Free advice from industry experts
No fees, no mark-up, no sales pitch
Instant pricing. Only at Inflect
NTT Global Connect Taastrup data center is a colocation facility located at 5 H√∏rsk√¶tten in Taastrup, Denmark, serving the Copenhagen market. This site provides critical infrastructure for businesses requiring secure cabinet and cage deployments within a stable European hub. As part of the NTT global footprint, the facility connects customers to a network of 115 owned data centers worldwide, supporting international scale and availability.
Businesses can procure colocation services at NTT Global Connect Taastrup, including options for cabinets and private cages. The facility also supports high-capacity private connectivity through Ethernet Private Line and wavelength services, with EXA Infrastructure listed as a key provider. Inflect helps buyers compare these listed services, review specifications, and coordinate procurement for colocation, Ethernet Private Line, and wavelength services at this site through its online marketplace.
NTT operates a global network of 115 owned data centers worldwide, providing a broad footprint for digital infrastructure across multiple continents. This extensive presence supports businesses with diverse connectivity and colocation needs across many locations worldwide. The scale of the NTT global network allows customers to manage infrastructure costs and capacity requirements across multiple regions while maintaining consistent operational standards.
Q: What network and connectivity options are listed for NTT Global Connect Taastrup?
A: NTT Global Connect Taastrup offers Ethernet Private Line and wavelength services for private connectivity. Buyers can explore high-capacity links and point-to-point connections through providers such as EXA Infrastructure at this data center to support their specific network requirements.
Q: What disaster-risk context is available for NTT Global Connect Taastrup?
A: For NTT Global Connect Taastrup, country-level natural-hazard context for Denmark is very low.