Benaroya’s Boise data center is located at 9700 W. Bethel Court, Boise, ID 83709. This purpose built data center is strategically located in one of the most business friendly place, and is geographically diverse with low seismic risk. The data center is ideally situated for easy airport access, with daily non-stop flights to key West Coast and Mid-West destinations, and near proximity to major technology companies and education centers. The data center provides amenities such as office space, common areas, and conference rooms. The facility was formerly operated by HP as one of their key national data centers.
Boise data center is designed specifically to support cloud, content and other mission critical data needs for enterprise organizations. The data center is a 60,252 square foot plug and play facility for medium to low density needs. The data center provides 28,958 square feet of raised floor space with 11,259 square feet on West wing and 17,699 on East wing. The data center is fully secured fence facility on 5 acres.
Boise facility is a green power data center with all electricity from the hydroelectric and wind sources, and offers low power cost. 4.5 MW of utility power is served to the data center with expansion to 7MW. The emergency power to the facility is provided by onsite 7.75 MW diesel generator. The data center is carrier neutral facility with access to Qwest, 360 Networks, Time Warner, Integra available through diverse and redundant pathways.
About Benaroya
Boise, ID 83709
Benaroya – Boise Data Center Highlights
- Purpose Built Data Center
- Geographically Diverse with Low Seismic Risk
- Easy Airport Access
- Near Proximity to Major Technology Companies and Education Centers
- Amenities
- Office Space
- Common Areas
- Conference Rooms
- 60,252 Square Foot Plug and Play Facility
- 28,958 Square Feet of Raised Floor Space
- Fully Secured Fence Facility on 5 Acres
- Green Power Data Center
- Low Power Cost
- 4.5 MW Of Utility Power
- Onsite 7.75 MW Diesel Generator
- Carrier Neutral Facility
- Diverse and Redundant Pathways