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AR RF/Microwave Instrumentation is introducing a new Multi-tone RF Test System that reduces radiated immunity testing from days to hours. The Multi-tone system, model MT06000 (80 MHz – 6 GHz), includes all the necessary instruments to perform radiated immunity testing per IEC 61000-4-3 except the required amplifiers, antennas and directional couplers.

Anritsu announces that it has entered into a Factory Test Technology Licensing Agreement with Qualcomm Inc. for Qualcomm’s factory test solutions.

Laser Services Inc. has announced the hiring of several new team members in response to over a 15 percent growth in 2011.

Laser Services Inc. has announced that as part of their ongoing commitment to ISO and AS 9100 standards, they have recently reached a new plateau in process management.

Richardson RFPD Inc.  announced it will be joining with Analog Devices Inc. to present a free one-hour webinar explaining how to optimize infrastructure and point-to-point (PTP) radio designs using highly integrated RF ICs. The webinar will be hosted by Microwave Journal on Wednesday, March 28, 2012, beginning at 8:00 AM PT/11:00 AM ET/3:00 PM UTC. Registration is available through Microwave Journal’s Events site.

TDK company EPCOS, a leading manufacturer of electronic components, modules and systems, and Pulse Electronics, a leading antenna manufacturer, used AWR’s Microwave Office to design indie, a breakthrough technology that answers the challenge from carriers in the Next Generation Mobile Networks (NGMN) Alliance to develop a single, operator-independent RF platform supporting all NGMN operator frequency bands.

Agilent announces two new videos, “MIPI M-PHY Automated Tx Test Demo” and “Anticipate Multi-Standard Radio (MSR) Performance with Agilent SystemVue”, created to help understand the intricacies of the evolving cellular standards to enable faster delivery of  products to market. 

Rohde & Schwarz has added new functionality to its R&S SMU200A vector signal generator: Equipped with the R&S SMU-K77 option, the R&S SMU200A simulates dynamic fading scenarios for testing military radiocommunications equipment. This makes it possible to verify the performance of military radios and optimize their hardware to enable smooth operation under harsh receiving conditions such as dynamic fading and multipath signal propagation.

AWR Corp. has been issued a U.S. Patent by the United States Patent and Trademark Office for a “block-specific harmonic balance analysis system.” Originally filed on December 3, 2008, US Patent No. 8,131,521 addresses circuit simulation using multi-rate harmonic balancing. Specifically, the invention -- known as MRHB™ and first available within AWR’s 2009 product release -- speeds the design of complex circuits by enabling the effective reduction of analysis dimensions (e.g., frequency or time).