Used EXFO PM-1100 #9104192 for sale

EXFO PM-1100 is a high-performance device used for digital fiber optic testing. This device is a 100 Mbps loopback device designed to be used in both data centers and telecommunication labs. It offers a variety of test functions including raw data transmission, latency measurement, bit-error-rate, and frame capture. EXFO PM 1100 supports multiple network protocols including Ethernet, Fibre Channel, InfiniBand, and SONET. It is equipped with eight interfaces, four of which are SFP/XFP interfaces, two are Gigabit Ethernet interfaces, and two are PCIe 2.0 interfaces. Additionally, it is equipped with a removable 128GB solid-state drive. PM-1100 consists of a metallic chassis that can be mounted in a 19-inch rack. PM 1100 offers enhanced precision, accuracy, and repeatability during optical testing. It is equipped with a digital signal processor, a 20GHz frequency synthesizer, and a 32-bit ARM processor that allows for faster processing of test signals. It features a multigigabit MAC that allows users to accurately measure the performance of digital fiber optic signals. EXFO PM-1100 has a variety of features that support test automation. For example, it is equipped with multiple test scripting environments, automated test runs, and comprehensive report generation. Additionally, the device comes with supported QoS software, which allow users to measure the quality of service. This device is also capable of monitoring and analyzing network traffic to identify and troubleshoot network problems. EXFO PM 1100 is a reliable device that offers a wide range of test capabilities for data centers and telecommunication labs. It is designed to meet the needs of a variety of demands including latency testing, frame capture, bit-error-rate, 10BaseT, and 100BaseT. This device is also suitable for testing fiber-optic networks, and is ideal for monitoring and analyzing network traffic, or for troubleshooting. It is an important tool for any data center or telecommunication lab as it can provide precise, accurate, and repeatable tests for digital optical networks.