HWMonitor
HWMonitor is a hardware monitoring program that reads PC systems main health sensors, voltages, temperatures, fans speed. The program handles the most common sensor chips, like ITE® IT87 series, most Winbond® ICs, and others. In addition, it can read modern CPUs on-die core thermal sensors, as well has hard drives temperature via S.M.A.R.T, and video card GPU temperature. Preliminary support of Intel Alder Lake, Z6xx platform and DDR5 memory. AMD Ryzen 5700G, 5600G and 5300G APUs. AMD Radeon RX 6900 XT and 6700 XT GPUs. Added hotspot and GDDR6 temperatures on NVIDIA GPUs. Run the setup executable file, and let it guide you for the installation process. You can remove the program either from the Add or Remove Programs window (from Settings, Control Panel), or choose Uninstall HWMonitor from Start menu, Programs, CPUID, HWMonitor. If you notice a bug in a sensor report, or an undefined value, please select the "File" menu and choose "Save" to generate a complete report as a text file.
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Temp-Sense
Thinnect temperature guards are created to monitor hot and cold storage areas in food industry. They instantly send alerts if a temperature goes off limits and the food quality might be compromised. This gives peace of mind to restaurant, kitchen, and supermarket managers as well as to customers who no longer need to wonder if the fish they buy is good. That means no lawsuits or threats to reputation because of spoiled food. Temp-Sense also helps to minimize food waste thus reducing costs and environmental footprint! Thinnect online temperature sensor system monitors the internal temperature of hot foods as well as refrigerators, walk-in refrigerators, and cooled display cases. The monitoring system can be used in supermarkets, restaurants, and commercial kitchens. It includes wireless sensors placed in food storage areas as well as internal food temperature probes. The system automatically raises alerts, saves monitored data and provides real-time and historical visibility.
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AIDA64
AIDA64 Extreme has a hardware detection engine unrivaled in its class. It provides detailed information about installed software and offers diagnostic functions and support for overclocking. As it is monitoring sensors in real time, it can gather accurate voltage, temperature and fan speed readings, while its diagnostic functions help detect and prevent hardware issues. It also offers a couple of benchmarks for measuring either the performance of individual hardware components or the whole system. AIDA64 provides over 50 pages of information on hardware configuration and over 50 pages of installed programs, software licenses, security applications, and Windows settings. AIDA64 supports over 250 various sensor devices to measure temperatures, voltages, fan speeds, and power draw.
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SpeedFan
SpeedFan monitor temperatures from several sources. By properly configuring SpeedFan, you can let it change fan speeds based on system temperatures. When choosing parameters for the minimum and maximum fan speed, try to set them by hand and listen to the noise. When you hear no noise from the fan then you can set that value as the minimum fan speed for that fan. I suggest to use 100 as the maximum value, unless you hear a lot of noise from it, in which case you might reduce the maximum speed to 95 or 90. You can set, say, 60 as the maximum value and, sometimes, I myself set it that way. Consider that when the warning temperature is reached, the program sets the fan speed to 100, whatever maximum speed you selected. One last word should be said regarding the use fan x listbox. In my pc, more than one temperature changes when a fan runs faster. You can configure on which fan every temperature should rely.
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