DTS-NET USA Portland Data Center

Status: Operational / Strategic Edge Node   |   Location: SW Stark Street, Portland, OR 97205, USA

Project Overview

The DTS-NET USA Portland Data Center is an urban edge colocation facility operated by DTS-NET on SW Stark Street in downtown Portland, Oregon, USA. Located within the city’s primary telecommunications corridor, the facility provides strategically positioned colocation and network infrastructure for enterprises, cloud service providers, telecommunications companies, and other organizations requiring reliable connectivity in the Pacific Northwest. The site is housed within a steel-frame structure engineered to meet UBC Type II fire-rating standards and Zone 3 seismic resistance, providing a resilient environment for mission-critical IT and network equipment. DTS-NET offers flexible colocation configurations designed to accommodate a wide range of customer requirements, from individual server deployments and partial cabinets to dedicated private locked cages for organizations requiring greater physical security and capacity. The facility incorporates redundant A+B power feeds, helping provide additional resilience for critical customer equipment and network infrastructure. Its carrier-neutral connectivity environment supports access to multiple major network providers, including AT&T, Zayo, and Level 3, giving customers greater flexibility in selecting connectivity services and establishing diverse network paths. The facility also provides approximately 86 tons of N+1 HVAC cooling capacity, supporting stable environmental conditions for continuously operating IT equipment and helping maintain reliability during maintenance or component failures. Its downtown Portland location provides direct access to the city’s broader fiber and telecommunications ecosystem while connecting customers to West Coast optical backbones and major Pacific Northwest cloud infrastructure. This makes the facility suitable for enterprise applications, cloud connectivity, edge computing, network points of presence, content delivery, and other latency-sensitive workloads. As organizations increasingly distribute computing resources closer to end users and network hubs, urban edge facilities such as DTS-NET Portland provide an important bridge between local enterprises and larger regional or hyperscale infrastructure. Through its resilient building design, redundant power architecture, carrier diversity, and high-capacity cooling systems, the facility supports dependable colocation in a strategically important Portland telecommunications market.

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