One of the disadvantages of unlicensed spectrum is its susceptibility to interference. G1 removes this impediment, providing a licensed-like experience even in unlicensed spectrum. … Read More
Blogs
ngFWA and BEAD
The BEAD program is about more than fiber. With ngFWA, service providers can build networks that deliver everything required by BEAD and more. … Read More
7 Reasons to Choose ngFWA
There are many reasons to use ngFWA technology to deploy high-performance, cost-effective networks that are resilient and scalable. … Read More
A Faster Way to Deploy Tarana
The Tarana Install App makes configuring and deploying RNs faster than ever with a streamlined experience that eliminates common sources of frustration. … Read More
Principles of ngFWA Design: Interference Cancellation
Interference can destroy an otherwise good wireless link. ngFWA uses interference cancellation to eliminate this obstacle to performance. … Read More
Principles of ngFWA Design: NLoS Performance
Non-line-of-sight is one of the greatest challenges to any fixed wireless system. ngFWA overcomes obstacles that would otherwise destroy link performance or make the link nonviable. … Read More
Case Study: SpectrumVoIP
SpectrumVoIP, a new Tarana G1 customer, is using G1 to deliver high-performance broadband in urban Dallas as a means of attracting new customers, reducing churn, and increasing profit. … Read More
Principles of ngFWA Design: Multi-User MIMO
Multi-user distributed massive MIMO delivers more capacity than any other MIMO technology available today. … Read More
Principles of ngFWA Design: MIMO and Spatial Multiplexing
High capacity links are a hallmark of ngFWA. We look at two common techniques to add capacity to a link. … Read More
Principles of ngFWA Design: Forming Beams and Nulls
Beamforming is a critical component of ngFWA. Learn more about how Tarana’s G1 uses beams and RF nulls to provide endgame broadband while rejecting unwanted interference. … Read More