Articles Tagged with ''anritsu''

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Anritsu Co. introduces software options for its MT8820C radio communication analyzer that allows the one-box tester to perform testing of LTE FDD Band 22 and LTE TDD Band 42/43 LTE smartphones and mobile terminals. The extended functionality enhances the capability of the MT8820C, which can be used to test all mobile communications technologies, and allows the inherent cost and time efficiencies associated with the MT8820C to be realized in the development of LTE FDD Band 22 and LTE TDD Band 42/43 LTE phones and devices.

Anritsu Co. announces that its full portfolio of LTE device test solutions includes Band 14 capability to support the public safety community. This portfolio includes three LTE-capable test platforms, as well as two LTE-focused test systems. Applications for these solutions cover the complete LTE device development chain from functional test to PTCRB certification and aftermarket repair, and options for advanced functionality, such as Voice over LTE (VoLTE) and LTE Advanced/Carrier Aggregation, are available.

Anritsu Co. announces the industry’s first call-based LTE Advanced Carrier Aggregation testing capability that can be integrated into its MD8430A LTE Signaling 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). 

Underwriters Laboratories has chosen Anritsu as its provider for LTE telecoms equipment, becoming the first commercial independent LTE conformance test facility in the UK.

Anritsu Co. introduces a series of enhancements, including a new APCO P25 Phase 2 (TDMA) signal analyzer and improved NBFM testing capability, for its LMR Master S412E. 

Anritsu Co. announces it was a sponsor of the third annual Disaster Management Initiative (DMI), held at Carnegie Mellon University, Silicon Valley (CMUSV) on November 4-5 at the university’s campus in Moffett Field, CA, in the heart of Silicon Valley. As part of the sponsorship, David Witkowski, senior product manager, Anritsu, led a session that focused on digital radio technologies for public safety, government, and infrastructure users.

For generating synthesized millimeter wave signals, OML announces source module compatibility with the best-in-class Anritsu MG3690C series of RF/Microwave signal generators. This solution offers engineers an innovative tool for design characterization, performance verification and system emulation where output power, spectral purity, pulse widths and switching speed are desirable attributes.

Anritsu Corp., a global provider of innovative communications test and measurement solutions for more than 110 years, announces the opening of a 100 percent India subsidiary in Bangalore. The new office brings together marketing, sales, engineering, services, and support. By co-locating all the departments, the company expects to accelerate the rate of delivery of new products and provide better and broader support to its growing customer base in India. Anritsu also plans to start a branch office operation in Noida within this fiscal year.

Anritsu Co. introduces Voice over LTE (VoLTE) supplementary service test capability for its MD8475A Signaling Tester that includes the ability to confirm operation of services, such as call forwarding and call waiting, under a variety of network conditions. Introduction of these options extends the MD8475A’s VoLTE test capability and builds on the Signaling Tester’s integrated functionality to simulate LTE and IP Multimedia Subsystem (IMS) networks as well as an IMS client, providing a comprehensive test environment for UE manufacturers to verify device functionality.

Anritsu Co. announces that Tech Mahindra has purchased the Anritsu ME7834L Mobile Device Test Platform (MDTP) to expand the LTE Conformance Test (CT) and Carrier Acceptance Test (CAT) capabilities provided by Tech Mahindra. The ME7834L enables the growing LTE device ecosystem with an additional source of test and certification services at Tech Mahindra’s lab, conveniently located in the New Jersey area.