## 4 Results and Discussion
'Political Factors', with a weight of 0.109, encompass the influence of government policies and international relations on manufacturing. These factors impact regulatory environments, policy-making, and funding for technological innovation. The AHP analysis's methodological soundness is affirmed by the _CI_ of 0.041, a _CR_ of 0.033, and a maximum eigenvalue (\(\lambda_{\text{max}}\)) of 6.205 for an _RI_ of 1.24 for \(n\) = 6. The _CR_ value, substantially below the 0.1 threshold, confirms the high level of consistency and agreement among the expert opinions, adding to the analysis's credibility and reliability. In our study, Table 9 plays a critical role as it presents the outcomes of the AHP analysis, with a targeted focus on the 'Resources' factor within the context of 5G ceramic antenna manufacturing. As determined by the B-SER-M model analysis, this factor is segmented into five key sub-factors, each with its designated role and corresponding weight that influences the manufacturing process: 'Human Resources', 'Informational Resources', 'Technical Resources', and 'Physical Resources'. 'Human Resources', with the highest weight of 0.335, underscores the critical importance of skilled personnel in the manufacturing process. This weight indicates that, despite advancements in technology and automation, the human element remains fundamental in the industry. The expertise and capabilities of the workforce are key drivers of efficiency and reliability in 5G ceramic antenna production. The emphasis on 'Human Resources' highlights the need for comprehensive education and skill development, including targeted training programs that enhance technical skills and deepen understanding of the specific challenges in 5G antenna production. 'Informational Resources', assigned a significant weight of 0.224, include the data and information necessary for informed decision-making and strategic planning. This encompasses market research, production data, supply chain information, and other relevant knowledge, which are crucial for optimizing the manufacturing process. The substantial weight of this factor emphasizes the value of accurate and timely information in guiding the manufacturing process. 'Technical Resources' are given a weight of 0.218, reflecting their importance in the manufacturing process. This category includes specialized tools, technologies, and technical know-how, such as advanced manufacturing equipment and design software, which are vital for developing and producing high-quality antennas. 'Financial Resources', with a weight of 0.148, represent the monetary assets needed for the manufacturing operations. This includes funding for investments in technology and machinery, operational costs, and research and development. The weight signifies \begin{table}
\begin{tabular}{c c c} \hline \hline
**Sub-Factors** & **Rank** & **Weight** \\ \hline Physical Resources & 5 & 0.075 \\ Human Resources & 1 & 0.335 \\ Technical Resources & 3 & 0.218 \\ Financial Resources & 4 & 0.148 \\ Informational Resources & 2 & 0.224 \\ \hline \hline  & SUM & 1.000 \\ \hline  & _CI_ & 0.041 \\ \(\mathcal{C}R\) & & 0.037 \\  & \(\lambda_{\text{max}}\) & 5.164 \\ \hline \hline \end{tabular}
\end{table} 
Table 9: The AHP calculated weights for sub-factors within the top-level factor of ‘Resources’ in the context of 5G ceramic antenna manufacturing. the importance of financial stability and investment in sustaining and advancing the manufacturing process. 'Physical Resources', though given the lowest weight of 0.075, are still essential. They refer to tangible assets like production facilities, machinery, and raw materials. While their relative importance is lower compared to other resources, they form the foundation of the actual production process. The distribution of these weights in Table 9 indicates a prioritization in 5G ceramic antenna manufacturing, with a significant emphasis on human expertise and knowledge, followed by the importance of information, technical capabilities, financial backing, and physical assets.