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he study identified and looked at the trade-off techniques at the ground segment for different scenarios offering broadband GEO satellite services to fixed stations targeting near terabit per second capacity by the 2020 timeframe.
The objective is to design, manufacture and test a Ka/IF EM Down-Converter based on a Non hermetic packaging and reduce the weight and the size of RF/IF section, LO section, TM/TC section, DC/DC section by using new devices and technologies or by considering new architectures.
This project covers the specification, design, implementation and pre-operational demonstration of a ‘Platform for Advanced SAT-AIS Maritime Applications’ (PLASMA) at the UK’s Satellite Applications Catapult facility in Harwell.
Design and demonstrate a protocol for VSAT communication with significantly higher performance for the return link than achievable with DVB-RCS (ETSI EN 301 790).
This activity is concerned with the evaluation of optical modulator technologies and products and the development, manufacturing and testing of an optical modulator with improved performances for applications in photonic sub-systems of future satellite payloads.
The objective of the project has been to finalize the development and perform the validation of a pulse command output driver, EOCD. The ASIC will primarily be used in on board computers and data handling systems.
The main aim of the activity is to investigate new commercial terminal architectures in order to significantly lower the cost of ownership in terms of cost of the terminal and cost of installation of the current devices.
Satellite communication data traffic rates are growing. In the scope of obtaining higher data rates, the increase of the spectral efficiency and the use of higher bandwidth is mandatory. Future systems will also implement multi-carrier operation.
The study is related to Delay-/Disruption-Tolerant Networking (DTN) and Machine-to-Machine (M2M) applications. It investigates potential DTN/M2M and other DTN use-cases and their applicability for satellite communication scenarios.
The ability to perform radio functions in the software domain enables cheaper, more reliable and highly flexible systems to be developed. This is important in the space segment, where the expected life of the equipment is long and the ability to configure and upgrade the radio to implement additional features and requirements after deployment is highly desirable. The more of the design that can be made “softâ€, the greater the ability to re-use technology and capitalise on previous investment.
The objectives are: To design, manufacture and test a thermal control device able to evacuate a high power generated by a compact active antenna Breadboard (4 kW) made of 97 Direct Radiating Arrays (DRA) dummies. To demonstrate that the Mechanically Pumped Loop (MPL) complies with the specification of high power rejection and a very low gradient between all radiative elements. To show that a very dissipative Active Antenna can be thermally controlled with high accuracy.
This projects aims to review and develop channel models, data and tools tailored for the design of High-Capacity Flexible Broadband Satellite Systems operating (Q/V and Ka Band) with a major focus on future system at Q/V Band.
SoftWear Antennas is a product development project, which will result in a wearable antenna product family. Patria has already completed two ESA funded ARTES 5.1 projects, successfully demonstrating that fully textile, wearable antennas are extremely versatile and therefore feasible for different user applications.
The project aims to develop a laboratory test-bed including a modem prototype (terminal and hub sides) implementing some innovative physical and MAC layer algorithms/techniques suitable to enhance the performance of broadband interactive satellite terminals implementing the DVB-RCS standard.
The HYDRA TELECOM product is a variant of the already developed and qualified HYDRA baseline product, optimized to address the GEO telecommunication platforms market.
The main objective of this project is to design, manufacture and test a prototype of an ATN/IPS air-ground router as the interface between EATMN and the ground earth station.ecific design and architecture is required for the AGR when compared to commercial off-the-shelf products.
The work of the Satellite Communication Network of Excellence (SatNEx) initially supported by the European Union (EU) is continuing with support from ESA´s TIA Directorate through the Advanced Research in Telecommuncations Programme (ARTES) and the Technical Directorate Network of Centers programmes. Due to this shift in support, the name of the group has changed slightly to the Satellite Communication Network of Experts.
The overall objective of the proposed work is to develop an ad-hoc radio network product which is integrated into a satellite system for the purpose of emergency service use, disaster recovery and Government security applications. It can also be used for commercial application in mineral extraction and oil and gas industries to improve safety, efficiency and to aid the rescue of personnel following incidents and accidents.
The project has developed integrated laser and detector components suitable for as transmitters and receivers in DBS distribution systems based on optical fibre technology.
The project objective is to design, manufacture and test a representative end-to-end breadboard of an optical switch. The aim is to demonstrate ultra-fast and high-throughput switching at sub nanosecond time level with the potential for scalability.
When integrated in the Pioneer range of baseband systems both the NAC and Linux 2.6 KlasRouter provide additional features in a smaller package when compared with competitors.
The Ka band high performance reflectors activity was aimed to provide evolution from the standard C / Ku reflectors to Ka band ones in order to implement them on the first commercial Ka Mission awarded to CASA, Eutelsat: Ka Sat Satellite.
This project addresses medium port count (50x50) OXC for satellite based telecom applications. The task was to develop a fully reconfigurable low drift switch without feedback loop at the demonstrator level.
The project covers the transfer of a new 30%-class triple junction solar cell from development status to production technology. AZUR SPACE evaluates and optimizes all solar cell materials, processes and equipment with regard to cost savings, simultaneously improving performance, quality and reproducibility.
This project encompasses the design, development and qualification of the third generation of the Thales Alenia Space ETCA´s Electronic Power Conditioner dedicated to supply and control the Traveling Wave Tube that constitutes the Traveling Wave Tube Amplifier for Repeaters involved in large quantity in the Telecommunication Payloads.
SIECAMS Wide Bandwidth Digital Signal Processing is planned to be a high-bandwidth, low cost signal analyzer front-end for the monitoring system SIECAMS which is used for analyzing and monitoring traffic transmitted via communication satellites.
This project studied the technological solutions available in the market for the potential implementation of a contact-less angular sensor for European telecommunication satellites applications. It identified the past problems with rotary sensors, the desired industry specifications and the expected market for the close to medium future.
Thales Alenia Space and its partners have designed, manufactured and tested a 1.3 m reflectarray antenna that produces a dual polarised contoured beam in Ku band.
The EPCOMSIM study was carried out to quantitatively assess the impact of plasma plumes generated by common ion thrusters (SPT-100, PPS-1350, HEMP-T) on the RF comlink of a geostationary telecommunications satellite.
This project aims at the development of a on-board tunable channel filter in Ku-Band, which is the first step for the development of such reconfigurable IMUX devices.
The subject of this contract was the improvement of the Mechanical Platform product for the Astrium telecommunication satellite product, Eurostar 3000.
The project aims at improving the overall pointing performance and robustness with respect to uncertainties of large telecom platforms with highly flexible appendages and demanding pointing payloads.
Altobridge´s 3G lite-site (DATE) solution offers bandwidth hungry 3G services to remote communities. The current 2.5G altoPod provides 2TRX capacity which is capable of voice and GPRS/EDGE. The 3G lite-site is a natural evolution of the solution into 3G technology.
The Payload Control System in the Ground Segment is the necessary other half of the Satellite system to be able to fully control the Next Generation Integrated Processors as fitted to Alphasat and for future spacecraft.
The objective of the study has been to brainstorm potential communication satellite standardized modules and to derive a solution which allows to save manpower and costs for non-recurring and recurring satellite design. It also aimed to shorten the AIT process, giving an estimation of the relative high non-recurring costs for the design and prototyping of the standardised modules.
The objective of this project was the definition of the requirements and the design of a Low Cost Coarse Earth Sensor, suitable for use both in GEO telecoms and for LEO missions of Earth Observation and constellations. An Engineering Model for GEO applications has been manufactured, assembled and tested.
