Connect Tech adds AI computer to Sentry-X range

Nvidia Jetson ecosystem partner, Connect Tech, has released an Nvidia Jetson AGX Xavier Rugged Box. The Jetson AGX Xavier is a powerful artificial intelligence (AI) computer that provides high-end graphics processing unit (GPU) workstation performance in a compact package that operates under 30W.

Connect Tech’s Sentry-X is built around the Jetson AGX Xavier and features two GbE, three USB 3.1, two CAN 2.0b, one RS-232, one RS-422/485, one UART 3.3V TTL, and eight general purpose input/output (GPIO) ports.

Connect Tech’s Sentry-X is packaged into a rugged enclosure and designed for customers in aerospace and defence. It is designed to meet MIL-STD-810G as well as DO-160G for shock and vibration along with ingress protection of IP67.

The Sentry-X is designed to bring all the I/O out to one panel and terminate to rugged Fisher MiniMax connectors except for one USB 3.0/3.1, which also contains USB one the go (OTG), along with three status LEDs on the opposite panel. The flexible I/O front end also lends itself to 38999 or M12 style connectors.

For expansion options, mass storage can be added as well as Wi-Fi, Bluetooth and analogue frame grabbers. The Sentry-X’s docking station allows for quick release if the removal or replacement of a Sentry-X compute module is needed.

Connect Tech specialises in small form factor, rugged computing. The company supports the Jetson AGX Xavier and Jetson TX2/TX2i/TX1 platforms and has sales and support staff that is well-versed in each Jetson module. Connect Tech offers 12 standard products for TX2/TX2i/TX1 and multiple custom design wins to take the customer’s application to market quickly.

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Analog Devices at Hannover Fair 2019: Enabling Security in the Totally-Connected World of Industry 4.0

Analog Devices will once again have a noteworthy presence at the Hannover Fair (Hannover Messe), with demonstrations and speaking engagements focussing on the key issues of concern to visitors to this premier event for all aspects of industrial and automation technology.

ADI, on stand H23 in hall 9 of the exhibition, will show how its unique position at the intersection of analog and digital technologies, and in both the hardware and software of computing solutions, equip it to offer solutions in areas such as machine learning and machine monitoring, comprehensive connectivity – with security – and in the industrial maintenance domains with artificial intelligence.

A featured demonstration will illustrate a comprehensive approach to machine and structural health monitoring, showing how ADI’s best-in-class MEMS technologies provide precision sensing, while the company’s mastery of high-performance analog-to-digital and power conversion delivers ultra-low-power signal processing. “Deep signal chain”, and system design, insights enable customers to extract greater value from their systems, with improved user experiences. Real-time, 24-hour monitoring will be shown in both dynamic (motor) and structural (equipment mounting) contexts, comprising a methodology for complete supervision of an equipment installation.

In the closely related area of smart maintenance, ADI will show how a wireless smart multi-sensor system can be deployed for next-generation condition-based monitoring applications enabling intelligent asset maintenance. ADI’s technology releases the full potential of condition monitoring; low power signal processing components coupled with high performance sensors and compact, robust wireless communication networks represent a new paradigm in condition-based maintenance, across a wide range of industrial applications. ADI’s demonstration will go further, exploiting the latest thinking in artificial intelligence and machine learning to make the transition from preventive maintenance, through condition-based and predictive approaches, towards true smart maintenance with work orders automatically generated by an intelligent digital assistant.

At the heart of these topics are technologies such as complete, factory- and enterprise-wide connectivity and all that goes with it, a particular concern in 2019 being cyber security. ADI will address the issue as part of a demonstration highlighting the range of solutions that the company can offer to advance Industry 4.0.  Enhanced cyber security within the factory control loop, at the edge of industrial networks will be highlighted as part of an illustration of Time Sensitive Networking (TSN) techniques, boosting security alongside features such as time synchronization, pre-emption and control of TSN via OPC-UA.

Analog Devices’ technology not only powers interconnectivity of industrial systems, but lies at the heart of embedded applications such as motor and motion control. Comprehensive motion control synchronisation will be shown supported by real-time, multi-protocol network switch technology. ADI’s mixed-signal motion control signal processing solution is the ideal base for the broadest range of servo and robotic applications.

Industrial Ethernet is the backbone of all such advancements in connectivity; the point will be reinforced in a further featured demonstration that will centre on system integration based on PROFINET protocols, together with software-defined input/output technology. Underpinned by ADI’s unrivalled knowledge of the analog signal chain, software-defined I/O represents an innovative family of new products offering a flexible solution for analog and digital IO applications in a single chip solution. Connected by Industrial Ethernet, and configured via a PLC Engineering system, this demonstration reinforces Analog Devices’ capability to provide a one stop solution for modern Industrial Ethernet field devices. This demonstration will be shown to visitors on Stand D68, Hall 9, in the PROFIBUS & PROFINET International (PI) Pavilion); and in the ODVA (the global association of automation companies) Pavilion, Stand E58, Hall 11.

Analog Devices’ staff will be on hand to answer visitors’ questions on any of the focus areas for Hannover Messe 2019 – connectivity, cyber security, machine monitoring and maintenance – or on any aspect of the company’s technology and product offering.

Extending the secure edge in industrial control

For many visitors to Hannover Messe the need to consider security is a new, and worrying, addition to their workload. Any IT system is only as secure as its weakest link. Industry 4.0 means that the network extends to every sensor and actuator; potential points of attack exist everywhere from the edge to the core. Security-by-isolation and reliance on monitoring network traffic are no longer adequate, leading to the need to establish device level security at the edge.

Recognising these concerns, and to assist visitors seeking solutions, ADI will present a paper in the conference strand of Hannover Messe, focussing on the “hot topic” of security in the industrial context. To be delivered by Erik Halthen, System Security Manager at ADI, the paper will develop the theme that enabling a new industrial revolution of real time, autonomous decisions requires increased connectivity and edge computing that fundamentally changes the required approach to cyber security. For full details, click here.

About Analog Devices

Analog Devices (Nasdaq: ADI) is a leading global high-performance analog technology company dedicated to solving the toughest engineering challenges. We enable our customers to interpret the world around us by intelligently bridging the physical and digital with unmatched technologies that sense, measure, power, connect and interpret. Visit http://www.analog.com.

Hannover Messe 2019 takes place from the 1st to the 5th April, at the Hannover, Germany, Exhibition Grounds. For more details visit www.hannovermesse.de

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Farnell Demonstrates Full Range of Artificial Intelligence Products with New Technology Pages

Exclusive products including Smartedge Agile and Ultra96 make it easier than ever for users to build intelligence into their designs.

Farnell, the Development Distributor, announces the launch of a dedicated Artificial Intelligence (AI) online resource on the Farnell website. The new pages cover a variety of topics ranging from basic explanations of AI, and different types of AI applications, to descriptions of specific AI products including several ranges that are exclusive to Farnell.

Today, AI-driven analytics and real-time insights are helping industries transform their businesses in diverse sectors from logistics and healthcare to automotive and manufacturing. Farnell’s new AI technology pages will help customers to learn more about AI, explore unique AI-specific product ranges, and access support to choose the best solutions to meet their project requirements.

A key element of the Farnell AI offering is the AI Configurator: an interactive tool that allows engineers to quickly determine the most appropriate products and solutions for their AI projects. It identifies the various development boards, sensors and software that best meet the needs of the inputted application from a wide range of vendors. This enables users to select the most suitable products with confidence and obtain optimum results faster, speeding up development without the need for unnecessary and often time-consuming research.

In addition, new AI products that are exclusively from Farnell include:

  • Smartedge Agile: Exclusive to Farnell, an end-to-end IoT solution to deliver AI and security at the edge. The Smartedge Agile device is a certified hardware solution embedded with a full software stack featuring edge intelligence.
  • Ultra 96: Exclusive to Farnell, a platform to simplify machine learning, Ultra96 is an Arm-based Xilinx Zynq UltraScale MPSoc development board based on the Linaro 96 board specification.

“As AI technology is still at a relatively early stage in terms of its potential applications and market penetration, the scope is wide open for customers to explore various possibilities and develop new products and ideas”, says Cliff Ortmeyer, Global Head of Technology Product Marketing and Solutions Development at Farnell. “Our new AI technology pages will provide a valuable resource that users and developers can use as a starting point for their designs.”

AI technology pages and can be found on the Farnell website in EMEA, Newark website in the America and element14 website in Asia Pacific.

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Water-resistant MEMS pressure sensors meet consumer budgets

Water-resistant MEMS pressure sensors, the LPS33W series from STMicroelectronics, exhibit chemical compatibility, stability, and accuracy for use in applications as diverse as fitness trackers and other wearables, vacuum cleaners, and general-purpose industrial sensing.

The IPx8-rated LPS33W is protected by a viscous potting gel inside the cylindrical metal package to withstand salt water, chlorine, bromine, detergents (such as hand soap and shampoo, e-liquids) and light industrial chemicals such as n-pentane. The package lid provides high corrosion resistance, and the cylindrical form factor is easy to use with o-rings in applications that require a sealed enclosure, says ST.

The proprietary gel formula, together with the built-in signal-conditioning ASIC, ensure class-leading 0.008hPa RMS pressure noise thereby allowing outstanding measurement resolution, claims ST. Susceptibility to reflow-soldering stress during assembly is also extremely low, drifting less than ±2hPa and recovering normal accuracy in 72 hours. This is claimed to be more than twice the speed of other sensors. Temperature compensation keeps accuracy within ±3hPa over the operating range from 0 to +65 degrees C.

The LPS33W operates at just 15 microA in high-performance mode, with a 3.0 microA low-power mode and 1.0 microA power-down to help maximise runtime of battery-powered devices. A 128-bit FIFO stores up to 40 slots of 32-bit pressure and temperature data. This saves power by minimising intervention from the host microcontroller. A low-pass filter and I2C and SPI digital interfaces are also built-in.

The LPS33W is in mass production now, in a 3.3 x 2.9mm cylindrical metal case.

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About Smart Cities

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