Automatically Measure Sound Level Software

Automatically Measure Sound Level Software is a lightweight application that can measure the ambient sound level, with the help of a connected microphone, on a certain interval, and enables you to log dB values for future analysis.

It can be useful for those who need to monitor the sound level in a certain environment, but it cannot help you calibrate your recording device, and it features an outdated user interface.

Before anything else, you need to connect your recording device to your PC and select it from the application. Next, you can specify how often the program should analyze the ambient sound level and record the dB value.

If you turn on the automatic logging function, the utility records data once every few seconds, minutes or hours, and then saves it to a standard TXT file, which can be analyzed at a later date.

You also have the option of checking the sound level manually, a useful function for testing purposes.

While the monitored sound level is measured in decibels, the values are not scientifically accurate, as the device would first need to be calibrated. Sadly, the application cannot help you perform this task.

However, Automatically Measure Sound Level Software can still be useful if you only wish to track ambient noise over a certain period, but it is important to note that the listed dB values can only be used for comparison purposes.

Once the recording process has been launched, you can minimize the application to the system tray and get on with your other activities.

As far as the user interface is concerned, some enhancements would be in order, as the program appears to be very out-of-date from a visual standpoint.

In conclusion, Automatically Measure Sound Level Software is a simple, no-frills utility that enables you to monitor and log the ambient noise level in a certain environment. However, because it cannot help you calibrate your recording device, the listed dB values are not technically accurate, although they can be used to analyze variations over time.