Used WAVECOM UCM 4540 #189896 for sale

WAVECOM UCM 4540
ID: 189896
Digital QAM modulator / up converter.
WAVECOM UCM 4540 is an electronic test equipment designed to assist network engineers and field technicians in providing professional grade assessment and diagnostics of digital/optical systems. Utilizing industry-standard optical network analysis techniques, UCM 4540 offers a powerful, integrated platform for testing the performance of a wide array of components, from digital optical receivers to optical transmitters. WAVECOM UCM 4540's primary focus is to provide reliable, repeatable network performance diagnostics. On its digital side, UCM 4540 can measure the performance of Ethernet networks or Layer 1 circuits with a variety of metrics, such as packet loss, jitter, latency, and other key indicators. The UCM is capable of validating the accuracy of layer-1 data streams quickly, leading to improved accuracy and quality assurance. Furthermore, it supports the testing of multiple connected network components at the same time in order to evaluate the interoperability between different vendors' components. On its optical side, WAVECOM UCM 4540 is able to detect and measure issues in fiber-optic cables, such as loss, dispersion, reflectance, or crosstalk. By mirroring data streams through a combination of optical and electrical interfaces, the UCM is able to accurately determine the integrity of optical signals by validating the alignment of the connectors for optimum optical performance. In addition, the UCM is capable of monitoring the power levels of optical signals along with the reflective and transmissive behavior of the data stream. Finally, UCM 4540 can identify and report on any non-compliant devices in the system via its integrated fault alert monitoring functionality. This feature helps reduce downtime and repair costs associated with errant hardware components. With its robust performance and comprehensive diagnostics capabilities, WAVECOM UCM 4540 ensures ease of use, reliability, and repeatability in today's rapidly growing digital/optical systems.
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