Read the full article: Why Linux Servers Slow Down: R, S, D, Z and T Process States Explained
Monitoring dashboards occasionally indicate low CPU utilization (e.g., 22%) and ample free memory, yet applications may exhibit sluggishness and increased response times. This common discrepancy in Linux environments often stems from process states that are not captured by high-level resource summaries. Every process on a Linux server is assigned a state. The single-letter identifier in… continue reading.
Monitoring dashboards occasionally indicate low CPU utilization (e.g., 22%) and ample free memory, yet applications may exhibit sluggishness and increased response times. This common discrepancy in Linux environments often stems from process states that are not captured by high-level resource summaries. Every process on a Linux server is assigned a state. The single-letter identifier in… continue reading.