Here is our list of the eleven best CPU Load & Temperature Monitor tools: Monitoring the temperature allows you to identify when hardware devices are overheating and gives you a chance to fix the problem before any damage is done to the device – which is vitally important for network troubleshooting. The first core is 0, the second core is 1, etc.All PCs and servers on your network emit heat but there is a limit to the amount of heat a computer can withstand before damage is done to hardware.ĬPU temperature monitors enable you to monitor CPU temperature from one location. Load: Current indexed core usage as a percentage.ĬoreTempIndex Default: 0 Zero-based index of the core to measure.This is a calculation based on the BusSpeed for the CPU times the CoreBusMultiplier. CoreSpeed: Current indexed core frequency.CoreBusMultiplier: Current FSB multiplier for the indexed core.TjMax: Maximum allowed indexed core temperature.Temperature: Current indexed core temperature.These option values use CoreTempIndex to define a specific CPU core.

Power: Current power consumption of the CPU.

BusMultiplier: Current FSB bus multiplier.

MaxTemperature: Current temperature of the hottest of all cores.

CoreTempType Default: MaxTemperatureĭefines the information to measure. Options General measure optionsĪll general measure options are valid. Note: If the value of the measure is to be used in a meter which requires a percentage, then appropriate MinValue and/or MaxValue options must be added to the measure. The latest CoreTemp application must be running in the background. Plugin=CoreTemp retrieves infromation from the CoreTemp application.

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