SAMA SATELLITE ACCESS MANAGER

Transcription

1 sama_af.fh11 8/3/10 14:10 P gina 1 Satellite communications, earth observation, navigation and positioning and control stations specifications Features Trade-off analysis, optimal transponder utilization, management of satellite access, fast creation satellite-based networks and links, trouble shooting, automatic measurement plan generation Architecture Application communication based on standard TP/IP stack Flexibility Loading, saving and merging access plans from/to the database apacity apacity to handle a huge number of carriers, links, satellites and remote terminals Validated odels are extensively verified in lab, field and customer testing against benchmarking tools Data exporting/reports Extensive set of reports and plots (ASII, pdf); transponder status, margins, power status, carrier power spectrum, intermodulation Propagation models ITU-R P propagation models, database of rain zone maps and statistics Interfaces native interface with Indra carriers monitoring system (ARO), satellite control centers and user segment planned schedule can be launched and activated using measurement system arrier allocation Provides automatic or easy manual carrier frequency allocation by several criteria (minimize /I, optimize bandwidth, power ) Performances inimize /I, optimize power and bandwidth usage and allow an easy and intuitive way of managing networks Statistics Pie charts, lists and pdf results / ar Egeo, 4 Polígono industrial, San Fernando de Henares adrid (Spain) T F space@indra.es Indra reserves the right to modify these specifications without prior notice.

2 sama_af.fh11 8/3/10 14:10 P gina 2 Highlights Functionalities Satellite database : - Beams - Transponders - Payload configurations - onnectivity Ground stations definition Visualization tool (drag and drop capabilities) Link budgets: - Graphical view - Huge networks management - Stations deployments - Beams visualization - ITU-R P models - QoS checking - ITU climatic zones auto-selection - Powerful reports in pdf format - Export to Excel (optional) - International oordination Agreement - I & rosspolar considerations Intermodulation products graphical view arriers allocation algorithms (automatic, booking ) Transponder statistics: IBO/OBO, bandwidth ulti-mission: it can cope with different satellites no matter their architectures Flexible implementation of International oordination Agreements. Dynamic operational constrains management in both Tx and Rx Service oriented booking (access prioritisation and request reception) reation of terminal deployment and access plan Visualisation tool alculus of optimal coordinates for steerable beams Link budget analysis (EIRP assignments will take into account the actual occupancy and load of the transponder, and ITU rain models) Access definition Access plan consistency analysis: - Number of chains per terminal - EIRP per terminal - EIRP per transponder - Intermodulation product analysis - Frequency/bandwidth allocation overlapping - arrier re-allocation Report generation (satellite access authorisation) Events management External interfaces: - Satellite control center - User segment - ARO carriers monitoring system (export/import active access plan) Data bases management and synchronisation Verification of the theoretical plan created by and the real measurements performed in a ARO monitoring workstation Once a plan has been loaded and stations have been selected according to a deployment plan the operator can proceed to create, modify or delete satellite accesses. An access will be uniquely identified by the two involved terminals and sequential numbers. Each access will have assigned a satellite access authorisation number, priority, start date and stop date. A software suite for transponder networks and links Overview Satellite Access anager () is a software suite developed by Indra for planning and optimizing transponder networks and links. It is grounded on Indra more than 20 years of experience providing automated IOT, payload monitoring and design of satellite control centers. Visualization tool users can rapidly develop carrier plans to manage and maximize use of transponder capacity, at the same time that meets target requirements of performance and availability. These plans can be automatically converted to a new measurement baseline, which is sent to the monitoring ARO solution. On the other hand, also receives ARO real-time status to verify the system measurements against theoretical plan. allows planning off-line the different users and service accesses to the satellite transponders (different type of terminals, worldwide), taking all the possible variables into account (EIRP, rain degraded conditions, international agreements, satellite profile ). allows visualising the stations deployment within a plan. Stations are represented by different icons according to their type. Transponder coverage are shown or hidden upon operator criteria. Additionally, this tool provides a very easyto-use (point-and-click) built-in functionality in order to obtain the optimum steerable beam pointing for a given terminal deployment plan. Access plan reports Intermodulation analysis generates reports for a planned access or for the whole plan. It also produces the satellite access authorisation in a comfortable and easy to read way. Optional calculation directives such as 3rd or 5th order calculation and frequency windows among others. Graphic and tabular reports. Analysis is done following several criteria for all used transponder such as: Number of carriers Satellite EIRP consumption Satellite bandwidth allocation An internal verification and cross-checking is performed at both terminal and satellite resources to validate the access plan.

3 sama_af.fh11 8/3/10 14:10 P gina 2 Highlights Functionalities Satellite database : - Beams - Transponders - Payload configurations - onnectivity Ground stations definition Visualization tool (drag and drop capabilities) Link budgets: - Graphical view - Huge networks management - Stations deployments - Beams visualization - ITU-R P models - QoS checking - ITU climatic zones auto-selection - Powerful reports in pdf format - Export to Excel (optional) - International oordination Agreement - I & rosspolar considerations Intermodulation products graphical view arriers allocation algorithms (automatic, booking ) Transponder statistics: IBO/OBO, bandwidth ulti-mission: it can cope with different satellites no matter their architectures Flexible implementation of International oordination Agreements. Dynamic operational constrains management in both Tx and Rx Service oriented booking (access prioritisation and request reception) reation of terminal deployment and access plan Visualisation tool alculus of optimal coordinates for steerable beams Link budget analysis (EIRP assignments will take into account the actual occupancy and load of the transponder, and ITU rain models) Access definition Access plan consistency analysis: - Number of chains per terminal - EIRP per terminal - EIRP per transponder - Intermodulation product analysis - Frequency/bandwidth allocation overlapping - arrier re-allocation Report generation (satellite access authorisation) Events management External interfaces: - Satellite control center - User segment - ARO carriers monitoring system (export/import active access plan) Data bases management and synchronisation Verification of the theoretical plan created by and the real measurements performed in a ARO monitoring workstation Once a plan has been loaded and stations have been selected according to a deployment plan the operator can proceed to create, modify or delete satellite accesses. An access will be uniquely identified by the two involved terminals and sequential numbers. Each access will have assigned a satellite access authorisation number, priority, start date and stop date. A software suite for transponder networks and links Overview Satellite Access anager () is a software suite developed by Indra for planning and optimizing transponder networks and links. It is grounded on Indra more than 20 years of experience providing automated IOT, payload monitoring and design of satellite control centers. Visualization tool users can rapidly develop carrier plans to manage and maximize use of transponder capacity, at the same time that meets target requirements of performance and availability. These plans can be automatically converted to a new measurement baseline, which is sent to the monitoring ARO solution. On the other hand, also receives ARO real-time status to verify the system measurements against theoretical plan. allows planning off-line the different users and service accesses to the satellite transponders (different type of terminals, worldwide), taking all the possible variables into account (EIRP, rain degraded conditions, international agreements, satellite profile ). allows visualising the stations deployment within a plan. Stations are represented by different icons according to their type. Transponder coverage are shown or hidden upon operator criteria. Additionally, this tool provides a very easyto-use (point-and-click) built-in functionality in order to obtain the optimum steerable beam pointing for a given terminal deployment plan. Access plan reports Intermodulation analysis generates reports for a planned access or for the whole plan. It also produces the satellite access authorisation in a comfortable and easy to read way. Optional calculation directives such as 3rd or 5th order calculation and frequency windows among others. Graphic and tabular reports. Analysis is done following several criteria for all used transponder such as: Number of carriers Satellite EIRP consumption Satellite bandwidth allocation An internal verification and cross-checking is performed at both terminal and satellite resources to validate the access plan.

4 sama_af.fh11 8/3/10 14:10 P gina 2 Highlights Functionalities Satellite database : - Beams - Transponders - Payload configurations - onnectivity Ground stations definition Visualization tool (drag and drop capabilities) Link budgets: - Graphical view - Huge networks management - Stations deployments - Beams visualization - ITU-R P models - QoS checking - ITU climatic zones auto-selection - Powerful reports in pdf format - Export to Excel (optional) - International oordination Agreement - I & rosspolar considerations Intermodulation products graphical view arriers allocation algorithms (automatic, booking ) Transponder statistics: IBO/OBO, bandwidth ulti-mission: it can cope with different satellites no matter their architectures Flexible implementation of International oordination Agreements. Dynamic operational constrains management in both Tx and Rx Service oriented booking (access prioritisation and request reception) reation of terminal deployment and access plan Visualisation tool alculus of optimal coordinates for steerable beams Link budget analysis (EIRP assignments will take into account the actual occupancy and load of the transponder, and ITU rain models) Access definition Access plan consistency analysis: - Number of chains per terminal - EIRP per terminal - EIRP per transponder - Intermodulation product analysis - Frequency/bandwidth allocation overlapping - arrier re-allocation Report generation (satellite access authorisation) Events management External interfaces: - Satellite control center - User segment - ARO carriers monitoring system (export/import active access plan) Data bases management and synchronisation Verification of the theoretical plan created by and the real measurements performed in a ARO monitoring workstation Once a plan has been loaded and stations have been selected according to a deployment plan the operator can proceed to create, modify or delete satellite accesses. An access will be uniquely identified by the two involved terminals and sequential numbers. Each access will have assigned a satellite access authorisation number, priority, start date and stop date. A software suite for transponder networks and links Overview Satellite Access anager () is a software suite developed by Indra for planning and optimizing transponder networks and links. It is grounded on Indra more than 20 years of experience providing automated IOT, payload monitoring and design of satellite control centers. Visualization tool users can rapidly develop carrier plans to manage and maximize use of transponder capacity, at the same time that meets target requirements of performance and availability. These plans can be automatically converted to a new measurement baseline, which is sent to the monitoring ARO solution. On the other hand, also receives ARO real-time status to verify the system measurements against theoretical plan. allows planning off-line the different users and service accesses to the satellite transponders (different type of terminals, worldwide), taking all the possible variables into account (EIRP, rain degraded conditions, international agreements, satellite profile ). allows visualising the stations deployment within a plan. Stations are represented by different icons according to their type. Transponder coverage are shown or hidden upon operator criteria. Additionally, this tool provides a very easyto-use (point-and-click) built-in functionality in order to obtain the optimum steerable beam pointing for a given terminal deployment plan. Access plan reports Intermodulation analysis generates reports for a planned access or for the whole plan. It also produces the satellite access authorisation in a comfortable and easy to read way. Optional calculation directives such as 3rd or 5th order calculation and frequency windows among others. Graphic and tabular reports. Analysis is done following several criteria for all used transponder such as: Number of carriers Satellite EIRP consumption Satellite bandwidth allocation An internal verification and cross-checking is performed at both terminal and satellite resources to validate the access plan.

5 sama_af.fh11 8/3/10 14:10 P gina 1 Satellite communications, earth observation, navigation and positioning and control stations specifications Features Trade-off analysis, optimal transponder utilization, management of satellite access, fast creation satellite-based networks and links, trouble shooting, automatic measurement plan generation Architecture Application communication based on standard TP/IP stack Flexibility Loading, saving and merging access plans from/to the database apacity apacity to handle a huge number of carriers, links, satellites and remote terminals Validated odels are extensively verified in lab, field and customer testing against benchmarking tools Data exporting/reports Extensive set of reports and plots (ASII, pdf); transponder status, margins, power status, carrier power spectrum, intermodulation Propagation models ITU-R P propagation models, database of rain zone maps and statistics Interfaces native interface with Indra carriers monitoring system (ARO), satellite control centers and user segment planned schedule can be launched and activated using measurement system arrier allocation Provides automatic or easy manual carrier frequency allocation by several criteria (minimize /I, optimize bandwidth, power ) Performances inimize /I, optimize power and bandwidth usage and allow an easy and intuitive way of managing networks Statistics Pie charts, lists and pdf results / ar Egeo, 4 Polígono industrial, San Fernando de Henares adrid (Spain) T F space@indra.es Indra reserves the right to modify these specifications without prior notice.

6 sama_af.fh11 8/3/10 14:10 P gina 1 Satellite communications, earth observation, navigation and positioning and control stations specifications Features Trade-off analysis, optimal transponder utilization, management of satellite access, fast creation satellite-based networks and links, trouble shooting, automatic measurement plan generation Architecture Application communication based on standard TP/IP stack Flexibility Loading, saving and merging access plans from/to the database apacity apacity to handle a huge number of carriers, links, satellites and remote terminals Validated odels are extensively verified in lab, field and customer testing against benchmarking tools Data exporting/reports Extensive set of reports and plots (ASII, pdf); transponder status, margins, power status, carrier power spectrum, intermodulation Propagation models ITU-R P propagation models, database of rain zone maps and statistics Interfaces native interface with Indra carriers monitoring system (ARO), satellite control centers and user segment planned schedule can be launched and activated using measurement system arrier allocation Provides automatic or easy manual carrier frequency allocation by several criteria (minimize /I, optimize bandwidth, power ) Performances inimize /I, optimize power and bandwidth usage and allow an easy and intuitive way of managing networks Statistics Pie charts, lists and pdf results / ar Egeo, 4 Polígono industrial, San Fernando de Henares adrid (Spain) T F space@indra.es Indra reserves the right to modify these specifications without prior notice.