High Throughput Communications Demonstrated with a Single Integrated Terminal

Kymeta demonstrated seamless interoperability between its u8 terminal, Kepler Communications low earth orbit satellites, and geostationary satellite communications terminals at an annual military battle lab exercise By DA Reporter / 04 Aug 2021

Kymeta has achieved seamless interoperability between the Kymeta u8 terminal, Kepler Communications Low Earth Orbit (LEO) satellites, and Geostationary (GEO) Satellite Communications (SATCOM) terminals at an annual military battle lab exercise focused on the integration of operations, intelligence, and technology.

The u8 is the first and only terminal available to demonstrate the automatic handover between a GEO SATCOM terminal and Kepler LEO constellation with high throughput for Communications On The Move (COTM) and on the pause. 

Today’s warfighters require access to command and control networks providing message traffic, email, Voice over Internet Protocol (VoIP), and Video Teleconferences (VTCs) as well as higher throughput networks for sending and receiving large amounts of data. 

The demonstration proved that access to command and control networks and high throughput communications is possible with a single integrated terminal, the u8.

“While today’s mobile forces operating in remote environments may have communication access through a traditional Very Small Aperture Terminal (VSAT) or legacy COTM terminals, they do not have access to the high-throughput LEO constellations,” said Rob Weitendorf, Vice President, Business Development, Kymeta. 

“The u8 provides the needed capacity and seamless connectivity between LEO and GEO satellites. We could not be more thrilled with the excitement our demo received from the Special Forces community at the event.”

Three stationary ground stations with GEO and LEO capabilities located in Inuvik, Canada, Redmond, WA, and Tuscon, AZ were combined with one mobile terminal at the demonstration Virginia Beach, VA. Each station had access to six Kepler LEO satellites and two GEO satellites. The change from GEO to LEO and linear to circular polarization was automated and accomplished via software only. 

Kymeta and Kepler’s experimentation was focused on providing high data rate point-to-point communications where data was transmitted from ground station to ground station without connection to the cloud, followed by GEO SATCOM for day-to-day operations.

Results exceeded expectations and demonstrated a significant increase in performance with lower latency, enhanced look angles, and speeds that are approaching 10X faster than earlier products with higher throughput and total data passed. 

Testing results included download speeds of 240 Mbps and upload speeds of 193 Mbps achieved with over 2 GB of data transferred during a single LEO pass. This capability has utility in polar regions where access to high-throughput communications is unavailable and mechanically-steered antennas struggle in low temperatures.

The demonstration further validates Kymeta’s ability to provide a LEO upgrade path for its u8 terminals and seamlessly leverage hybrid connectivity across multiple satellite constellations and ground Long-Term Evolution (LTE). 

Kymeta is the only Flat-Panel Antenna (FPA) with electronic beam steering and no moving parts built for mobility and designed for the needs of military, public safety, and commercial customers.

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