Two Portland, Oregon Data Centers

EasyStreet’s campus in Beaverton, Oregon, is home to two Type II SSAE 16-audited data centers.

  • Hardened with multiple layers of security, reliability and protection
  • Engineered to avoid any single point of failure in connectivity, power or environmental control
  • Fully managed, redundant network infrastructure – carrier-neutral with multiple providers
  • Accessible anytime via electronic card boxes and fingerprint ID
  • VESDA smoke detection system and pre-action water-based fire suppression system eliminates accidental water discharge
  • Onsite NOC staffed 24/7/365

Data Center 1:  Proven reliable. A choice of smaller cabinet spaces.

  • No outages since coming online in 1999
  • A retrofit hot/cold air containment system installed in 2010 enables CRAC units to run more efficiently

Data Center 2:  Portland’s most energy-efficient. Full cabinets and cages.

EasyStreet’s state-of-the-art Data Center 2 went online in early 2011. Efficiencies gained by design means EasyStreet can provide services with no “green surcharge” to its colocation customers.

  • Energy-efficient design offers the high power density required for today’s virtualized infrastructures, and supports the region’s “green” values
  • The first data center construction project to qualify for the Oregon Department of Energy’s Small Scale Energy Loan Program (SELP)
  • An innovative Indirect Evaporative Cooling (IEC) system from AMAX® is key to efficiency and outstanding Power Usage Effectiveness (PUE)
  • Unlike conventional CRAC units — even those using chilled water — these IECs do not use compressors
  • Controllable Chatsworth™ chimney cabinets integrate into a sophisticated hot air isolation system that is decidedly more efficient than any cooling strategy that allows hot and cold air to mingle — including veteran raised floor designs
  • A rainwater capture system provides 70% of cooling water needed, limiting environmental impact
  • Ultra-efficient flywheel based (rotary) UPSs delivery “ride through” power and are 7X more reliable than batter-based systems
  • Waste heat used to heat the lobby area, eliminating need for separate heating energy
  • Motion-sensitive lighting throughout