Uma revisão de Softwares de Benchmark para Avaliação de Desempenho de Microcomputadores

Abstract

This paper performs a bibliographic review of benchmark software used to evaluate the performance of microcomputers. The main function of these software programs is to measure and compare the performance of hardware components, such as CPU, GPU, memory and storage, providing essential metrics for users and companies when choosing more efficient systems. The research seeks to identify the main benchmark tools available, analyzing their benefits and limitations in different contexts of use. Among the software investigated, those that are free to use stand out, emphasizing their applicability and reliability in practical scenarios. The main objective of the study is to provide a critical view on the effectiveness of benchmarks in evaluating the performance of microcomputers, identifying the best software for different purposes. The methodology used includes a bibliographic and documentary review, analyzing studies and reports that address the operation of tools such as PCMark, Sysmark and Cinebench, among others. In addition, the work compares the main characteristics of these software programs in a table format, seeking to verify their accuracy and reliability. Among the main findings, the study reveals that the benchmarks analyzed present significant variations in results, depending on the type of test and system configuration, which demonstrates the importance of choosing the right tool for each purpose. The research also highlights the need for greater standardization and transparency in the algorithms used, to ensure that the results more accurately reflect the actual performance of microcomputers.