ThinKom Solutions, Inc. has completed successful live tests to validate throughput performance of its mechanically steered ThinAir Ka2517 phased-array antenna over Inmarsat’s I-5 Global Xpress military Ka-band satellite.
The results exceeded expectations, achieving error-free data throughput rates of 185 Mbps on the downlink and 35 Mbps on the uplink.
Testing was conducted during the week of March 4, 2019, in Hawthorne, California, using a vehicle-mounted Ka2517 phased-array satellite antenna with a 16W Plin SSPA. The Ka2517 was scanned over a wide angular range in order to test both low (15 degree) and moderate (45 degree) elevation angle performance.
“The demonstrated 185 Mbps forward and 35 Mbps return data rates via our Ka2517 antenna are unique among commercial aviation satellite terminals,” said Bill Milroy, Chief Technology Officer of ThinKom Solutions. “Normally, these sorts of high satellite throughput rates would be possible only with a large parabolic dish antenna. This is a remarkable achievement, particularly for such a compact low-profile phased-array product expressly designed for the unique challenges associated with aeronautical and ground-mobile environments and applications.”
Milroy further noted that the data rates would have been roughly 25 percent higher at in-flight above-the-weather altitudes.
The Ka2517 phased-array antenna has previously completed successful in-flight link testing on a number of different platforms and satellite constellations. The first production units have been qualified and are now in active service aboard U.S. government aircraft.
About ThinKom Solutions, Inc.
ThinKom Solutions, Inc. is a leading provider of innovative highly affordable compact broadband antennas and products for aeronautical, vehicular and man-portable applications. The company’s primary products uniquely enable near-term worldwide availability of high-data-rate connectivity in the Ka-, X-, Ku-, and Q-bands. ThinKom offers a range of reliable, proven technology solutions for the consumer, enterprise, first responder, civil, military and intelligence communities.