We study tradeoffs in coded distributed storage systems that store warm data, i.e., the systems see both frequent read and write requests. We present some preliminary results in the setting where strict synchronization of the file versions across the servers is not enforced. We characterize the stabilizable read and write arrival rate-region for any arbitrary coding strategy and present job-routing schemes which can stabilize any arrival rate inside that region. We also compare the read delay for MDS coded and uncoded (replication) systems under symmetrical loads in the mean field limit. We observe that like read only storage systems in the presence of both read and write requests MDS coded systems have better delay performance.