Kymeta tests antenna for satellite-based internet connectivity to support autonomous driving

Global connectivity specialist Kymeta has successfully connected its 20 cm mTenna satellite antenna subsystem module (ASM) for the consumer connected car industry to the Intelsat satellite constellation. This test continues Kymeta's progress toward bringing high throughput, secure mobile connectivity to the automotive industry and follows the partnership announced with Toyota Motor Corporation in 2016. The test showcased that Kymeta mTenna technology for consumer vehicles could successfully connect to In
February 24, 2017 Read time: 2 mins
Global connectivity specialist Kymeta has successfully connected its 20 cm mTenna satellite antenna subsystem module (ASM) for the consumer connected car industry to the Intelsat satellite constellation. This test continues Kymeta's progress toward bringing high throughput, secure mobile connectivity to the automotive industry and follows the partnership announced with Toyota Motor Corporation in 2016.

The test showcased that Kymeta mTenna technology for consumer vehicles could successfully connect to Intelsat's Epic satellite network. The test also demonstrated that Kymeta mTenna technology can transmit and receive data with a single aperture, connect to the internet and access YouTube videos and conduct a Skype call, all within its first attempt.

Currently, the only way to take advantage of high throughput satellites (HTS) is with a large, traditional satellite dish with moving parts. The Kymeta satellite solution aims to eliminate the need for a gimballed dish and provide terabyte level capacity to cars allowing broadband level connectivity even in areas that have no terrestrial coverage.

The test is the first step in making a connected car it’s most secure and connected at a global scale. This successful testing was conducted with Intelsat, the world's leading provider of satellite services, which has a partnership agreement with Kymeta to enable satellite connectivity for the auto industry.
Location Based Systems

Related Content

  • Anywhere card delivers prepaid contactless ticketing
    January 25, 2012
    David Crawford investigates a far reaching initiative in integrated travel. The Port Authority Transit Corporation (PATCO), an operator of high speed commuter rail in the north eastern US, is not one of the world's best known transit providers. Its 13 stations along a single east-west route (three of them interchanges with other regional commuter lines) handle 40,000 passengers a day, travelling to and from Philadelphia, the US' fifth most populous city.
    Read More
  • Emissions reductions targets to have major impact on transport
    October 28, 2015
    As bold moves aimed at reducing greenhouse gas emissions have been introduced in California, David Crawford looks at the ramifications for transportation. California Governor Jerry Brown’s recent dramatic raising of the bar on emissions reduction policy for the state has won him praise from Japan, Australia, Europe and the secretariat of the critical UN conference on climate change being held in Paris in November/December 2015. His April 2015 executive order aimed at bringing emissions to 40% below 1990 lev
    Read More
  • Canada partners with University to support Auto Innovation
    February 16, 2018
    Canada has joined forces with the University of Ontario Institute of Technology (UOIT) to upgrade its Automotive Centre of Excellence (ACE) with the intention of assisting companies and researchers in their efforts to reduce carbon emissions in the automotive industry. Under the agreement, ACE will add a Moving Ground Plane – a belt that serves as a road moving under a vehicle, simulating the aerodynamic forces against moving vehicles and measuring the physical characteristics in real-world conditions.
    Read More
  • Mobinet counters weighty cross border concerns
    November 9, 2017
    A Mobinet pilot is combining onboard weighing with V2X comms to streamline vehicle weight enforcement. David Crawford reports. Pan-European, cross-border weigh-in-motion (WIM) for trucks is now a practical possibility, following successful Scandinavian trials within the EU-co-funded Mobinet (Internet of Mobility) programme. New technology is using strain sensors, located on load-bearing components and routinely installed in truck fleet management systems.
    Read More

Highlighted Content