The Anritsu MT1000A is a full-featured network tester that performs a wide range of tests on communication networks, such as Ethernet, CPRI, OTDR, OTN, SONET/SDH, and PTP.It is a compact, battery-powered, and easy-to-use unit that can support speeds from 1.5 Mbps to 100 Gbps. It has a modular design that allows you to install different modules and options according to your needs. It also features a simple and intuitive graphical user interface, a large 9-inch screen display, and multiple connectivity options. It can generate reports in PDF, CSV and XML formats for documenting test results. It is a versatile and powerful tool for network installation and maintenance.

Optical module is a device that converts electrical signals into optical signals or optical signals into electrical signals, and it plays an important role in optical communication system. In order to ensure the normal operation of the optical module, we need to test its performance and detect whether it meets the relevant standards and specifications. So, how to test the performance of optical modules? This article will introduce you to some commonly used optical module test methods and test and measurement equipment.

TX and RX are two important concepts in a communication system, representing Transmitter and Receiver respectively. In a communication system, the Transmitter is responsible for converting information signals into electromagnetic waves and sending them out, and the Receiver is responsible for receiving the electromagnetic waves and reducing them to information signals. Therefore, testing the performance of TX and RX is an important step to ensure that the communication system works properly.

PCIe has both a serial communications interface and a storage interface, unlike SAS and SATA, thus enabling additional industry scalability. PCIe supports full-duplex communication based on a point-to-point bus topology between the followers (system/host) and the endpoints (plug-ins). The specifications are developed and maintained by the PCI-SIG, an association of more than 900 companies.

In the field of electronic test and measurement, a signal source is a commonly used instrument that provides a variety of known or preset waveforms, such as sine, square, ramp, and pulse waves, for exciting a circuit or system under test and observing its response. However, sometimes we need to simulate real-world signals that are often irregular, random, complex, or contain multiple frequency components and modulations.

Oscilloscope is a commonly used electronic test instrument, which can display and measure the waveform, amplitude, frequency, phase and other parameters of a signal. However, to use an oscilloscope correctly, not only to understand its functions and operating methods, but also to pay attention to some details and techniques in the actual test. In this article, we will introduce some of the oscilloscope actual test considerations, hope to help electronic engineers.

An eye diagram is a tool used to observe the quality and performance of a high-speed digital signal, which can reflect a lot of information about the signal, such as noise, jitter, inter-code crosstalk, extinction ratio, and signal-to-noise ratio. Eye diagram is a series of digital signals accumulated on the oscilloscope and displayed graphics, it is similar to the shape of an eye, hence the name. The size and clarity of the eye diagram can reflect the quality of the signal. Generally speaking, the larger and clearer the eye diagram is, the better the signal is; the smaller and blurrier the eye diagram is, the worse the signal is.

If you want to use the 86100D oscilloscope for optoelectronic conversion, you'll need to pair it with the 86105C module, which converts optical signals to electrical signals for testing and analysis.The 86100D DCA-X makes precise measurements on high-speed digital designs from 50MBd to more than 80GBd on up to 16 channels simultaneously. Make precise measurements on high-speed digital designs from 50MBd to over 80GBd on up to 16 channels simultaneously.

The keysight N1090A and N1092/4 Sampling Oscilloscopes series, a high-precision, low-cost solution for optical waveform analysis, support data rates and baud rates from 1 Gb/s to 53 GBaud.The N1090A and N1092/4 Sampling Oscilloscopes have inherited the excellent quality of keysight is 86100 Digital Communications Analyser (DCA), while adopting a miniaturised design, making it easy for users to use them in different situations.