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A tale of 3 satellite return technologies

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Change is inevitable, progress is possible


Cross-Dimensional Multiple Access (Mx-DMA) Return Technology

Newtec Mx-DMA is the return technology that incorporates the best features of MF-TDMA and SCPC technologies and at the same time solves the difficult choice to select one or the other. The Mx-DMA return technology on the Newtec Dialog Platform adjusts the frequency plan, the symbol rate, the modulation, coding and power in real-time for every terminal in the satellite network. These adjustments are based on the return traffic demand, the network QoS management and channel conditions for the terminal population in the network. Within the Mx-DMA return link each carrier is assigned to only one terminal. As such SCPC-like maximum return efficiencies are achieved.

At the same time the flexibility of MF-TDMA can be maintained. It remains possible in Mx-DMA to allocate bandwidth on demand and in real-time. In other words as the traffic demand for a remote terminal is changing, bandwidth will be allocated on the fly. If the traffic within the terminal becomes more important, extra bandwidth will auto-dynamically be assigned to the carrier inside the link based on QoS and priority rules. The entire operation is performed seamlessly without any data packet being lost.

The implementation of Mx-DMA typically results in a doubling of the transponder throughput using the same bandwidth, or alternatively reducing the required space segment capacity by 50 percent. The new technology also ensures low jitter and delay, perfect for applications like voice and streaming video.


Matching Satcom Return Technologies and Applications on Newtec Dialog

Equipment with this technology


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