UltiComm™
Advanced enterprise-class software system that delivers advanced user experience, simulation of payload requests, optimization of complex configurations, and smart auto-reconfiguration of on-orbit channels
PAYLOAD DESIGN
Quick and Easy Design of Complex Schemes
Multi-beam communication satellites are built with increasingly sophisticated payloads. Growing market demands along with the need for transmission equipment redundancy result in very complex structural payload schemes. UltiComm™ provides users with a powerful configuration management system that allows easy modeling of payload schemes. It captures all relevant component information that is required for request simulation, optimization and re-configuration.
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SUPERIOR VISUALIZATION
Navigate Across Vast Amounts of Payload Data
UltiComm™ delivers an easy and intuitive user experience via its powerful visualization and navigation features. A rich, interactive, graphical interface allows visualization of complex payloads schemes and lets users navigate across vast amount of information stored and tracked in the system. Thematic views of information are extremely helpful to present data in a variety of usage contexts.
REQUEST OPTIMIZATION
Optimal Routing and Channel Allocation in Seconds
UltiComm™ provides satellite designers and operators with a wide range of capabilities to simulate and optimize transmission channels through complex payload infrastructures.
SMART RECONFIGURATION
Channel Re-Allocation with Minimal Disruptions
UltiComm™ effectively leverages highly configurable, multi-objective optimizations to perform channel allocations and routing. It is the only system of its kind that is capable of finding the most optimal reconfiguration alternatives in seconds.
TELEMETRY INTEGRATION
Ground Telemetry Integration for On-Orbit Support
Satellite operators rely on the UltiComm™ platform to support their orbiting spacecraft. UltiComm™ is designed to communicate with ground telemetry stations via multiple forms of telemetry data import and telemetry command sequence generation.
