Wednesday April 13, 2016 0 comments
ENGLEWOOD -- Surrey Satellite Technology US LLC and Boston-based BridgeSat Inc. announced a partnership to work towards developing a free-space optical communications system to provide secure data downlinks from satellites to a proprietary ground network at faster speeds than equivalent radio frequency solutions.
Under the partnership, Surrey will build the flight laser terminal units to communicate with BridgeSat’s global ground network. Together, Surrey and BridgeSat said they aim to provide users with a “one-stop” solution to transmit data at up to 10 gigabits per second, per link.
“With this partnership, we have a unique opportunity to bring a more accessible, faster optical solution to the smallsat market at a lower cost,” said Dr. Clare Martin, Surrey’s VP of programs.
“With each unit at a mass of 1.5 kilogram or less and power under 25 watts, we see this solution as a game changer for eliminating data downlink constraints for the commercial satellite community.”
Surrey’s optical communications terminal will be equipped with a standardized interface, allowing the terminals to be used on either Surrey’s satellites or as flight units for other satellite providers.
With advanced forward error correction and a “smart” module to achieve pointing accuracy, the data transmission system is expected to have a lower cost and more efficient mass/power performance compared to traditional radio frequency solutions.
“We are excited to partner with Surrey, a recognized leader in innovative and affordable small satellite solutions, as our system’s expansive data downlink capacity will potentially enable the space industry to grow exponentially,” said John Serafini, BridgeSat’s co-general manager, who is also a senior VP at its parent company, Allied Minds.
“Surrey’s commitment to using BridgeSat’s ground station infrastructure as part of its optical communications solution represents an important step forward with the technology.”
The companies said they expect the optical communications system to be operational within the next couple of years.