The connectionless communication mode has the advantage over a connection-oriented mode in that it has a low overhead.  It also allows for multicast and broadcast operations saving even more network resources when the same data needs to be transmitted to several recipients.
In a connectionless packet switching, also known as datagram switching, each packet includes complete addressing or routing information and is routed individually.
This means that it is capable of seamlessly connecting and exchanging information with Internet service providers (ISP) to eliminate transmission overhead and overcome rain fade fragility; meanwhile, it has improved efficiency and can connect to different topologies.
This means that it is capable of seamlessly connecting and exchanging information with Internet service providers (ISP) to eliminate transmission overhead and overcome rain fade fragility; meanwhile, it has improved efficiency and can connect to different topologies.
GEO/LEO Latency
496 ms/17 ms
Antenna / Power Requirement
40% Smaller / 10db Less Power Required
Transmission Tecechnology
IP Based (IP Packet)
Bandwidth Management
Real-time Adjustment by DAMA & ABOD
Efficiency Low Traffic / Heavy Traffic
99.9%/99.9%
Downlink: Uplink
Ratio Customization
Connectivity
Up to 99% Connectivity Rate
User Management
Customized Expandability
DAMA: Demand Assigned Multiple Access
Carriers start and close according to the real data flow requirement.
ABOD: Adaptive Bandwidth on Demand
Carriers Bandwidth increase and decrease for the real demand of transmission.
NETWORK MANAGEMENT CONTROL TECHNOLOGY
Flexible in every way
NMCS offers network connectivity management via satellite, including traffic switching and routing using DAMA connections.
MQEYTA network administrators can configure multiple subnets for each network design. Each subnet operates in a single frequency band over various transponders. In addition, connection groups facilitate dynamic and static routing of network traffic.
The real time processor of NMCS handles transponder bandwidth management and controls frequency / bandwidth assignment, permitting only authorized users to access transponder space.
Frequency and bandwidth are assigned on demand by NMCS based on real-time traffic and QoS policy.
NMCS can handle up to 1,000 simultaneous DAMA MESH and STAR connections, depending on the availability of bandwidth and channel resources.
Mantaray AI Powered PSMA(Packet Switching Multiple Access) Technology
Multiple Access Points
Mantaray Next-Gen Intelligent PSMA Technology provides multiple accesses via direct IP packet switching in a VSAT network from one node to another without other layers of multiplexing. As a result, we reduce the unnecessary usage of overhead.
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Over 25% Channel Efficiency by Eliminating Overhead
PSMA provides multiple accesses via direct IP packet switching in a VSAT network without other layers of multiplexing from one node to another. Conventional IP over TDMA adds another layer of multiplexing, which requires additional overhead that wastes transponder bandwidth.
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Bandwidth Usage
Unprecedented channel efficiency
DAMA/ABOD & QoS
Optimized precious bandwidth
Sub-networking, Multi-topology Support
Cost effective, fast frequency switching
If you are interested in learning more about our technologies, get in touch with us.
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