In the scope of beyond 5G and the forthcoming 6G, Radio Stripes (RS) have been proposed as a potential technique to enhance communications quality for new users. In this paper, we examine the functionality of an RS-aided wireless communication systems, where the transmitted signal is encoded with low-density parity check (LDPC) codes to improve the signal quality. In order to provide high-power, low-latency in 5G communications, LDPC codes, which permit encoding-decoding, have been used. Inter-channel interferences and performances are aimed to be improved with LDPC codes by achieving over 2.5 dB gain, in terms of Bit Error Rate. Using Monte Carlo simulations for various numbers of RS-reflecting elements, we show the validity of the beneficial effect of this type of codes.