  Given the imperative for advanced wireless networks in the next generation
and the rise of real-time applications within wireless communication, there is
a notable focus on investigating data rate performance across various fading
scenarios. This research delved into analyzing the effective throughput of the
shadowed Beaulieu-Xie (SBX) composite fading channel using the PDF-based
approach. To get the simplified relationship between the performance parameter
and channel parameters, the low-SNR and the high-SNR approximation of the
effective rate are also provided. The proposed formulations are evaluated for
different values of system parameters to study their impact on the effective
throughput. Also, the impact of the delay parameter on the EC is investigated.
Monte-Carlo simulations are used to verify the facticity of the deduced
equations.
