09/25/2015 | 828Anritsu Corporation has released new functionality for the MD8475A, its world class network simulator, to provide the first laboratory hardware in the loop system level test for the European eCall system and Russian ERA/GLONASS system.
09/11/2015 | 902Anritsu Corporation has integrated channel fading simulation into its leading 4G LTE-Advanced Signalling Tester, the MD8430A. The new digital baseband fading options convert the MD8430A into a full-featured fading simulator supporting industry standard 3GPP-defined fading profiles.
08/28/2015 | 754Anritsu Company introduces SkyBridge Tools™, a cloud-based trace judgment solution for tower and in-building Distributed Antenna System (DAS) installations that reduces costs and improves ROI. Serving as a data warehouse for contractors who are installing or modifying equipment for network operators, SkyBridge Tools saves time, reduces rework, and makes timely payment more likely by automating the trace judgment process.
Anritsu and Bluetest continue collaboration by updating integrated OTA solution with their latest product offerings
08/11/2015 | 888Following the successful launch of world’s first LTE 3CC Carrier Aggregation OTA measurement solution in December last year, Bluetest and Anritsu now take the next step together with the integration of the brand new Anritsu Radio Communication Analyzer MT8821C and Bluetest’s recently released 5th generation OTA Reverberation Test System RTS65.
Anritsu expands MP1800A Series of Signal Quality Analyzers to Support Higher Speed Serial Transmissions
07/24/2015 | 849Anritsu Corporation announces the launch of its new MP1861A MUX and MP1862A DEMUX modules for the MP1800A Signal Quality Analyzer. This will expand the functions of the MP1800A 32G BERT to support 56G and 64G BER measurements required for evaluating high-speed serial transmission devices, such as SERDES. When used in conjunction with the MP1800A, the two new modules support a generation of NRZ Data and BER measurements up to 64.2 Gbit/s. In addition, the support for Jitter Tolerance and Bathtub Jitter measurements meets the recommendations of the latest CEI-56G and 400GbE standards.
06/29/2015 | 772Anritsu Corporation announces the launch of MT8821C, the new Radio Communication Analyzer for research and development testing of mobile devices (User Equipment, UE) with the widest capability for supporting LTE-Advanced.
Anritsu Enhances the All-In-One Transport Testers MT1000A Network Master Pro and MT1100A Network Master Flex
06/15/2015 | 829Anritsu announced important enhancements for its portable user-friendly MT1000A Network Master Pro and MT1100A Network Master Flex, the new family of all-in-one transport network testers. The enhancements include the support of CPRI/OBSAI and RFC 6349 TCP throughput testing, Optical Transport Network (OTN) multi stage mapping for OTU3/4, a powerful remote operation tool and support of a Video Inspection Probe.
06/01/2015 | 1152Anritsu announces it successfully completed testing of GCT Semiconductor’s (www.gctsemi.com) 4G LTE-Advanced chip, GDM7243Q, using Anritsu’s MD8430A signaling tester with Rapid Test Designer (RTD).
05/05/2015 | 927Anritsu Company introduces Web Remote Tools for its Spectrum Master™ MS2720T handheld spectrum analyzer that allows the instruments to be controlled from any web-enabled device, including laptops, tablets, and smart phones, over an Ethernet link. Web Remote Tools gives field technicians greater flexibility when conducting measurements and makes it more time- and cost-efficient to conduct RF spectrum monitoring, as well as test Remote Radio Heads (RRUs) and other inaccessible radio units at 3G and 4G base stations.
Anritsu and EMITE announce successful and repeatable LTE Carrier Aggregation + MIMO + UMA Over-the-Air (OTA) laboratory tests for a leading US carrier
04/22/2015 | 851Anritsu and EMITE are proud to announce that the Anritsu MT8820C Radio Communication Tester has been successfully used in combination with the EMITE E500 Reverberation Chamber and the Anite Propsim FS8 channel emulator to test LTE Carrier Aggregation, using 2x2 MIMO and more realistic isotropic Urban-Macro (UMA) fading profiles. The tests were performed for a leading US carrier.
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