8 Rivers Networks
Access fiber speeds with wireless cost and convenience.
8 Rivers Networks is building the next-generation of wireless infrastructure, utilizing light-based technology to dramatically increase wireless speed, bandwidth, security, and reliability while drastically reducing installed costs.
Reimagining wireless communications with advanced photonics and ubiquitous connectivity.
About the project:
Demand for data bandwidth increases at a breakneck pace – at more than 50% per year. More and higher quality content combined with the ever-increasing reach of networks ensures this trend will continue for decades. At the moment, the technology foundation of wireless communications relies on a limited, regulated region of the radio frequency spectrum. This spectrum has fundamental limitations which prevent it from meeting the demands of the future. 8 Rivers Networks is reinventing wireless communication using advanced photonics to generate wireless signals with invisible light, opening a new world of communication at a fraction of the cost – taking wireless to a gigabit and beyond.
Problem
Wireless bandwidth demand is insatiable and increasing beyond the limited spectrum capacity of traditional radio frequency.
Key Innovation
Robust, mesh-enabled, diffuse-beam optical transceivers.
Solution
Low-cost, high-bandwidth, license-free, optical wireless broadband.
Status
Deploying with pilot customers.
Fast
Low Cost
Unconstrained
Mesh-Enabled
Wireless communication is ripe for a step-change.
IEEE addresses the coming problems with radio interference
Read about IEEE’s view on the coming RF congestion problems with 5G implementations. Time to hop spectrum bands.
City of Durham Office of Public Affairs
Durham Announces Partners for Innovation Partnership Program – Four Startup Companies to Bring New Ideas into City Hall, including 8 Rivers Networks
Fiber Companies to Try Wireless Innovation
Where fiber is too expensive, companies like Google are experimenting with wireless technologies to get you gigabit connectivity.