EdgeReady provides touchless access control via face recognition

Based on its i.MX RT106F crossover microcontroller, NXP offers EdgeReady for the IoT, with a license for facial recognition software to provide touchless access control.

OEMs can use EdgeReady to quickly, easily and inexpensively add vision-based touchless access control, says NXP. The microcontroller and AI/ML-based face recognition software makes possible face recognition with liveness checking using infra red and RGB cameras, flash and SDRAM at a total cost of less than US$10, says the company.

It can be used to implement face recognition for authenticating and operating secure machines, equipment, and access points for hotels, public buildings and homes, for example, doors, locks, amenities, lifts, garage doors and security systems.

The infra red camera operates with a visible light (RGB) camera to distinguish a real person from a photograph. This prevents unauthorised access without the need for an expensive 3D structured light or time of flight (ToF) camera, says NXP.

It responds in 0.5 seconds. Face detection, quality check, liveness detection and face recognition are all conducted in less than 500 milliseconds at the microcontroller-based edge instead of the cloud, to make access systems convenient.

It also enhances data privacy by allowing all personal biometric data to remain on the device at the edge. This helps address privacy regulations as well as the concerns of consumers to protect data.

The battery life is maximised with a fast microcontroller boot up time. The device enters power saving mode when not in use. A fast recognition time is combined with the microcontrollers low active power, says NXP, to further meet low power system requirements.

A customisable smartphone or PC application can enable biometric models to be sent to remote locks and other devices for controlled access in hospitality, smart building and smart home applications.

NXP also offers the i.MX RT106F-based development kit (SLN-VIZNAS-IOT) to accelerate time to market. It contains all the software and hardware information to complete designs in as little as six months, says NXP. In addition to negating integration and coding, the NXP EdgeReady IoT for secure face recognition based on the i.MX RT106F development kit includes schematics, bill of materials (BoM), board layout and ready-to-use face biometric registration application.

The SLN-VIZNAS-IOT secure face recognition development kit is available now from NXP and authorised distributors.

The i.MX RT106F microcontroller is available now. It includes a license to use the NXP face recognition SDK. The device is available in consumer and industrial temperature grades.

http://www.nxp.com

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Wall-mount enclosures smarten up smart buildings

The Smart-Panel wall mount enclosures from OKW are designed to blend seamlessly into residential, commercial and industrial environments. They are for use with intelligent building control and monitoring technology.

The ergonomic Smart-Panel enclosure range is designed to house modern control consoles in a wide range of settings, including building services systems, electrical installations, smart home, IoT/industrial IoT, wireless communications, measuring and control, medical and laboratory technology, security and access control.

The elegant design means that there are no visible fixing screws because the top snaps into place. This also speeds up installation and servicing, says OKW. The top can be re-opened using a set of push-in opening tools. The large recess in the top can accommodate a touchscreen, display or membrane keypad.

The bottom part fits standard flush-mounted or cavity wall boxes, with a maximum opening of 61mm and larger international installation boxes up to 150mm high and 61mm wide.

Electronic components are mounted in the top part. A snap-in phenolic resin hardboard protection plate, available as an accessory, safeguards the electronics in the control system from the risk of damage during installation and servicing.

Smart-Panel enclosures are available in two sizes: 84 x 84 x 21.3mm and 155 x 84 x 21.3mm. They are moulded from UV-stable ASA+PC-FR (UL 94 V-0) with a highly polished bottom part and a fine-textured top. The standard colour is traffic white (RAL 9016). There is a flat, recessed area in one end for USB and Mini-USB connectors.

Accessories include a glass panel (which can be printed on the rear) for touchscreens and displays, a set of opening tools, hardboard protection plates, adhesive foils and anti-slide feet for desktop use.

OKW can supply Smart-Panel enclosures fully customised. Services include CNC machining, printing, laser marking, EMC shielding and installation/assembly of accessories.

https://www.okw.co.uk

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MEMS humidity sensor is designed for long term stability

A MEMS sensor from Würth Elektronik measures just 2.0 x 2.0 x 0.9mm. The WSEN-HIDS humidity sensor has a temperature-compensated digital output.

It is based on MEMS technology which consists of a dielectric polymer which absorbs or releases water molecules in proportion to the relative humidity in the surroundings, thereby changing the permeability of a capacitor structure. The humidity sensor with integrated analogue-digital converter (ADC) and temperature sensor can be connected to commonly used microcontrollers via a serial peripheral interface (SPI) or I2C interface. There is also a software development kit (SDK), enabling users to individually set data rates and use the interrupt pin.

Its small size and minimal energy requirement make it suitable for use in building automation, cooling systems, heating, ventilation, air conditioning but it can also be used for data loggers, as well as stationary and portable IoT applications.

There is also an evaluation board available from Würth Elektronik. The MEMS sensor delivers calibrated measurement results with accuracy of ±3.5% RH in the 20 per cent to 80 per cent RH humidity range. Data output is in the millisecond range, says Würth Elektronik. Condensate forming on the surface of the polymer structure can be removed by activating a built-in heater. This allows the sensor to generate measured data again within a very short time. The operating temperature range of the robust sensor is -40 to +120 degrees C.

The WSEN-HIDS sensor promotes rapid terminal device development because developers can use a digital output directly via I2C or SPI and do not have to worry about calibration or temperature compensation, commented Vinod Kumar Ramu, product manager at Würth Elektronik eiSos. “The sensor’s interrupt pin can also be used to wake up the microcontroller if the humidity changes” he added. This makes it particularly well-suited for economical and low maintenance monitoring functions.

The current consumption of the humidity sensor is 8.9 microA in continuous operation with measurement data available every second. When used with a CR2032 button cell with 230 mAh capacity, this corresponds to a battery life of about three years, reports Würth. By reducing the sampling rate, applications can stay maintenance free for a longer period.

For terminal devices, the miniaturised WSEN-HIDS sensor allows manufacturers to integrate data evaluation for humidity and temperature.

The sensor is now available from stock without a minimum order quantity as a belt section or tape and reel package.

Würth Elektronik eiSos Group manufactures electronic and electromechanical components for the electronics industry. Würth Elektronik eiSos is one of the largest European manufacturers of passive components and is active in 50 countries, with production sites in Europe, Asia and North America supplying customers worldwide.

The company’s product range includes EMC components, inductors, transformers, RF components, varistors, capacitors, resistors, quartz crystals, oscillators, power modules, wireless power transfer, LEDs, sensors, connectors, power supply elements, switches, push-buttons, connection technology, fuse holders and solutions for wireless data transmission.

http://www.we-online.com

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Panel PC PCap HMIs have multi-touch operation    

A series of 21.5 and 23.6 inch projective capacitive (PCap) multi-touch screens for monitor or panel PCs from Portwell are powered by AllWinner A83T Octa-core Cortex A7 CPU to provide necessary basic computing power or Intel Atom Apollo Lake x5-E3930 processors.

The Lead-PD, -PND and -PPC series of panel PC products are designed for the IoT market. The robust, functional and flexible multi-touch human machine interfaces (HMIs) have HD 10-point PCap touch screen and are slim and bezel-free. They also have an IP65 water- and dust-proof front panel.

The 10-point multi-touch display supports a full set of gestures such as zooming in and out, panning or rotating to allow users a new way to control and interact with what’s on the screen, says Portwell.

The Lead series can be used in smart retail applications include digital signage, recognition, customised advertisements/ promotions, merchandise locations, self-checkout, and delivery. They can also be used in kiosk applications, such as point of interest, point of information in hospitality, hotel or restaurant locations, transportation such as parking lot, train station, airport; library, exhibition hall, government infrastructure, industrial or factory automation, facility management, intralogistics or smart warehouses.

Within the series are the Lead-PD series, a touch display with multi-touch function, the Lead-PND series, which is an Arm-based flat panel PC that supports the Android operating system, and there is the Lead-PPC series, utilising Intel Atom Dual Core processor compatible with Windows 10 IoT, Linux, and Android operating systems.

All three models have display sizes of 21.5 or 23.6 inches and backshell colour options in black flame-retardant plastics. They all have a full HD 1920 x 1080 resolution wide-screen display and a 16:9 ration panel. They also all have PCap and 10-point multi-touch operation and are constructed to a fanless and bezel-free design. Mounting option are standalone or VESA 75 x 75mm. The models in the Lead series are certified to CE (EN 55032 and EN 55024), FCC 47CFR Part 15 Subpart B and EN 60068-2-6 for vibration and EN 60068-2-27 shock absorption.

https://www.portwell.eu 

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