Anritsu Vision

Anritsu MD8430A

Anritsu MD8430A is the simulator of network and mobile devices of carrying out tests of devices with support of LTE and LTE Advanced technologies (LTE-A).

Anritsu MD8430A is the measuring solution which is intended for development of microelectronics and the subscriber equipment with support of LTE and LTE-A, conducting testing of performance and compliance to protocols. This advanced simulator of the base station breaking a gigabit barrier of data transmission to wireless systems will allow producers quicker and with smaller cost value to release reliable LTE-A the mobile devices working at extremely high speeds.

The Anritsu MD8430A simulator shows peak throughput in LTE Advanced networks with aggregation three bearing (3CA) and method 4x4 MIMO with modulation 256QAM.

One Anritsu MD8430A simulator can imitate three adjacent LTE of cell on one bearing. Using two such simulators working in the leading / slave mode aggregation several higher order bearing with MIMO in comparison with other solutions presented at the market is possible. Cells can be placed in any licensed or unlicensed range in a band from 350 MHz to 6 GHz.

The simulator of the base station Anritsu MD8430A is issued in versions with support LTE Enhanced (ETM), LTE Performance (PTM), LTE Standard (STM). The device is equipped with specialized software of Rapid Test Designer (RTD) which provides to the user a fast configuration and debugging of test scripts with full automation and work in the intuitive interface for the maximum convenience.

Anritsu MS27101A

The high-precision remote monitor of a radio spectrum MS27101A allows to find far off different noises in RF signals, to define location of sources of problems and also to reveal illegal or unauthorized signals.

Anritsu Vision specialized software which is built in the device provides full control over monitoring of a range and a possibility of coordination of work of all nodes unrolled in field conditions. Work of software is carried out based on computers and servers running the Windows operating system. Connection of Anritsu MS27101A to the PC is performed by means of the built-in port Gigabit Ethernet or the mobile USB modem.

In addition to the corporate software of Vision, the device is equipped with the Web server using which the user can get access to the device through the Internet browser. Using the web interface access to all settings, controls and viewing data of tracking, spectrograms and another dimensions is also provided.

Anritsu MS27101A has high degree of reliability at field operation. The device gives opportunities of remote control power supply (reset), safe updating of the built-in software in the remote mode and also supports the automated protocols of system recovery. In case of failures of contact with the tool because of software failures or fluctuations of power, the reset function implementing the procedure of recovery (rollback) of a remote node to the previous status is applied.

The MS27101A device is executed in the compact body on a half "with firmness - places", than the maximum compactness and availability of installation in the different systems is provided. High scanning speed up to 24 GHz / with gives the chance of tracking of discontinuous signals, including periodic and short-term transfers and also short "package" (pulse) signals. The device has high dynamic range – more than 106 dB in a band of 1 Hz, an instant band of the analysis in 20 MHz. Thanks to high sensitivity Anritsu MS27101A can steadily control even the poorest signals.

A series of Anritsu devices for remote spectral monitoring is provided also by MS27102A and MS27103A devices. The solution Anritsu MS27102A is executed in the waterproof IP 67 body and can be applied out of premises. Having high scanning speed up to 24 GHz / with, the device is intended for tracking of various signal types.

The version of Anritsu MS27103A is widely applied at mobile operators, operators of the distributed antenna systems (DAS) and land (departmental) mobile networks. Its basic function is position fix of interfering sources for protection and preserving of capacity of communication networks.

Irrespective of execution, all devices of a series have low power consumption (less than 11 W) thanks to what a power supply in remote areas can be performed from solar batteries.