SUNeVision MEGA Gateway - The Next Connectivity Hub

MEGA Gateway: The Next Connectivity Hub

1 Ma Kok Street, Tsuen Wan, Hong Kong

MEGA Gateway is the state-of-the-art addition to SUNeVision MEGA Campus, positioned as the next connectivity hub extended from MEGA-i. This enables MEGA Gateway customers to interconnect with major cloud gateways and hundreds of global and local IT service providers in MEGA-i through SUNeVision’s inter-data centre MEGA Connect. Featuring high power density and exceptional connectivity with robust high-performance fibre coverage, MEGA Gateway is built to support mission-critical IT workloads with its future-proof infrastructure. The strategic location in Tsuen Wan, the centre of Hong Kong, enables it to serve as a critical pathway to the world and mainland China. MEGA Gateway has been certified for LEED Gold Building Design and Construction.

Unrivalled Power Density

200K sq. ft. Gross Floor Area (GFA) and 20MW power capacity with on-premise 132kV for high-power supply
En-bloc data centre purpose-built for customisation
Dual power lead-in paths to the building
Modular design with optimal floor height and high floor loading perfectly designed to meet today and future needs of cloud services, telco carriers, ISP and high-power density applications

Exceptional Connectivity

Connectivity edge extended from MEGA-i, the most carrier-dense co-location site in the world*
High-speed connection to other data centres on MEGA Campus through a dedicated dark fibre network and around 15,000 cross-connects
Diversified telecom lead-ins for flexibility and resiliency
Full diversity and redundancy of connectivity route intra-building

Strategic Location

Strategically located in Tsuen Wan, the central hub in Kowloon and New Territories of Hong Kong
Well positioned as a strategic springboard connecting customers to mainland China from the rest of the world, vice versa

* TeleGeography "The State of the Network" 2022 Edition

SUNeVision Data Centre Footprints

Facilities on MEGA Campus are interconnected through a dedicated dark fibre network