Anritsu adds LTE-Advanced Pro Testing to signalling tester MD8430A
Able to support challenges of chipsets and data terminal development, the Signallig Tester MD8430A from Anritsu now has Gigabit LTE and cellular IoT evaluation functions to address the latest high-speed standards.
A range of software options for the Signalling Tester MD8430A expand the LTE-Advanced Pro (LTE-A Pro) evaluation functions. The MD8430A software options now support Gigabit LTE (DL 5CA and UL 3CA IP data communications, SCME, Fading), and cellular IoT evaluations (Cat-M1, NB-IoT).
The widespread deployment of high-speed standards such as LTE-A Pro brings new evaluation requirements for tests in environments with more component carriers, offering higher throughput, or protocol tests of Cat-M1 and NB-IoT terminals, and protocol tests using over-the-air channel modelling to evaluate LTE-A Pro terminal performance on live networks
According to Anritsu, 3GPP Release 13, which defines new standards related to cellular IoT, is driving the need for a LTE-A Pro protocol / R&D test solution that will help developers bring wireless devices to market as fast as possible.
The Signalling Tester MD8430A is a basestation simulator used in the development of LTE/LTE-Advanced, and now LTE-Advance Pro-compliant chipsets and mobile UE. These functions support evaluations for LTE-A Pro terminal performance under simulated DL 5CA, UL 3CA, and SCME fading environments, as well as Cat-M1 and NB-IoT simulated environments. If the signals are within the same band, multiple basestation signals can be output from one Tx antenna, which cuts the need for multiple MD8430A test sets even when the number of Tx signals is increased by increasing the number of component carriers.
With its built-in standalone fading functions, the MD8430A supports the configuration of a high-reproducibility fading environment which is difficult to achieve on a live network, advises Anritsu. It can be used to control fading in synchrony with mobile communications tests by controlling the fading function at the same interface. It also supports slow-clock tests required for debugging at first stages of chipset development.
Combined use with the Rapid Test Designer (RTD) MX786201A software tool offers a GUI to create test sequences, simplifying the creation of test cases for basestation simulation in a MIMO environment and allowing the configuration of various test communications environments that are difficult to reproduce with a live basestation.