Anritsu 5G Solutions

The MT8000A is for evaluating the RF TRx characteristics at development of 5G NR chipsets, communications modules, smartphones, and other radio equipment. It is also for researching new applications using 5G NR. It supports wavebands from sub-6GHz to mmWave used by 5G for mmWave TRP/EIRP measurements in combination with RF converters, OTA chamber, etc., as well as RF Protocol tests such as Beam Management tests.

OTA (Over The Air) chambers supporting 5G NR RF evaluation
Supporting for both 5G NR Sub-6GHz and mm-Wave bands. Also for Standalone（SA） and non-Standalone mode. Excellent transportability and reduced setup time.
The MA8171A can be used not only for RF but also for Protocol test. Supports beam management tests including beam forming.
The MA8172A adopts the Compact Antenna Test Range (CATR) method compliant with the 3GPP standard. Supports mm-Wave research and development and conformance testing.

Supports 5G NR Sub-6GHz
For evaluation of TRx characteristics at R&D of 5G NR chipsets, communications modules, smartphones, base stations, and other radio equipment. Also for researching new applications using 5G NR.
MS2690/91/92A include a built-in vector signal analyzer using wideband FFT analysis up to 125 MHz as well as other optional modulation analysis, vector signal generator and BER measurement functions in an all-in-one, high-performance, multifunction, benchtop signal analyzer.
The MG3710E can generate waveform patterns conforming to the 5G NR FR1 specifications defined in 3GPP TS 38.211, TS 38.212, and TS 38.213. It can output signals of various wireless systems such as WLAN, Bluetooth, GPS, narrowband communication, as well as cellular communication such as LTE FDD/TDD, W-CDMA, and GSM.

Supports 5G NR (sub-6GHz, mmWave)
The MS2850A supports evaluation of TRx characteristics at R&D of 5G NR chipsets, communications modules, smartphones, and other radio equipment. It is also for researching new applications and base stations using 5G NR.
It includes a built-in vector signal analyzer using wideband FFT analysis covering a frequency range of 9 kHz to 32/44.5 GHz with a maximum analysis bandwidth of 1 GHz. The high-speed, large-capacity digitizer function coupled with optional modulation analysis function combine to offer a high-performance, multifunction, benchtop signal analyzer with excellent cost-performance ratio for both R&D and manufacturing applications.
Signal data captured by the digitizer function can be analyzed using general-purpose signal-analysis tools optimized for R&D of 5G NR products.

For 5G New Radio (NR) supported chipsets, communication modules, smartphones, Protocol Conformance Test (PCT) and Carrier Acceptance Test (CAT) for wireless devices. For development and quality assurance of 5G terminals and certification in test houses. Supports both 5G NR SA / NSA mode, and by combining RF Chamber MA8171A and RF converter, it covers the frequency band of 5G communication specified by 3GPP from Sub-6 GHz to millimeter wave. In addition to the 5G protocol testing, it supports conventional LTE/LTE-A/LTE-A Pro/W-CDMA, and can be upgraded from the existing ME7834 system.

The ME7873NR is an automatic test system that supports the 5G NR RF test specified in 3GPP TS 38.521. Supports testing in both stand-alone mode (SA) and non-stand-alone mode (NSA) in 5G NR. Combined with CATR Anechoic Chamber MA8172A, covers both Sub-6 GHz and millimeter wave frequency bands used in 5G.
Flexible system configuration according to measurement requirements. Also, upgrade from ME7873LA that supports LTE, LTE-Advanced (LTE-A), LTE-A Pro, and conventional W-CDMA RF test and carrier acceptance test. Build RF test system according to your requirements.

Vector Network Analyzer especially for measuring passive components supporting extended frequency band used by 5G．

Vector Network Analyzer especially for measuring passive components supporting extended frequency band used by 5G．

The MT8000A is for evaluating the RF TRx characteristics at development of 5G NR chipsets, communications modules, smartphones, and other radio equipment. It is also for researching new applications using 5G NR. It supports wavebands from sub-6GHz to mmWave used by 5G for mmWave TRP/EIRP measurements in combination with RF converters, OTA chamber, etc., as well as RF Protocol tests such as Beam Management tests.

OTA (Over The Air) chambers supporting 5G NR Protocol/Message Evaluation
Supporting for both 5G NR Sub-6GHz and mm-Wave bands. Also for Standalone（SA） and non-Standalone mode.
The MA8161A can be used for millimeter-wave protocol testing as a space-saving and reasonably simple OTA environment.
The MA8171A can be used not only for RF but also for Protocol test. Supports beam management tests including beam forming.

Supports 5G NR sub-6GHz
Tester for high volume manufacturing test of smartphone, IoT equipment and communication module supporting 5G NR sub-6GHz (Supported LTE, NB-IoT, Cat-M, V2X, WLAN and Bluetooth etc.)

The MT8000A is for evaluating the RF TRx characteristics at development of 5G NR chipsets, communications modules, smartphones, and other radio equipment. It is also for researching new applications using 5G NR. It supports wavebands from sub-6GHz to mmWave used by 5G for mmWave TRP/EIRP measurements in combination with converters, OTA chamber, etc., as well as RF Protocol tests such as Beam Management tests.

OTA (Over The Air) chambers supporting 5G NR RF evaluation
Supporting for both 5G NR Sub-6GHz and mm-Wave bands. Also for Standalone（SA） and non-Standalone mode. Excellent transportability and reduced setup time.
The MA8171A can be used not only for RF but also for Protocol test. Supports beam management tests including beam forming.
The MA8172A adopts the Compact Antenna Test Range (CATR) method compliant with the 3GPP standard. Supports mm-Wave research and development and conformance testing.

The Field Master Pro MS2090A RF spectrum analyzer is the highest performing handheld test and measurement solution available to meet the challenges of 5G field testing while maintaining support for a full range of wireless technologies.

The all-in-one MP2110A is designed for BER measurements and Eye pattern analysis of eCPRI/RoE optical modules used by 5G mobile networks. The sampling oscilloscope supports NRZ to 53-Gbaud PAM signals for Eye pattern analysis of bit rates covering CPRI to eCPRI/RoE.

Contributing to the improvement of productivity in the production of optical active devices used in fiber-optic communications for next-generation 5G mobile and cloud services. Achieve wide dynamic range and high-speed measurement simultaneously at the reception bandwidth most used. Inherit the basic functions and performance of the conventional machine adapted to various manufacturing environments. Supports SM and MM fiber by one.

The all-in-one design supports 5G base-station interface eCPRI/RoE throughput and delay measurements as well as high-accuracy time synchronization tests.

ECPRI / RoE required for 5 G mobile network, high precision delay time measurement and time synchronization measurement

The all-in-one MP2110A is designed for BER measurements and Eye pattern analysis of eCPRI/RoE optical modules used by 5G mobile networks. The sampling oscilloscope supports NRZ to 53-Gbaud PAM signals for Eye pattern analysis of bit rates covering CPRI to eCPRI/RoE.

Compact, portable optical fiber tester with built-in OTDR and optical power and loss measurement functions for efficient I&M of optical fiber lines between 5G base stations, data centers, etc.

Various power sensors that can be used for 5G NR millimeter wave measurements.

Various connectors, cables and adaptors that can be used for 5G NR millimeter wave measurements.