Search results for "anritsu"

Anritsu will feature a sophisticated, cloud-based connected car system for fleet tracking developed by the University of Hertfordshire in the UK at Mobile World Congress in Barcelona (March 2-5). It was developed with the help of network simulation technology from Anritsu. The company will also demonstrate comprehensive support for developers of new mobile phone technology with live tests of a mobile handset operating at the latest 450Mb/s peak d...

Anritsu has released its protocol test solution for Enhanced Multicast Broadcast Multimedia Service (eMBMS). It says the new solution is already helping mobile chipset and device makers accelerate the development of products that can receive LTE broadcast services. EXPWAY’s e-Cast Broadcast Multicast Service Centre (BM-SC) Server has been integrated with Anritsu’s MD8430A LTE signalling tester and Rapid Test Designer (RTD) test enviro...

Anritsu has launched free e-Learning courses for mobile device engineers who use its Rapid Test Designer (RTD) software to test cellular modem chipsets and devices under development. RTD e-Learning offers a modular series of professional product training videos. All staff members belonging to an organisation with an RTD support agreement can log into their personal e-Learning account at times that are convenient to them.

The London CW inaugural Technology & Engineering Conference (CW TEC), which takes place on 24th March 2015, will bring together engineers, financial analysts and executives from the wireless industry to discuss the future of the UK’s telecomms infrastructure and its impact on the value of licensed and unlicensed spectrum from VHF to KA band and beyond. This will span mobile, satellite, TV, IoT and wearable technology.

An electromagnetic field (EMF) radiation measurement system has been added to Anritsu’s Spectrum Master handheld MS271xE spectrum analysers and Cell Master MT8212E/MT8213E base station analysers. With the option installed and an Anritsu isotopic antenna attached, the analysers can be used by field technicians of government regulatory authorities and cellular operators to measure electromagnetic fields, ensuring wireless networks are in comp...

Anritsu has upgraded its MT8852B Bluetooth tester, providing support for the Data Length Extension introduced to Bluetooth Low Energy as part of the latest Bluetooth Core Specification version 4.2. With the new Data Length Extension option, designers and manufacturers of Smart and Bluetooth Smart Ready devices can use the MT8852B to conduct radio layer tests that comply fully with the newly adopted Bluetooth 4.2 standard.

Field engineers and technicians can now conduct highly accurate and efficient LTE-Advanced Carrier Aggregation (CA) measurements during network deployment and maintenance on Anritsu’s BTS Master MT8220T base station analyser. The new capability enables key LTE-Advanced CA measurements for all active component carriers (CCs) and displays them simultaneously on the same screen, allowing users to quickly and accurately verify LTE-Advanced CA f...

The GCF, the certification body for the mobile phone industry, has validated Anritsu’s LTE eMBMS Band 4 and Band 13 RF conformance test cases. Anritsu is the world’s first test equipment supplier to gain validation for these Band4 and Band 13 RF conformance test cases. The enhanced Multimedia Broadcasting Multicast Services (eMBMS) technology is a multicast service for LTE mobile networks which provides for high capacity data distribu...

Anritsu’s ShockLine family has been it has won the Frost & Sullivan 2014 Price-to-Performance Leadership award in the Vector Network Analyser (VNA) market. Frost & Sullivan noted that the ShockLine family addresses the need for economical VNAs with the necessary performance to accurately test passive devices.

Producing equipment to test communications networks has to move forward at a breathless pace to keep up with the technology and its test requirements. Anritsu’s latest solution is the MT1100A Network Master Flex, a portable transport tester for optical networks which can measure client signals at data rates up to 100Gb/s and which is suitable for testing the next generation of 400Gb/s network equipment.