Used JDSU MAP-TLS #9085492 for sale

JDSU MAP-TLS is an electronic test equipment designed to detect and monitor the Physical Layer performance of VoIP telephony network. It is a multi-purpose tester that can be used in R&D, production, or service applications in the installation or maintenance of Voice over IP networks. MAP-TLS tester is designed to perform testing and monitoring of up to 8 IP VoIP trunks, and it can be used in wired, wireless, or cellular networks. It offers a wide array of features that support different types of VoIP network applications including IP PBX, VoIP gateway, cloud services, and SIP. JDSU MAP-TLS is specifically designed to evaluate the performance of Voice over IP networks that are based on either SIP or H.323 protocols. It is also capable of monitoring various network parameters such as bandwidth, jitter, latency, packet loss, map packet size, and delay variation. It can detect and isolate call or data traffic problems in the Physical layer, helping users to quickly identify and fix network issues in VoIP systems. MAP-TLS is capable of measuring total power, frequency response and phase response of VoIP networks, making it a powerful tool for network commissioning and troubleshooting. It offers a number of automated tests to verify that the system meets the standard performance characteristics. It can be used to measure and compare the parameters of the network under test to other IP networks, or to simulate different connection scenarios. JDSU MAP-TLS has an intuitive user interface and powerful analysis capabilities. It has built-in diagnostic features that can assist in the detection and correction of signal impairments in VoIP networks. It is also equipped with a TCP/IP connectivity feature that allows users to remotely monitor and control the tester from a standard web browser. Overall, MAP-TLS is a multifunctional and responsive test and monitoring system that can be used to evaluate and maintain VoIP networks. It is a reliable, cost-effective solution for IP telephony network performance and optimization.