Cologix -Toronto TOR 2 Data Center is located at 905 King Street West Toronto, Ontario M6K 3G9. Sales 877-406-2248. Our Toronto, Ontario colocation data center can be utilized as a stand-alone, diverse bypass facility to the 151 Front Street data center, or can be leveraged as a natural extension with the diverse fiber ring connecting the two facilities. By linking the two downtown Toronto, Ontario colocation data centers, Cologix customers have the benefits of both with unsurpassed levels of security, reliability and connectivity. The 905 King Street facility is a state-of-the-art data center built using standards for concurrent maintainability for space, power, mechanical systems and security.The data center can be utilized as a stand-alone, diverse bypass facility to the 151 Front Street data center, or can be leveraged as a natural extension with the diverse fiber ring connecting the two facilities. By linking the two downtown data centers, Cologix customers have the benefits of both with unsurpassed levels of security, reliability and connectivity. The Top Connectivity Provider in Canada Through direct access to the Meet-Me-Room (MMR) at 151 Front Street West, 905 King Street has access to 150 unique networks via a low latency, diverse path. The 905 King Street data center offers diverse building fiber entrances and riser facilities, as well as interconnectivity with local Cologix clients and other building tenants. Technology Forward Cologix designed the state-of-the-art data center with full optimization of the base building chilled water cooling, utility power and emergency generator power systems to ensure a reliable and redundant setup. The multiple backup generators enable power redundancy configurations that meet customer-specific needs, with separate generators supporting the cooling infrastructure. The uniquely efficient N+1 design features technology-forward solutions including hot aisle containment systems with in-row cooling and modular power distribution systems to provide rapid power installs and flexibility on power densities within pods.