LS Networks
World-class network & tech solutions
Designing custom fiber network for faster & reliable internet
At LS Networks, we are the network built for the Northwest. Our locally operated network disrupts the big telecom status quo by serving businesses in rural and underserved communities. Our carrier-class network delivers low-latency connections at speeds up to 100 Gbps across our fiber footprint. For over 15 years, we’ve been designing and building custom fiber network solutions throughout the Pacific Northwest with experts who form real relationships with our customers. We are dedicated to helping you succeed today and into the future.
Top Features
-
Carrier-grade connectivity
With 7,000 route miles and with speeds up to 100 Gbps available across our footprint, our network is architected to provide your business the capacity to scale for today and into the future.
-
Technical support
If it’s one thing we know, we know business connectivity and are excited to share our industry thought leadership with you. Browse and read the latest posts on industry insights, and more!
-
Network diversity
LS Networks combined network architecture, engineering expertise, and top-tier equipment deliver the redundancy that ensures businesses remain operational at all times and eliminates the need for multiple carriers.
-
Customizable solutions
We can design, build, and manage the best custom solution to suit your needs on our 100% all-fiber network. LS Networks has been designing, building, and operating networks throughout the Pacific Northwest for over two decades.
-
Locally based support
Headquartered in Portland, OR, LS Networks provides locally-based support teams in the markets we serve. We understand businesses have mission-critical network needs which demand comprehensive, proactive support.
-
Direct peering
Our direct peering connections provide direct access to the region’s largest peering POPs, including the Seattle Internet Exchange (SIX), the Northwest Internet Exchange (NWAX) and Equinix San Jose SV1/5 – reducing latency, enhancing security, and optimizing overall network performance.