Digital Parks Africa is an infrastructure as a service wholesale datacentre provider having presence across Africa based on modular datacentre design methodologies to reduce initial capex costs without compromising on reliability.
All the datacentre facilities are Uptime Tier III certified to meet all the requirements and guarantee the highest level of resilience.
The facilities are supported and manned by certified datacentre professionals and engineers that span across multi-disciplinary teams to cater for all your datacentre infrastructure needs.
Instead of expensive multiple direct links between carriers and internet service providers, redundant peering points within Digital Parks Africa allows multiple networks to interconnect using a carrier neutral Layer 2 Internet exchange points to increase redundancy, reduce latency and generally improve performance.
Dual fibre routes to the facilities Meet-Me rooms are strategically placed and supported by Tier 1 Carriers as a dark product or as a managed service, and structured cabling are used inside the facility to cross-connect between the customers network and carriers.
Digital Parks Africa offer a Wireless Colocation shared service on a 60m lattice mast for all wireless and microwave requirements including redundant power where line of sight permits and we insure fibre optic cabling to the datacentre.
Digital Parks Africa wholesale datacentres refers to a relatively large datacentre where the provider only wishes to lease large blocks of space and power, typically defined private suites or large cages, to its customers.
It does not refer to leasing space only to ‘colocation retailers’ or companies that specialize in leasing smaller amounts of space.
Very often, large enterprises choose to lease wholesale datacentres instead of building their own datacentre.
While there is no industry or market standard for what power and associated space capacity constitutes a wholesale datacentre, most minimum power commitments range from 40 kW to more than 1 Megawatts depending on the datacentre design and end user demand.
