Wired reliability in a wireless world.

Wireline reliability for the wireless world—dream or reality? Until now, the high levels of signal quality, five “9s” of availability and high performance that define “carrier-class” connectivity have been missing in Non-Line-of-Sight (NLoS) wireless broadband products.

Quality of signal issues, including signal attenuation, fading and dispersion, frequently arise in point-to-point NLoS deployments and are rarely addressed satisfactorily. And availability, which must reach the level of 99.999% to qualify as carrier-grade, is often below 95%. Add to this the need for high throughput and performance, which is lacking in today’s NLoS offerings, and you have a clear view of a technology that is “not ready for prime time.”

So how does Orthogon deliver carrier-class NLoS where all other approaches fall short? By first adding intelligence to existing techniques like OFDM, adaptive modulation and dynamic frequency selection. Then combining them with its own breakthrough hardware and software technologies to bring new levels of performance, quality and reliability to NLoS wireless broadband.

Click through the presentation to see how Orthogon uses its technology innovations to address the four major barriers to carrier-grade NLoS:

• Signal Attenuation
• Signal Fading
• Signal Dispersion
• Availability Issues