Concurrent execution of multiple applications on chip multiprocessors leads to interference at different level of shared resources like the banks of a DRAM. There are a few studies in literature suggest that we can dynamically partition the DRAM banks among the running processes. However, a detailed performance statistics is not available in existing literature. In this paper, we made a comparative study of DRAM bank allocation algorithms between static and dynamic bank allocation algorithms on a large number of SPEC CPU 2006 benchmarks. We conclude that, though per application performance increases for few applications, there is no benefit in overall system performance. © 2016 IEEE.