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Test and Measurement Channel

Phase Matrix introduces new 10 GHz QuickSyn Lite frequency synthesizer

Phase Matrix's newest addition to the QuickSyn® line of microwave frequency synthesizers is a 10 GHz synthesizer housed in a very compact package, only 4 x 4 x 0.8 inches.  The new synthesizer, model FSL-0010, employs the revolutionary phase-refining QuickSyn technology, which allows this line of signal sources to perform with remarkably low phase noise, switch between frequencies very quickly, and consume power efficiently. 


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Agilent announces industry's first MIPI M-PHY receiver and transmitter tests with switch automation

Software/EDA

Agilent introduced MIPI™ M-PHY physical layer receiver and transmitter tests with switch automation. The tests are designed to accelerate the turn-on and debug of MIPI M-PHY-based systems and provide design engineers an efficient way to ensure M-PHY devices interoperate with the application processor.


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Agilent announces 160 MHz bandwidth and real-time capability for MXA signal analyzer

Agilent Technologies Inc. announced significant enhancements to its midrange N9020A MXA X-Series signal analyzer. New options for 160-MHz analysis bandwidth and real-time spectrum analyzer (RTSA) capability address the challenges of measuring interference in the next generation of heterogeneous wireless networks.


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Rohde & Schwarz video testers now support testing for ultra-HD consumer electronics equipment

Manufacturers and test houses can now use the R&S VTC and R&S VTE video testers from Rohde & Schwarz to test next-generation HDMI sink devices with ultra-HD or 4k screen resolution. This is possible thanks to the new R&S VT-B360 HDMI TX 300 MHz HDMI module, which is equipped with four parallel HDMI channels with ultra-HD resolution. Tests can be performed on TVs, monitors, projectors and A/V receivers with conventional screen resolutions as well.   


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ADI's MEMS wireless vibration sensing system enables remote monitoring of industrial machine health

Analog Devices Inc. (ADI)  introduced a wireless vibration sensing system that allows industrial systems operators to remotely monitor production equipment health, improve system performance, and reduce maintenance costs. The new networked system includes the ADIS16229 iSensor(R) wireless vibration sensor node, which combines dual-axis digital MEMs (micro-electro mechanical systems) acceleration sensing with advanced frequency-domain and time-domain signal processing.


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