Product Introduction for the MW90010A Coherent OTDR
Product Introduction
pdf 954.2 KB
12/3/2021
This document is the Operation manual of the software that controls the Signal Quality Analyzer Series.
Operations Manual
pdf 10.8 MB
Version: 14
12/2/2021
English MU195020A/MU195040A/MU195050A Operation Manual.
Operations Manual
pdf 5.1 MB
Version: 13
12/2/2021
English MU196020A/MU196040A/MU196040B Operation Manual.
Operations Manual
pdf 2.4 MB
Version: 11
12/2/2021
English MX183000A Operation Manual.
Operations Manual
pdf 11.4 MB
Version: 21
12/2/2021
This Measurement Guide documents Land Mobile Radio signal analysis functions of the
Anritsu LMR Master handheld instrument. Anritsu currently supports measurement of
Narrowband FM Analog and digital transmitter Land Mobile Radio technologies. P/N: 10580-00243
Measurement Guide
pdf 22.3 MB
Version: AE
12/1/2021
The Anritsu TETRA Signal Generator provides you with a PC utility to quickly create a T1 TCH/7.2 test signal for Base Station sensitivity testing as per the TETRA test specification to be used with the LMR
Master S412E. This document also provides the necessary instructions on how to generate custom TETRA DL patterns. P/N: 10580-00425
Quick Start Guide
pdf 1.6 MB
Version: B
12/1/2021
Help is a compilation of user documentation for easier viewing and navigation. P/N: 10450-00026 | OHS | version K | 12/01/2021
Online Help System
html 185.8 KB
Version: K
12/1/2021
The MP1900A PAM4 ED with world-beating input-sensitivity performance adds a new FEC Analysis function for detecting FEC Symbol Errors in real-time.
Product Introduction
pdf 1.1 MB
11/30/2021
The Signal Quality Analyzer-R MP1900A series is a modular 8-slot high-performance BERT. Installing multiple 64G PAM4 PPG modules in the slots not only supports today’ s 400 GbE analysis requirements, but also provides futureproof support for next-generation 800G measurements.
Product Introduction
pdf 3.9 MB
11/30/2021
The Signal Quality Analyzer-R MP1900A series PAM4 BERT is a high-performance bit error rate tester for PHYlayer
evaluation of PAM4 transmissions, such as next-generation 400 and 800 GbE networks. Due to its high
sensitivity-input performance (36 mV EH at 53 Gbaud), it not only supports more accurate jitter tolerance
evaluation, but can also measure FEC Symbol Errors in real-time by addition of the FEC Analysis option; it also
supports jitter tolerance evaluation based on correctable/uncorrectable FEC symbol error count. Additionally, the
FEC Symbol Capture function supports factor analysis of uncorrectable FEC Symbol Errors, such as burst errors.
Leaflet
pdf 322.3 KB
11/30/2021
Data center and network traffic volumes are increasing exponentially as mobile networks start upgrading to 5G and ‘Big Data’ applications become popular. As a consequence, physical-layer devices are required to support faster transmission speeds, larger data capacities, and assured signal quality, in turn making signal integrity analysis ever more important. To meet these needs, Anritsu has implemented more accurate signal integrity tests, such as bit error rate (BER) measurements, crosstalk tests, Jitter Tolerance tests, etc., in its MP1900A test solution for 32G/64G NRZ/PAM4.
Brochure
pdf 5.7 MB
11/30/2021
The New Radio RF Conformance Test System ME7873NR is a RF Conformance Test (RFCT) platform for RF transmitter / receiver characteristics, performance requirements, and RRM testing of 5G mobile devices compliant with 3GPP standards. Based on the solid and trusted achievements selected and used by customers around the world in the 3G (W-CDMA) and 4G (LTE) era, we will continue to release timely test cases for 5G.
Brochure
pdf 2.2 MB
11/30/2021
LTE-Advanced RF Conformance Test System ME7873LA automates RF and RRM
tests for mobiles supporting the latest 3GPP standards.
In addition to supporting LTE/LTE-Advanced test standards and also legacy W-CDMA,
ME7873LA follows the LTE-A newer standards quickly.
Possible to customize system configurations for customer demands and provide useful R&D test functions.
Brochure
pdf 1.8 MB
11/30/2021
Introduces Anritsu 5G solutions and products.
Anritsu will contribute to customer's 5G product development and future innovation of network.
Brochure
pdf 3.0 MB
11/30/2021
This application flyer discusses how the Rubidium MG362x1A signal generator is well suited to make nonlinear measurements with its exceptionally low harmonics, subharmonics, and non-harmonics both at standard and high output power levels. P/N: 11410-02872
Application Note
pdf 234.4 KB
Version: A
11/30/2021
This application flyer discusses the Rubidium signal generator that provides two options that users can choose to obtain atomic clock stability, which is an order of magnitude better than a typical OCXO. GNSS/GPS receiver in the instrument, locks to the satellite signal, decodes the 1 PPS reference clock, and disciplines the internal OCXO to the decoded reference. Atomic frequency stability is also provided through a rubidium frequency reference. P/N: 11410-02873
Application Note
pdf 200.1 KB
Version: A
11/30/2021
This application flyer will discuss the Rubidium signal generator and how it has extensive built-in signal simulation capabilities to test pulsed radar systems. There is no need to write a script or a program to simulate pulses reflected from the target. P/N: 11410-02874
Application Note
pdf 1.2 MB
Version: A
11/30/2021
This application flyer will discuss how the Rubidium signal generator offers the lowest phase noise performance in the market. When used as an LO source to test up/down converters, phase noise at spot offsets, as well as integrated phase noise up to 100 MHz offsets are important. P/N: 11410-02875
Application Note
pdf 198.1 KB
Version: A
11/30/2021
This application flyer will discuss how the Rubidium signal generator's very low RMS jitter and wideband phase noise makes it the best choice as a clock source for testing high-speed ADCs and DACs. P/N: 11410-02877
Application Note
pdf 346.6 KB
Version: A
11/30/2021
