Lime Microsystems has announced a project with the European Space Agency, which will see its LimeSDR platforms used to develop innovative satellite telecommunications solutions based on Software Defined Radio (SDR), both on ground and in space. This is as an extension to current use cases in cellular, military and IoT applications.
ESA will actually become an official backer of the LimeSDR Project – which is available through Crowd Supply – and Lime will make 200 LimeSDR Mini units for developers wanting to create applications in the field of satellite communications.
Applications will be developed by the LimeSDR community, and shared via Lime-Canonical SDR App Store for Satcom, which is in the works. Applications are anticipated to focus on satellite connectivity and IoT – for example Internet-of-Things services via low-cost satellites, such as Cubesats; and also the use of SDR on-board larger satellites. In addition, new ideas coming from the ongoing 5G efforts in moving toward an SDR based open architecture, enabling fully integrated heterogeneous networks will also be prototyped in a satellite context.
The move forms part of ESA’s ARTES programme, and comes as part of the Space Agency’s drive to speed up satellite communication developments, ensuring that European and Canadian industry remains competitive.
Ebrahim Bushehri, CEO of Lime said: “We’re delighted to be working with ESA and to be a part of their exciting mission. Using our low-cost LimeSDR platforms we look forward to enabling a range of new applications for use in both space- and terrestrial-based satcom projects.”
“With modern satellite communications, many design challenges are unique, requiring testing and experimentation to reveal what does and does not work,” said the ESA’s Frank Zeppenfeldt, working in the future systems group of ESA’s satellite communications department. “For this reason, fast prototyping of promising technology concepts is absolutely essential.”
He added: “Through the SDR App Store for Satellite initiative, ESA hopes to engage and work with a wide variety of new parties to enable new ideas, boost innovative technologies and prepare for future Satcom products.
“The LimeSDR community is very innovative, but one not yet so active in the satcom market. We would like to engage with it and help it to develop innovative satcoms solutions. Through this project, we’d like to see an SDR satcoms community emerge. ESA supports the open source approach that Lime Microsystems intends to follow in the ARTES project.”
LimeSDR Technical specifications:
The LimeSDR and LimeSDR Mini are highly-configurable software defined radio platforms that can work with virtually any standard from IoT (LoRa / SigFox) to mobile comms (2G, 3G, 4G). They use the Lime LS7002 RF chip to operate from 100 kHz to 3.8 GHz (LimeSDR) or 10MHz to 3.5 GHz (Mini) and enable software configuration at the Radio Access Network.
This frequency range can be extended to over 10 GHz via a companion board a limited edition of which is also available via Crowd Supply.
About the European Space Agency and its satellite communications activities
ESA’s Telecommunications and Integrated Applications Directorate (TIA) is responsible for coordinating, shaping and supporting innovation in satellite telecommunications and for the promotion of applications that involve the combined use of space-based systems.
By facilitating research and development activities and by forging industrial partnerships, ESA’s TIA directorate contributes to the development of the European and Canadian satcom industries by assisting them in the production of advanced technologies and concepts to develop world-class products and services.
ESA’s TIA directorate also plays an investment role by supporting public-private partnerships that contribute to the development and deployment of new satellite systems allowing the demonstration and validation of future services.
Learn more about ESA’s satellite communications activities on https://artes.esa.int/about-artes
About Lime Microsystems
Lime Micro designs and develops field programmable RF transceivers that offer unrivalled flexibility, agility and power consumption. Lime’s technology allows wireless connectivity based on our software defined radio platforms. These can be deployed anywhere, connecting to any digital processor creating networks that are modular, low maintenance and scalable and enabling truly open, multi -vendor, software defined infrastructure.
Further information is available at www.limemicro.com.