ETL Systems offers a robust solution for Ka-band Teleport Site Diversity Applications, designed to protect against rain fade and other atmospheric conditions that can impact signal quality.

By using StingRay DWDM RF over Fibre, your Ka-band diversity antenna can be connected to the main site over long distances, ensuring seamless signal switching and loss-less transfer.

This technology provides reliable, high-performance communication links, minimising downtime and ensuring uninterrupted service even in challenging weather conditions.

FAQs

What is the benefit of using ETL Systems’ solution for Ka-band Teleport Site Diversity?

ETL Systems’ StingRay DWDM RF over Fibre solution allows seamless signal switching between Ka-band diversity antennas and the main site, ensuring high-performance communication links that are protected against rain fade and other atmospheric conditions.

How does StingRay DWDM RF over Fibre help with long-distance connections?

StingRay DWDM RF over Fibre enables the connection of Ka-band diversity antennas to the main teleport site over long distances, ensuring loss-less signal transfer and reliable communication.

Can ETL’s solution reduce downtime caused by weather conditions?

Yes, ETL’s Ka-band site diversity solution is designed to mitigate the effects of challenging weather conditions, such as rain fade, ensuring uninterrupted service and minimal downtime.

What is the primary use case for ETL Systems’ Ka-band diversity solutions?

The primary use case is to provide robust, high-performance communication links for teleport operators, ensuring signal reliability and seamless switching between sites in adverse weather conditions.

Is this solution suitable for all Ka-band teleport applications?

Yes, ETL Systems’ StingRay DWDM RF over Fibre solution is ideal for Ka-band teleport applications where site diversity and protection against weather-related signal degradation are critical.