Low noise, high frequency operation of this new class of MEMS accelerometers enables new product designs for condition monitoring.

Analog Devices has announced the acquisition of the Cyber Security Solutions (CSS) business of Sypris Electronics, LLC. This acquisition represents a significant leap forward in ADI’s ability to deliver secure high-performance analogue solutions demanded by current and future market needs.

Offering high resolution radar images for designers of military and commercial radar, the AD9164 DAC from Analog Devices helps to reduce solution component count. Additionally, for designers of precision instrumentation equipment, such as smartphone testers, this device ensures improved accuracy as well as speed of test, contributing to faster market-ready time while significantly decreasing tester complexity and size.

Analog Device's overview on our high performance RF PLLs and PLLVCOs which showcases our advancements in frequency coverage, bandwidth, low phase noise and low power spurs for every market and application.

Analog Devices and Linear Technology have announced that they have entered into a definitive agreement under which Analog Devices will acquire Linear Technology in a cash and stock transaction that values the combined enterprise at approximately $30bn. Upon completion of the acquisition, Analog Devices will be the premier global analogue technology company with approximately $5bn in anticipated annual revenues.

  Analog Devices has announced a DAC that brings the future of TV to today's home viewers, enabling them to enjoy UHD and 4K television across more channels at unprecedented streaming and download speeds.

Featuring a highly sensitive receiver and superior immunity to signal interferences, a low power, high performance, radio transceiver has been announced by Analog Devices. The ADF7030-1 enables more reliable wireless radio connections with fewer retries and packet losses, as well as longer battery lifetime, and features low power modes, including the industry’s lowest current in sleep mode.

Measuring a subject’s position, proximity and gestures from a single sensor, an optical sensor for gesture recognition has been announced by ADI. This improves sensing accuracy and reliability over existing solutions which often require multiple sensors and can be inaccurate, as the sensors 'see' objects differently from varying angles, making the signals difficult to combine.

Expanding its growing series of single-chip multicore SHARC processors, Analog Devices has announced the ADSP-SC57x and ADSP-2157x processors. The devices advance the audio experience by enabling superior sound quality and more cost-effective and reliable audio systems. The platform meets automotive temperature ranges without the need for costly, bulky heat sinks or fans, which saves space in the end application.

This demonstration will offer live, high power entry, telemetry and fault protection to simulate real world challenges within the data centre, featuring the ADM1278 PMBUS hotswap controller from ADI.

Analog Devices has introduced a series of 24-bit simultaneous sampling ΣΔ ADCs for wide-bandwidth, high-density instrumentation, energy and healthcare equipment. The AD7768 series includes a power scalable modulator and digital filter on each channel to enable the synchronised, precise measurement of both AC and DC signals in instrumentation applications, including modular data acquisition, audio test, and asset condition mo...

  To offer its customers integrated transceiver technologies, a robust design environment, and technical expertise to rapidly move radio designs from concept to creation, Analog Devices (ADI), has unveiled its new RadioVerse technology and design ecosystem.

Analog Devices has introduced a high power (44W peak) SPDT silicon switch that enables designers to reduce hardware size and bias power consumption in cellular radio systems. As next-gen communications infrastructure trends toward higher data capacity, cellular radio front ends must scale down in size and provide faster speeds to meet the demands of increased data usage.

 At PCIM Europe 2016, Analog Devices demonstrates the integration of processing, gate driving and sensing components in a power conversion platform for next-gen solar power, energy storage and EV infrastructure applications.

Analog Devices has collaborated with Cambridge Consultants on a cost-effective, smart monitoring system that helps ease parking frustrations for drivers. The innovative system saves drivers time and makes parking easier by monitoring space occupancy for on-street and indoor garage parking spaces without adding expensive infrastructure.

Analog Devices, Microsoft and Hexoskin have collaborated regarding a unique, wearable IoT solution for athlete and team performance management. The IoT solution allows coaches and team staff to monitor player information such as motion, heart rate and other useful health and performance metrics from sensor-equipped vests worn by players.

Analog Devices has announced a collaboration with LifeQ to develop technology that will make it possible for non-invasive body monitoring devices to provide highly accurate physiological data that currently is only available through the use of expensive, invasive and hard-to-access equipment.

A Swiss-based specialist in vision sensing technologies, SNAP Sensor, has been acquired by Analog Devices. The company claim the acquisition will advance its position in sensing and signal processing and build upon platform level Internet of Things (IoT) solutions such as ADI’s Blackfin Low Power Imaging Platform (BLiP).

Two low voltage dropout regulators (LDOs) from Analog Devices eliminate unwanted system noise and improve receiver, transmitter, and audio quality in wireless base stations, wired communications, industrial instrumentation, audio equipment, and medical devices, claims the company.

Analog Devices has announced a PMU (Power Management Unit) designed to enable faster and more efficient energy harvesting in IoT applications where energy is scarce. Due to its unique circuit design, the ADP509x is among the most efficient energy harvesting PMUs on the market, converting harvested power down to 16μW with only sub-μW operation losses.