Search results for "anritsu"
Anritsu continues its Total Leadership in LTE Conformance Testing
Anritsu demonstrated the continuation of its total leadership in LTE conformance testing at the October 2012 GCF CAG-32 meeting in Edinburgh. In the area of RF and RRM testing, 21 new test cases were approved, more than twice any other supplier and for Protocol the 221 new test case approvals were 30 more than any other supplier.
New Vector Network Analyzer Calibration Kits Introduced by Pasternack
Pasternack Enterprises introduces their new lines of vector network analyzer calibration kits. The new vector network analyzer calibration kits from Pasternack provide the RF components needed to enable stable and accurate error corrected measurements of devices under test using a VNA from DC to 26.5 GHz in one convenient kit.
COMPRION revolutionises combined (U)SIM and (U)SAT handset conformance testing
All GSM, W-CDMA and LTE conformance tests according to GCF/PTCRB defined standards can now be performed using a test platform with one single network simulator, the Anritsu MD8475A. The new “COMPRION SIMfony MD8475A” is listed as TP 126 at GCF and is the first validated test platform for executing combined (U)SIM and (U)SAT tests for all 3GPP network standards.
Anritsu present new Products and Seminars at EuMW
At European Microwave Week, Anritsu will be providing a full day of technology seminars to enable visitors to learn more about the importance of speed, span and stability, the three key parameters for ensuring that test equipment is providing reliable measurements on which to base designs and evaluations. The seminars will be supported by demonstrations to exhibition visitors showing how the latest developments in test equipment and technology he...
UL Select Anritsu for UK's first Commercial LTE test facility
Underwriters Laboratories has chosen Anritsu as its provider for Long Term Evolution telecoms equipment, becoming the first commercial independent LTE conformance test facility in the UK. Over the past 6 months UL has invested over $4 million at its Basingstoke base to create the most complete LTE test facility in the country.
The MT8870A Universal Wireless Test Set from Anritsu reduces test times by 80%
Anritsu announces the launch of its new MT8870A Universal Wireless Test Set. The MT8870A has been designed to deliver the most cost effective test system for those companies manufacturing the latest generation of smartphones, laptop or tablet PCs and wireless connectivity modules.
Anritsu Introduces LTE Advanced Carrier Aggregation Software For MD8430A LTE Signalling Tester
Anritsu Company announces the industry’s first call-based LTE Advanced Carrier Aggregation testing capability that can be integrated into its MD8430A LTE Signalling Tester. The software-only upgrade leverages the four available RFs in the MD8430A, and provides 300 Mb/s downlink throughput using two 2x2 MIMO Component Carriers (CCs).
Next Generation of Testing Tools for Field Network Installation and Maintenance
Anritsu has announced today the introduction of the next generation ACCESS Master field portable OTDR. Based on its leading MT9083 series ACCESS Master OTDRs, the next generation MT9083 provides even more of the features required by field technicians, engineers and contractors.
Anritsu's Tracking Generator for Spectrum Master E-Series Handheld Spectrum Analyzers
Anritsu's Tracking Generator capability is an available Option on the Anritsu E-Series line of Spectrum Master Spectrum Analyzers. The Tracking Generator helps you characterize the behavior of components and electronic devices such as amplifiers, filters, splitters and attenuators, depicting electrical characteristics such as frequency response, insertion loss and amplifier gain.
MS272xC Spectrum Master with Capture Rate of 20,000 Measurements per Second
Anritsu has today announced the reveal of a new burst detection enhancement for its MS272xC Spectrum Master handheld spectrum analyser that makes it much easier for field engineers and technicians to find narrow signals that may cause interference and adversely affect the performance of wireless networks.