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The objective of the project is to decrease the NRE cost for new or modified products in Saab Space's horn antenna family. The aim is to introduce a new process for the design work.
The objectives of this project are to develop a high power 5 kW gridded ion thruster, referred to as the T6 Mk3, and its associated PSCU for Alphabus station keeping.
The Common Test Bed allows the certification of DVB-RCS terminals, which is an important step in achieving terminal interoperability. The outcomes so far have resulted in an important contribution to the development of a compact Hub Emulator well suited to support cost-effective DVB-RCS terminal development.
A SW-tool has been developed which allows the user to optimise the RF performance of smooth or corrugated conical horns for communications and tracking purposes. A horn has been designed, manufactured and tested.
The main goal of this project is to provide a completely operational prototype capable of supplying structured information on the space environment and the effects on spacecraft to assist with satellite maintenance.
The objective of the project was to develop, manufacture and qualify two L-Band ONETs for EADS Astrium satellites and the US market.
ONETs are high power devices used for multi-point telephony applications. In this case, two 8x8 matrices were developed. In one of them the mass and the PIM were the critical points, whereas the second one was developed with the high power requirements of the US market in mind.
In commercial programs, short delivery schedule is mandatory. This is normally in contradiction to the need for application specific requirements that need special solutions for each case. For most programs Norspace has experienced that development of hybrids normally define the minimum delivery time. The key objective in the project was to prepare lower level generic design blocks that meet the requirements for the next opportunity.
A Mechanically Pumped Fluid Loop loop Flight Experiment (MPFL-FX) is proposed to be flown as Technology Demonstrator Program (TDP) on the Alphasat mission. The main MPFL-FX objective is to carry-out the on-orbit life testing of the MPFL components in order to increase its acceptance with respect to future customers.
The End to End Performance and Security Enhancements program is an incremental, evolutionary development of Advantech Satellite Networks´ successful product line of DVB-RCS hubs and terminals. The technical areas that are considered to be of the highest importance for this development are Accelerated VPN and MESH.
The objective of this project is to enhance key aspects of the EMS product line in line with feedback from the customer base as well as changing market requirements. These key aspects include End to End performance, DVB-S2 support, and Network Management.
The objectives of this project are to improve the EMS DVB-RCS product lines by
adding new capabilities and advanced features. The products that are part of this
project are the Return Link Subsystem (RLSS), Satellite Interactive Terminal
(SIT), and DVB-RCS Gateway.
The Integrated Digital Overlay (Indigo) is
to develop the next generation of technology for
satellite-delivered video programming and data for
Enterprise and Broadcast customers. Indigo intends to
develop a digital signage product suite to enable
customers to use the Captive Audience Networking
medium. This demands innovation in the central
distribution hub, remote-end equipment and
distribution. In the Broadcast market (including directto-
home DTH), Indigo defines and optimises media
ingest, digital asset management and distribution.
This project encompassed a trade-off analysis of the performance characteristics of the available optical amplifiers technologies (mainly Erbium-Doped Fibre Amplifier (EDFA), Erbium-Doped Waveguide Amplifier (EDWA) and Semiconductor Optical Amplifier (SOA)), and assessed their potential for operation in the space environment.
The objective of the project is to develop an extension of IDC's SuperFlex DVP IP multicasting product line that is capable of ultra-high speed multi-carrier operation.
The project objective is to monitor the evolution of the telecom, ICT and media markets over a period of 24 months to spot market opportunities and threats, understand the changes in demand and extract the strategic evolutions relevant for the satellite telecommunication market.
The main objective of the activity is to review and investigate the most promising RF-Front-End and Antenna technologies relevant to the avionic Satcom terminal in order to assess and evaluate their applicability as well as to highlight their advantages/disadvantages.
The objective of the study is to identify and characterise upcoming new opportunities for the European and Canadian satellite industry. The study will monitor the emergence of new drivers of the evolution of demand and key enablers for the provision of innovative commercial services worldwide.
Inmarsat has completed a Technical Assistance Contract under Phase A of the Iris programme, where ESA has embarked on the development of a new satellite to aircraft communication standard in support of both safety of life and aircraft operational communication. The purpose of Inmarsat´s involvement was to assist the Agency in determining suitable options to be further developed towards eventual validation and deployment.
The TV Snapshot project aims to develop
an end-user application enabling the user to access
descriptive data about his/her favourite TV content
received in a PC via a DVB card, and later act on this
data to purchase content online.
The objective of the project was to develop and verify a new competitive member to the present set of Ku-band antennas, a dual frequency (Rx/Tx) dual port Ku-band bicone antenna.
The aim of this project is to design a new system based on the now maturing technology of Photonic Components. The current system is far more complex than necessary, and one where any further developments to carry an ever growing bandwidth to more locations is increasingly costly, complex and specialized.
The aim of the project is to design, develop, and manufacture a Dual Linear and Circular Polarised LNB. This new variant will be used to double the bandwidth currently available for transmitting domestic television signals.
The contract originally specified design and development of an LNB/OMT/transmitter for operation at 13GHz receive and 12.75-13.25GHz transmit. A subsequent contract change note 001 re-specified the development of a revised version of the existing Invacom transmitter operating in the 14.0-14.5GHz band.
The project objective is to develop a new LNB that integrates all of the functions from three LNBs into a single LNB unit. The result of this would be a triple horn feed Quad Polar LNB with fully frequency selectable and switched outputs.
This project aims to design an LNB that can receive from both linear and circularly polarised satellites which could significantly stimulate the use of space capacity for new services from existing locations.
The objective of this activity is to design
and demonstrate an integrated system for
communications and localisation services in emergency
situations e.g. in forest fire fighting, earthquakes. Direct
communication, providing voice and localisation services between on-site staff and a centralised operations
control centre is provided by the use of hand held
personal terminals, communicating via larger, more
powerful "intermediate" satellite mobile terminals.
RemFireSat provides communications and
positioning information for all emergency crew members
and to vehicles operating in the emergency scenario.
Communication is achieved via short messages that can
also be used to communicate standard information,
panic buttons, etc. Extensive utilisation of remote
sensing data, which is provided in the field via a
dedicated processing centre, is another key feature of
the system.
The project objective is to develop a software tool for optimising the RF performance of multi-mode horns with body-of-revolution symmetry for communication and tracking applications.
This project aims to develop a maritime BGAN terminal integrated with a mobile phone
3G Pico cell so crews can use their personal mobile phones for social communication.
The Mayflower Project employs satellite
multicasting IP over DVB and Internet return channel to
enable the delivery of university courses in Medicine
using on-line and off-line applications built on Open
Software. Two groups of participants employed the
system. One group was based in Italy and was led by
the University of Perugia, which focused on nursing. The
other group was based in Norway and led by the
University of Tromsoe, which focused on nursing and
medicine. Students attended Perugia University courses
either from home or the University classrooms.
There is a significant lack of experimental data for the satellite to indoor environment that does not allow for precise prediction methods. This project aims to provide simple statistical models, giving guidance to system designers.
The ESA Large Platform Mission Project will develop a new satellite platform in the power range 14-25kW. This large Platform will be engineered and built by the ALCATEL SPACE and EADS ASTRIUM joined Project Team. Its main objective is to develop a high-performing satellite platform family in this enhanced power range which will integrate most advanced equipments from world class suppliers.
MASSAO will allow an operator of an air fleet to track, monitor and communicate via satellite with aircraft within their full operating range, even at large distances from the operating centre.
