BIP Oscilloscope : Lightweight application which enables you to measure your input device in a customizable environment, as well as view a graph and save it to a file
BIP Oscilloscope is a small-sized application which enables you to measure a signal received by your computer’s sound card, with the possibility of changing the input device.
Perks of portability
The installation process can be bypassed altogether, as this product is portable. This means that the Windows registry is not going to be changed in any way, unless you approve of them.Another important aspect is that it is possible to copy the program files to a USB thumb drive and thus, run BIP Oscilloscope on any computer you come across.
Multiple customizable options at your fingertips
This tool enables you to start and stop the monitoring process with just a click of the button, while it displays a graphical representation of the signal it receives in the main window. This table can be easily copied to the Clipboard or it can be saved to a custom location on the HDD using a BMP or XPS file extension.Aside from that, you should know it is possible to choose the input channel from a drop-down menu, adjust the sampling rate and duration, as well as adjust oscilloscope configurations, so that you can get the best results. For example, you can control trigger, caliber, time, volt, brightness, focus, and horizontal and vertical shift.
Evaluation and conclusion
To wrap it up, BIP Oscilloscope is a pretty efficient piece of software for testing your input device using various scenarios. The interface is suitable to all and the response time is quite good.We did not detect any hangs or freezes in our tests, the computer’s performance is not going to be burdened, yet you should know that it does not work on newer versions of Windows, such as 8 and 8.1.
Windows 7 64 bit / Windows 7 / Windows Vista 64 bit / Windows Vista / Windows XP 64 bit / Windows XP / Windows 2000
BIP Oscilloscope runs on
Windows 10/11
and is available under the
Freeware
license
— the installer is 152 KB.
We’ve catalogued it under
Science and Engineering.
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