Used VIDEOTEK TSM-50 #9214512 for sale

VIDEOTEK TSM-50 is an electronic test and measurement instrument designed specifically for monitoring signal parameters in broadcast and cable services. It is a stand-alone device capable of performing a number of tasks essential to the efficient operation of digital networks. TSM-50 is an affordable probe capable of supporting various formats of television and audio-visual content. This versatility makes it a valuable asset to broadcast and cable systems companies worldwide. It supports NTSC, PAL, and ATSC levels of signal fidelity, meaning it can detect even the most minor discrepancies between different transmission formats. This system's ability to measure signal level parameters such as signal-to-noise ratio, distortion level, picture and sound changes, analog and digital modulation quality, carrier-to-noise ratio, and bit error rate exemplifies its outstanding performance. In addition to measuring parameters, VIDEOTEK TSM-50 also reports errors and provides video and audio quality displays for broadcasters and cable operators. TSM-50 offers full QAM monitoring capabilities, including multi-stream transport stream analysis, MPEG-2 transport stream analysis, MPEG-4/H.264 transport stream analysis and more. It also enables correlation between survey and compliance monitor information, based on the comprehensive multi-service monitor option. A highly configurable attribute of VIDEOTEK TSM-50 is its sophisticated signal visualizations. An operator can customize the device to present its measurements in a user-friendly format, such as bar graphs, lists or dual-screen displays. TSM-50 also features an isolated output for connecting the instrument to a laptop or computer, allowing the user to capture and display measurements internally as well as remotely. Finally, VIDEOTEK TSM-50 runs on advanced software providing extensive post-measurement support to a wide array of audio and video formats. This makes it an indispensable tool for efficient signal operation and maintenance, regardless of a broadcasting system's complexity.