Lynx Mosa.ic supports Google Athos for VI AI at the edge

Industrial and energy plant manager can deploy AI and other cloud-based workloads at the network edge following a partnership by Lynx Software Technologies with Google Cloud. The Lynx Mosa.ic platform supports Google Anthos Bare Metal and Google Visual Inspection (VI) AI Service for secure, video-based quality inspection, says Lynx Software.

As a result, real-time image capture can be easily caught on devices such as cameras on manufacturing plant floors. In addition, inference models built by Google Cloud Visual Inspection AI, can generate the insights while the supervisory controller  connects to the manufacturing execution system (MES) and translates insights into action. Lynx’s technology brings immutable isolation security which cannot be bypassed, claimed Lynx Software.

Using Google Anthos for bare metal support means that an entire Kubernetes cluster can be run locally in as little as one hardware system at the edge, with Lynx-enabled virtual air gapping providing isolation within the system. 

Addressing the security concerns for mission-critical industrial environments around merging AI and machine learning models in the cloud and deploying cloud-based workloads at the edge, Lynx has sandboxed three functions with the options of a secure one-way connection between them. The three functions are for image capture (via a camera), insight via the Google Anthos inference engine and the action with a supervisory controller.

Pavan Singh, vice president of product management at Lynx, commented: “Any containerised service can now be deployed to the mission-critical edge without compromising security or performance”.

Video-based quality systems play a role in enhancing performance and quality of output in industrial and energy applications, while mitigating security risks, said Lynx. Efficient visual inspection can reduce defects up to 10-fold. In addition to preventing the shipping of defective parts, operators can gain insights into the cause of any defects in order to optimise processes

For this set-up, the Lynx Mosa.ic runs on an Advantech MIC770, although Mosa.ic is also able to run on various Intel and Arm processors, facilitating local or on-premises management with the benefits of using the cloud for workloads.

Lynx Software Technologies enables safe, secure and high-performance environments for customers in aerospace and automotive, enterprise and industrial markets. Since 1988 it has supplied real-time operating systems (RTOS), virtualisation and system certification to protect data.

http://www.lynx.com

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Fast charging ICs offer highest charging efficiencies, says Halo Microelectronics 

Two fast charging ICs released by Halo Microelectronics use a dual-phase switched capacitor architecture for single cell battery applications.

The HL7138 and HL7139, fast charging ICs are claimed to offer the industry’s highest charging efficiencies, which enable faster and cooler battery charging operations in a PCB solution size that is up to 30 per cent smaller than the nearest competitor. The small form factor allows for more system level design flexibility, added Halo Microelectronics.

In addition to saving consumers time by fast charging, the ICs deliver cooler charging which means less energy is wasted, making the charging process environmentally friendly. The small size also provides designers more leeway to choose between thinner and lighter form factors or larger batteries for longer battery life, and whether to include more features or lower bill of material (BoM) costs.

Fast charging is one of the features which can differentiate a smartphone design in a saturated market. It is also one that consumers can relate to and understand the benefits, commented David Nam, CEO of Halo Microelectronics. “Halo Microelectronics has seen switched capacitor-based fast-charging architectures quickly extend from high-end to mid-level smartphones,” he said.

Halo Microelectronics develops analogue and power management ICs (PMICs) enabling energy-efficient smart systems. Its customers develop mobile, IoT and automotive systems.

https://halomicro.com

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Handheld terminal has Denso’s strongest decode engine

An Android mobile computer, the BHT-M70 by Denso has its strongest decode engine and scans up to 30 tags per second. 

It is for logistics to keep track of same-day delivery, real-time locating of goods and high-speed tracking along the supply chain. In retail, for example, Denso said that inventory times can be reduced significantly, and in logistics and warehouse management can be accelerated, using the BHT-M70 to scan goods from a distance of up to 1.5 metres. 

The mobile computer has been added to Denso’s BHT series and is equipped with a large four-inch touch screen and physical keys to accelerate processes by scanning a wide range of different codes, such as barcodes and QR codes. The BHT-M70’s decode engine and high-resolution CPU enable scanning that is three times faster than with regular devices for mobile data collection, said Denso. 

The handheld terminal can easily scan through plastic or glass and read dirty or damaged codes. Optical character recognition (OCR) automates the manual entry of expiry dates and slip numbers, reducing visual work for employees, while ensuring the accurate checking of goods. 

The BHT-M70 features a diverse mix of Android-based software using 4G, Wi-Fi communication and GPS to realise a modern work style with digitalised processes. 

Employees can optimise internal communication apps such as chats and phone calls using the BHT-M70. While the handheld terminal is intuitive to use, Denso pointed out that a quick video call can help with training or troubleshooting. Furthermore, the BHT-M70 uses GPS to manage the location of goods.

Denso Wave provides auto-ID solutions helping businesses in retail, logistics, and healthcare to improve stock management, have full data transparency and accelerate processes along the supply chain. QR Code is a registered trademark of Denso Wave. 

Denso Wave hardware and software solutions are tested extensively before being available at the market. Products range from premium RFID readers, handheld terminals / mobile computers and barcode scanners to complex and cloud based IoT data management systems. 

Denso is a member of the Toyota Group and is exclusively represented in Europe by Denso Wave Europe. 

http://www.denso-wave.eu

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Mosaic modules by Septentrio bring GNSS positioning to UAVs

Collaborating with UAV (unmanned aerial vehicle) auto-pilot manufacturer, MicroPilot, Septentrio supplies receivers for its UAVs.

Self-interference or self-jamming is a common occurrence in UAVs, where devices such as cameras, servos or antennas, which emit electromagnetic radiation, are located close to the GPS receiver. Incorporating GNSS technology, which is resilient to jamming and spoofing, in combination with reliable professional-level autopilots is key to safe and secure flight navigation, says Septentrio.

Its receivers include the mosaic multi-constellation GNSS receiver modules and the ,   AsteRx-m3 low power GNSS rover receiver. Septentrio says its GPS receivers are resilient to radio interference such as jamming and spoofing and add value to UAV applications by bringing security and robustness to high-accuracy RTK (real-time kinematic) positioning.

The mosaic-X5, multi-band multi-constellation GNSS receiver is a low power, surface mount module. It has AIM+ anti-jamming, anti-spoofing technology as part of the GNSS+ Technology Suite.

“Adopting new and resilient technology in UAVs is vital, and we want to ensure a smooth integration process into professional drone systems,” commented Gustavo Lopez, senior market access manager at Septentrio.

In addition to developing autopilots, MicroPilot provides supporting software and services to reduce time to market. 

Septentrio designs and manufactures multi-frequency multi-constellation GPS/GNSS positioning technology for demanding applications. Centimetre-level positioning enables machine automation improving efficiency and safety. Septentrio provides positioning solutions for industrial applications such as robotics, construction, survey and mapping, maritime, logistics and unmanned aerial vehicles (UAVs).

Septentrio has its headquarters in Leuven, Belgium and offices in Los Angeles, Shanghai, Seoul and Yokohama.

Established in 1994, MicroPilot specialises in professional autopilots for UAVs and drones. MicroPilot is an ISO 9001 certified autopilot manufacturer that markets single-board autopilots, enclosed autopilots, and a triple redundant autopilot. MicroPilot offers a family of lightweight UAV autopilots that can fly fixed wing, transitional, helicopter, and multi-rotor UAVs. MicroPilot also provides complementary products such as the XTENDERmp, SDK, and trueHWIL2.

http://www.septentrio.com

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