Steadfast Networks - chi01/02
» Index » USA » Illinois » Chicago » Steadfast Networks - chi01/02
Steadfast Networks - chi01/02 is located in the area Chicago, USA (America), and the colocation data center is carrier neutral. The data center was last updated on 23-09-2015.
350 East Cermak Road
» Request quote
» Visit website
to find other data centers
owned and operated by Steadfast Networks.
Hosting of individual servers
Steadfast Networks operates out of its own state of the art data center located in downtown Chicago, Illinois located in the Lakeside Technology Center (350 E Cermak Rd.), Suite 240, the same building in which Equinix is located. The data center offers complete redundancy in power, HVAC, network connectivity, and security. The datacenter facility sits atop multiple power grids driven by ComEd, with full UPS battery backup power and a diesel generators onsite. Our network is supplied by several separate networks including, Level(3), Savvis and AT&T. Dozens more third party backbone providers are available in the building via cross connect, such as MCI, Global Crossing, Abovenet, Qwest, XO Communication, Sprint, Williams, and Cogent. The fiber provided to the data center is also provided over redundant paths, with two 10 Gigabit Ethernet lines from our cabinet in Equinix, on the 5th floor, and several pairs of fiber to providers in the Meet-Me Room on the 2nd floor. The data center was previously operated by 360 Networks with everything built to telecommunications grade specifications and it has maintained full operation, without any failures, since it was constructed.
Steadfast Networks - chi01/02 Pricing/Quotes
If you are interested in receiving a quote for Steadfast Networks, please try our free quote service
» Google is Building a Version of Kubernetes Engine for On-Prem Data Centers
» What to Watch for at Google Cloud Next 2018
» Google’s Cloud Data Centers for Hollywood Come Online in Los Angeles
» How DC Blox Plans to Conquer Dixie
» Survey: Investors Pouring Money in Data Centers Expect High Returns