Enovum Launches its Phase 1 in Montreal, with Transparent Colocation Services

Enovum Data Centers has completed the first phase of its Montreal facility and will soon begin its second phase, in order to fulfill significant demand from companies requiring a transparent digital infrastructure powered by renewable hydroelectricity.

FREMONT, CA: Enovum Data Centers constructs and manages mission-critical digital infrastructure powered by renewable hydroelectricity. From single cabinets to hyper scalers, Enovum is vertically integrated to provide connectivity options, speed, and quality with a strong infrastructure.

Enovum Data Centers has completed the first phase of its Montreal facility and will soon begin its second phase in order to fulfill significant demand from companies requiring a transparent digital infrastructure powered by renewable hydroelectricity.

Enovum's flagship data center in the heart of Montreal provides affordable and transparent colocation services. Clients are empowered by having access to a control portal that provides real-time data and advanced analytics on their usage. Customers can use this layer of transparency to efficiently optimize their deployment and maximize the performance of their data center services.

"Our team has been involved in the data center industry since 1999, when we started our managed hosting services provider, GloboTech Communications. With clean hydroelectricity and an advanced telecommunications network, Montreal is a prime choice to build our data center," stated Pierre-Luc Quimper, CEO and Founder of Enovum. "The demand for customer-centric data center services continues to be strong. We have met this need by adding an unprecedented layer of transparency for our customers," stated Quimper.

Enovum's facility has 70,000 square feet of infrastructure and 187,500 square feet of available move-in space. It is completely customizable, from cabinet design to custom data halls. Enovum has access to the major local carriers, as well as diverse dark fiber paths and a carrier-neutral location. The electrical capacity of Phase 1 is 1.5 MW.