrors what Equinix announced in late 2025 when it expanded its interconnection platform in Querétaro, Mexico, citing 40% annual growth in cross-connect demand from streaming and cloud providers. On the technical side, the Tikal cable's 380 Tbps design capacity places it among the highest-capacity subsea systems ever deployed in the Americas. SubTel Forum reported in June 2025 that Tikal will use space-division multiplexing with 24 fiber pairs, making it one of the first transoceanic systems to exceed 20 fiber pairs in the Atlantic basin. The Cancun gateway's edge data center capabilities are designed to support AI inference workloads alongside traditional CDN caching, a convergence that Telxius CTO Mónica Martínez described as essential for meeting sub-20-millisecond latency targets for real-time video applications across the Caribbean basin. The combination of high fiber-pair count and colocated edge compute represents a shift from traditional subsea landing stations toward integrated content delivery nodes.