Solutions
As Idaho’s leading fiber optic network, Syringa Networks offers cost effective solutions that enable businesses to compete in the global economy and provides new market access beyond traditional regional boundaries.
Our network is designed to support every commercially available telecommunications services in the industry. We offer transport methods that fit any business broadband need, which include switched and dedicated voice services, wireless backhaul, high bandwidth data circuits, managed IP video services, dedicated internet access, and co-location services.
Solution Categories
SimpleSyringa Networks makes it easy to do business with by simplifying the technology experience. We manage a multiservice network architecture that operates cohesively to promote efficiency, enhance service features, and offer cost savings. We provide businesses turnkey solutions that need connectivity, resilient network access and advanced communications services.
ReliableWe are a committed team dedicated in providing the highest quality of service to our partners and customers. We exceed expectations when it comes to the stringent demands on network uptime and maintaining business continuity. Our network and equipment is designed to be fault tolerant with our level of service base lined to the most rigorous standard.

FlexibleAt Syringa Networks we do not have, the-one-size-fits-all mentality. We are able to work with customers, understand their needs and customize solutions for those needs. With our technology and infrastructure, we are well positioned to support and grow with the increasing demand of communication requirements. With Syringa Networks, an array of possibilities emerges.
Cost EffectiveSyringa Networks provides services at affordable costs without any compromise on availability, features and reliability. By tailoring solutions to customer needs that are flexible and easily adaptable, we can pass on cost efficiencies to our customers. Unlike other services or systems that are inflexible with resources that are alternately over-subscribed or underutilized.
