Neha Rastogi

In our daily lives, we come across so many real life instances that utilize IoT technology. Apparently, the IoT industry is experiencing a boom at the present moment. Owing to this enormous growth and fruitful potential, many tech giants like IBM, Cisco, and Intel are investing huge amounts in this technology. Besides, many creative startups are also trying their luck in this field to maximize their profits in the ever expanding market.

Often while working with PCBs, the electronics engineers (particularly students and beginners) face a problem in dealing with the complexity of the circuit boards due to a lack of experience. Breadboards are easy to work with because there is an option to plug in and plug out the components even if you make a mistake in the connection.  However, when you switch to PCBs a lot has to be kept in mind whether it’s the soldering, de-soldering, or other related tasks. Although constant practice is crucial to achieving the expertise level, there are a handful number of tips that can level up your chance of success.

In the past few years, both Virtual Reality and Augmented Reality have been dominating the tech industry like never before. Be it the media coverage, video games or other commercial applications, the reality technologies can be found everywhere. The market is already witnessing an enormous growth and the future is going to be even more favourable in terms of sales and revenues. We have already discussed Virtual Reality vs. Augmented Reality and the related terms, but now it’s time to get acquainted with the concept of Mixed Reality aka Hybrid Reality. This term is a combination of both Virtual and Augmented Reality and is gradually taking over the market with its highly impressive capabilities. 

Soldering is one of the most basic skills required to handle electronic projects. Although beginners can very well work with breadboards and other simple-to-operate components, once they learn how to solder, it gives them access to a whole new world of innovative ideas and possibilities.  As we have discussed earlier, the PCBs are little more complex to handle than breadboards, in the same way, soldering is also a crucial skill to learn for the beginners. This is why we have come up with some soldering tips and guidelines for the electronic engineers. So, if you are afraid to even touch the soldering iron, these dos and don’ts will definitely help you a long way in your projects.

With the rapid use of smartphones and tablets around the globe, apps have become an inseparable part of our lives. Not only we tend to use them for entertainment but these are also quite useful for educational as well as professional purposes. This wide spectrum of users also includes people belonging to the field of electronics ranging from beginners to professionals.There are different apps which provide access to important information regarding the materials, tools, calculations and notable theoretical knowledge involved in the electronics projects. 

As soon as we come across the word robot, we tend to imagine a metallic structure with arms and legs carrying a human-like appearance and running errands for our help. However, in actual terms, it’s just a machine operated externally or through a controller embedded within and doesn’t necessarily look like a human. Technically, robotics is a branch of Science and Engineering which deals with designing, constructing, and operating robots as well as computer systems for their control, sensory feedback, and information processing.Interestingly, the concept is almost as old as the hills with the first robot dating back to 350 BC, built in the form of a mechanical bird, by a Greek mathematician named Archytas. Although the term was coined ages ago, the actual potential of the fully autonomous robotics was realised in the second half of the 20th century.

As we discussed earlier about the amazing world of robotics, it’s believed that fully autonomous robots weren’t developed until the second half of the 20th Century. In all these years, a lot of new inventions have taken place from drones to nanobots; not to forget the animal robots and humanoids that look just like living beings. However, this is not it! There is a lot more than what has been explored till now. The future of robotics would be re-defined by soft robotics, a concept that is still unknown to the masses. 

An electrical design engineer by profession, Sandeep Sharma is a part time hobbyist who likes to experiment with electronic projects, especially involving Arduino. With an aim to share his knowledge about arduino and embedded projects, he owns a website as well as a YouTube channel through which he showcases certain interesting projects. In one of his Arduino based projects, he made a unique use of old DVD drives to build a DIY CNC Plotter at home. This machine is not only inexpensive but also quite easy to construct and operate. Presented here, is one of his exciting DIY projects that illustrates the construction and coding of an arduino based mini CNC plotter.

Texas Instruments, a global semiconductor design, and manufacturing company has unwrapped the company’s first robotics solution for middle and high school students rendering an enhanced experience of learning STEM subjects. Students will now be able to write programs on their IT graphing calculators that will get the Rover’s wheels turned. This would help their minds learn things in a fun, interactive way. The Rover connects to the TI-Innovator Hub and either a TI-84 Plus CE or TI-Nspire CX graphing calculator that many students already have. It will also drive their interest and curiosity in Science, Technology, Engineering and Math (STEM) subjects. Those who don’t have any exposure to coding or robotics can get started by writing a simple program to make the Rover draw, dance, or even crash.

Fujitsu has recently announced that the Japanese Bankers Association (JBA) is going to adapt the former’s cloud service-based Blockchain platform. It would be made available over Fujitsu Cloud Service K5. Starting from October 2017, JBA is planning to offer this Collaborative Blockchain Platform as a testbed environment to its member banks and other institutions. The platform is going to be rendered for applications employing blockchain technology like settlement and funds transfer services, and identity and time-of-transaction authentication. The association will also support the practical implementation of these applications. 

Mobileye, a leading company in developing advanced driver assistance systems (ADAS) and autonomous driving technologies, has announced an official collaboration with Munich Reinsurance America Inc. The aim of this association is to reduce the commercial fleet collisions and enhance road safety in the United States. With an immediate effect of the collaboration, Munich Re, US will make available Mobileye’s aftermarket Advanced Collision Avoidance System to its clients, including commercial fleets. This new program will aid Munich Re, US clients to retrofit existing vehicles with Mobileye ADAS technology. 

Intersil, a subsidiary of Renesas Electronics, has announced the first 42V single-channel DC/DC step-down power module. The ISL8215M delivers up to 15A of continuous current and operates from a single wide input voltage range including industry standard 12V, 18V, and 24V intermediate bus power rails.  The module offers adjustable output voltages from 0.6V to 12V and provides the highest power density of 60mA/mm2 in a 13mm x 19mm package. It’s 96.5% peak efficiency enables point-of-load (POL) conversions for FPGAs, DSPs, and MCUs in industrial, medical, RF communications, after-market automotive, and portable equipment carrying Li-ion batteries. 

Fujitsu has announced that the University of Tokyo is going to use heart simulator viewers equipped with stereoscopic displays compatible with virtual reality technology. The heart viewer utilizes the output data from a heart simulator. This simulator has been developed jointly by Fujitsu and University of Tokyo by utilizing the K computer as well as a computer cluster. In the lecture, students will be able to observe a phenomenon whereby electric simulation from pacemaker cells spread throughout the heart. The stereoscopic, 360-degree view utilizing VR, allowing them to comprehend how electrocardiograms are created through this process.

Fujitsu Limited and Fujitsu Client Computing Limited have officially released two new enterprise workstations. The lineup features Windows 10 Creators Update, which is the latest version of the Windows 10 operating system. The newly added devices in the lineup include mid-range model named CELSIUS M770 and CELSIUS R970 “2-Way” high-performance workstation.  The roll out will take place in stages from late December in Japan. In addition, Fujitsu will also offer other versions of the aforementioned models equipped with Windows 7 Professional. By expanding the product line performance, the Fujitsu Group is aiming to support customers’ work efficiency and ensure improvement across a variety of industries.

Littlefuse Inc., the global leader in circuit protection, has unveiled a series of high-voltage Fuse Blocks and Fuse Holders meant for the mechanical installation of fuses. The new series has been developed for applications in the range of 400 to 600 volts. It comprises several fuse mounting alternatives so as to accommodate the mechanical design of the application.  These devices have been optimized for field servicing of such equipment which is either costly to move or for which the downtime is unacceptable. The series of fuse blocks and holders prevents electric shocks while replacing fuses in the field, thus ensuring the safety of the maintenance personnel.

Ambiq Micro, a leading provider of ultra-low power solutions, has announced that Huawei has selected Apollo2 platform to power the new lineup of lightweight fitness wearables including the newly launched Huawei Band 2 Pro. The platform features high-performance sensor and application processing at a breakthrough power consumption of under 10µA/MHz, thus enabling more than twice the battery life for wearable and IoT devices and enhanced intelligence and improved functionality.

Intel and the National Football League (NFL) have come up with a way to deliver more immersive replays to the football fans. The 2017 season will witness the implementation of Intel freeD technology in 11 NFL stadiums. Each of these stadiums has been fitted with 38 5K ultra high-definition cameras to capture the games from every angle. The cameras will create enhanced 360-degree highlights and immersive player perspectives. Apart from the already operational installation works at the home stadiums of the Baltimore Ravens, Houston Texans, and San Francisco 49ers, Intel is adding one freeD technology-enabled Stadium to each division in the AFC and NFC.

Renesas Electronics’ R-Car SOC for car infotainment and advanced driving assistant systems (ADAS) along with the RH850 automotive control micro controller (MCU) have been adopted by Nissan. These chips will be utilized for the latter’s ProPILOT Park- a full-fledged automated-parking system of Nissan LEAF.  The R-Car SoC plays an eminent role in the ProPILOT Park of Nissan LEAF. It identifies adequate parking spaces, ensures there are no obstacles, and issues control commands for acceleration, braking, steering, and shifting.