Abstract

In the high-rate FM baseband equipment test, there is a packet loss in the telemetry data sent by the central unit to the center. Combined with the previous high-rate FM baseband equipment transmission data, preliminary analysis, the buffer size of the baseband equipment affects the time gap between the central machine and the telemetry data sent to the center, resulting in the phenomenon of packet loss. This paper mainly studies the influence of different buffer sizes on the transmission data gap and data volume, and then calculates the optimal baseband device buffer size without affecting the central machine transmission data, which provides a reference for practical engineering.

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