Meet SpaceBridge's Latest Technologies
Provide Return link high availability and protection while maximizing throughput under fade and harsh weather conditions with a granularity of ClearSky, Fade, and Deep Fade, with Dynamic-Rate-Adaptation
Adaptive Coding and Modulation (FL- ACM) in the Forward link to substantially increased efficiency. Hence, the use of the bandwidth resource under harsh forward link weather conditions to keep connectivity continuity
In fact, gateway and Remote Terminals Native L2 support, for smooth integration to MPLS or Carrier Ethernet Telco standard network.
Moreover, multi-tiers NMS enables complete network management monitoring and configurations. It is built around the widely accepted FCAPS model for local and multi beams/GW Global Resource Management.
1:N Redundancy Manager
In addition, SpaceBridge sets a new bar for availability and advanced redundancy feasibility, implementing most cost effective Gateway full 1:N redundancy.
The QPS performs Quality of Service over OSI Layer 3-7 in orchestration with the Performance Enhanced Proxy TCP/IP acceleration, connected to RL and FL ACMs for optimized real-time resource allocation
Granular Differentiated Services Code Point, Network capability to offer a service with optimized quality of experience by deep Traffic classification, marking, policing, and shaping.
Cloud and Virtualization
Various software-defined gateway services enables the flexibility of virtualization and cloud native system component, resides in containers in the virtualized cloud compute engines.
Automatic Beam Switching
Additionally, Satcom on the Move (SoTM) Remote Terminals Beam Handover, involving both forward and return paths, gateway and satellite handover
Virtual Network Orchestration
Moreover, SpaceBridge VNO allows a Network Administrator to provide multiple profile definitions in order to permit each customer to manage their own SLA and resources.
Dynamic SLA for Traffic Accounting
Accurate traffic recording, to enable billing and integration with OSS/BSS platforms