Understanding Live Optics Data
The Live Optics team has provided information on how to interpret and apply the data found in the Live Optics profiles to common IT scenarios
- Live Optics Basics: Page Faults
- Optical Prime Performance Impact on Local and Remote Windows Servers
- Optical Prime Best Practices: Collector Run Duration
- Live Optics Tech Brief: Workload Concentration
- Optical Prime Security Tech Brief
- How IO Transfer Size Effects latency and IOPS
- Queue Depth: A deeper look
- Optical Prime Project Viewer Device List Icons
- Live Optics Tech Brief: Drive Writes Per Day (DWPD)
- Live Optics Basics: Disk Throughput
- Live Optics Basics: The Participation Graph
- Live Optics Basics: How Optical Prime identifies a LUN
- What information does Optical Prime collect?
- Live Optics Basics: Read / Write Ratio
- Live Optics Basics: Queue Depth Values
- Live Optics Basics: Latency Basics
- Live Optics Basics: IOPS
- Live Optics Basics: A server monitoring target
- Live Optics Basics: Optical Prime
- Live Optics Basics: The Live Optics Viewer
- Live Optics Basics: Data Aggregation
- High Latency When I/O Is Very Low
- RDM vs. Guest iSCSI connections
- IO Transfer Size vs. Formatting Cluster Block Size
- How is latency calculated?
- What's the difference between "Peak/Min Memory" and "Peak/Min Memory In Use"?