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Plug-and-Play IoT Security Extended to Industrial and Consumer Device Makers by STMicrolectronics and Sigfox

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STMicroelectronics
Plug-and-Play IoT Security Extended to Industrial and Consumer Device Makers by STMicrolectronics and SigfoxSTMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications, announced the expansion of its STSAFE family of secure elements with the introduction of a powerful plug-and-play solution that provides state-of-the-art security features to devices connected to the Sigfox low-power wide-area network (LPWAN).
 
The new STSAFE-A1SX secure element (SE) is based on a tamper-resistant Common Criteria EAL5+ -certified SE technology that enhances the integrity and confidentiality of transmissions to and from the IoT device over the Sigfox network. The secure element runs an optimized secure application that combines ST's proven expertise in electronic security for applications in banking, e-commerce, and identity with Sigfox's expertise in networking and data communications for the emerging IoT world.

Industry’s Lowest Power Bluetooth Low Energy SoC for IoT and Connected Health & Wellness Sampled by ON Semiconductor

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ON Semiconductor

ON Semiconductor Sampling Industry’s Lowest Power Bluetooth Low Energy SoC for IoT and Connected Health & WellnessON Semiconductor, driving energy efficient innovations has positioned itself at the forefront of ultra-low-power wireless connectivity with its latest product offering. The RSL10 highly flexible, ultra-miniature multi-protocol Bluetooth 5 certified radio System-on-Chip (SoC) is capable of supporting the advanced wireless functionalities emerging in the IoT and Connected Health & Wellness sectors without compromising battery life or overall system size.

Target applications for this device include wearables such as fitness trackers and smart watches, smart locks, and electronics like lighting or appliances. The RSL10 capitalizes on the increased data rate throughput capabilities of Bluetooth low energy technology while optimizing power consumption. 

Magic in the air: Qi-certified medium power transmitter reference design

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Sponsored Content

Magic in the air: Qi-certified medium power transmitter reference designThe Qi wireless charging standard, backed by an association of 200-plus companies, was developed to meet the need for fast wireless charging in the portable mobile market. Rohm Semiconductor has developed a Qi-Certified Medium Power Transmitter Reference Design using its BD57020MWV wireless power transmitter IC. ROHM is the first supplier in the world to offer a reference design for medium power that has passed interoperability tests with more than 200 Qi-certified devices and has successfully acquired Qi certification under the medium power specification.

IR Remote Controlled Stepper Motor Using Arduino

Contributor: 

AM Bhatt

IR remote controlled stepper motor using ArduinoThe project given here demonstrates how to vary the speed of stepper motor and number of revolutions of it using IR remote (like TV, DVD, AC, STB etc) with the help of Arduino. The project uses a normal set top box (STB) IR remote, TSOP IR sensor, stepper motor driver chip and Arduino UNO board. Anyone can use any type of IR remote.

Just he has to change the remote codes in the Arduino sketch (program) for the remote. This procedure is also described here while explaining the operation. So let us see how this is done. First, see the circuit diagram followed by its description and operation. The stepper motor has many parameters that can be controlled like- Direction of rotation, Speed of rotation, Angle of rotation, and Number of revolutions.

10 Inspirational Movies Based on True Events for Every Tech Enthusiast

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Neha Rastogi

10 Inspirational Movies Based on True Events for Every Tech EnthusiastSince a very long time, the entertainment industry has been playing a major role in getting people close to Science, mainly through Sci-fi flicks and TV shows. However, apart from the Sci-fi subjects, there have been a lot of movies based on the true events of Scientists, Engineers or other reputed personalities that have left a big impact on the audience. Such creations not only impart knowledge but also inspire us as to how we can overcome the challenges and keep on working towards our goals with full conviction.

Here, we have compiled a list of such movies that will give you an insightful picture of Science and Technology while conveying valuable life lessons. Let’s have a quick glance at the compilation of movies that every tech enthusiast must watch

Atmega 32u4 Based USB Controlled LED Series (Part 20/25)

Contributor: 

Amanpreet Singh

Atmega 32u4 Based USB Controlled LED SeriesThroughout this USB series, different types of USB devices have been designed and developed. These devices were enumerating with the host computer and then were using Class Specific transfers for further USB communication. Like the Keyboard, Mouse and joystick devices were using interrupt transfers for their operations after enumeration.

Similarly, the audio class devices were using isochronous transfers for their operations after enumeration. The CDC Class devices were using bulk transfers for their operations after enumeration. Any of these transfers (Bulk, Isochronous or Interrupt) are enabled only after the control transfer which let the device get enumerated with the host. These transfers are required when data is also sent from the device to the host computer.

Electricity Anti-Theft System - Over Loading Detection and Automatic Shut Down

Contributor: 

Pawan Kumar

Electricity Anti-theft System Block DiagramElectricity theft is a common problem. Due to electricity theft, not only there are losses to the revenue of the government but over loading and damage to the transformers is an unwanted consequence of the theft as well. 

The project demonstrated here is to show the mechanism of electricity anti-theft system. A pack of parallel connected bulbs is used as load while the programmable circuit operating the supply controlling relay is based on Arduino. The principle used behind detecting overloading is voltage comparison and an additional buzzer circuit is attached to the project to alert electricity theft in the locality. The buzzer mechanism has been added to alert people of electricity theft and demoralize the mischievous elements.

3D Printing Processes - Directed Energy Deposition (Part 6/8)

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Nikhil A

Directed Energy Deposition 3D PrintingDirected Energy Deposition (DED) is a 3D printing technology specifically used to create 3D models from metals and alloys. The technique can be applied for making 3D parts or objects from polymers, glass or ceramics but is not popular for that. This technique is quite commonly used for repair of existing 3D models built using metal or alloy.

Many times the technique is used for adding extensions to existing metallic models. The typical apparatus for Directed Energy Deposition 3D Printing consist of a head for material wire supply which can move along multiple axis and an electron beam projector or high power laser beam projector which melts the fed wire through directing the high power radiation. 

Driving Toward a Greener Future

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Sponsored Content

The road to zero-emission vehicles is paved with semiconductors. But the automobile is not a friendly environment: ICs face extreme voltages, currents, temperatures and vibration. Further, electric propulsion needs a battery rated in hundreds of volts, which challenges semiconductor materials, processes, designs, packages, and qualification. Managing the batteries of hybrids and full electric vehicles is a key area for innovative high-voltage technologies. Read more about it in the white paper ]]>“Driving the green revolution in transportation.”]]>

How to make a Mini Raspberry Pi Handheld Notebook

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Shalini Verma

Adafruit has introduced a Raspberry Pi notebook, where a 3D Printed enclosure fits the Pi 2 and a 3.5” PiTFT into a small retro mini laptop. The tinyChiclet keyboard is wireless and characterizes a track pad as well as touch screen on the PiTFT. Further, the device is rechargeable through the Power Boost 1000C and the 2000mAh battery adjusts between the screen and the Raspberry Pi. Additionally, 3D Printed pivots to the enclosure, which makes this as a tiny portable computer.

The device can be used for observing and controlling prints, inspecting the webcams, streaming music or even play text adventures games like Zork. The equipment required for this project are Power boost 1000C, Mini Metal Speaker, Raspberry Pi 2, 3.5" PiTFT, Miniature Keyboard, 3D Printer, Filament, etc.