Latest In Depth Technology News

New Electronics brings you a selection of in depth Technology Articles, covering key issues and innovations within research & development, embedded design, power, communications design, test & measurement, programmable logic, system design and more.

Protect Your Instrumentation Investment with Software

For over 50 years, test engineers have been taking a PC-based approach to automating stand-alone instrumentation. With so much investment tied up in capital assets for test equipment, engineers are looking for reassurance that they can satisfy current and future testing needs. While capital expenditure on hardware is often the easiest cost to associate with test, the importance of a good software investment is commonly overlooked. Instrumentation will continue to evolve, but one thing remains consistent over time—software. Software is at the heart of every instrument control system, and it can help you future proof your application.

How to cope with data intensive IoT applications

The downstream performance requirements of SaaS and streaming services are increasing constantly. The same goes for upstream workloads, which are rising dramatically as a result of IoT applications with voice control or with tens of thousands of vision sensors.

Changes in the test and measurement market

With enormous change in the types of product coming to market and the way in which they are being designed, it is obvious that those companies that deliver test and measurement equipment are also having to adapt.

mmWave sensors up their game

A revolution is unfolding amongst manufacturing companies, with an increasing number investing in smart factory technology – intelligent machines, devices and measurement and testing equipment – to monitor every critical parameter of the manufacturing process.

Innovation and integration in the oscilloscope world

It’s probably fair to say that an electronic engineer’s ‘go to’ instrument is an oscilloscope. Recognising that, test and measurement product developers have regularly updated their portfolios; not only adding more features, but also providing devices which meet a much broader range of user needs.

The IoT requires upgradable security

The Internet of Things (IoT) allows us to optimise and improve most aspects of modern life at an unprecedented scale. As billions of IoT devices unleash billions of dollars in economic value, the tremendous potential of the IoT is also attracting malicious adversaries and attackers.

Avoiding power brownouts in high availability systems

For scalable capacity and modularity, systems such as servers, industrial computers, enterprise data storage and network routers are built with slots to accommodate multiple processing and I/O cards. To ensure high availability and uptime, hot-plug capability is required so that the entire system is not powered down for card insertion and removal.

Connectivity to enable the trusted digital enterprise

Manufacturing industry is on the cusp of a 4th wave of transformation that holds the promise of a step change in productivity. Industrial IoT business models are being defined with increased flexibility, co-operative human-machine interaction and the use of data analytics to identify trends and dynamic system relationships that were previously hidden or inaccessible.

New technology to impact on future liability

Defective products or work represent the largest cause of liability loss for businesses, accounting for 43% of the value of all claims in the UK. The average value of such claims is in excess of £312,000, with the cost of product recalls a major factor.

ICs to bring longer battery life to portable devices

As users demand more functionality and longer runtime from their devices, the need to understand what is consuming a battery’s charge becomes more important. Hardware developers can use this information to track energy used in different conditions, while software developers can adjust their coding decisions to improve efficiency. Meanwhile, operating systems can monitor how processes use power and consumers can see how their battery is used and realise possible actions to take for longer runtime. The knowledge gained from measuring accurately how a product uses the battery leads to an understanding of the design trade-offs – turning knowledge into power.

3D structures to dominate the flash memory market

If the year ends in a seven, there’s a good chance of it being a flash memory year. The pattern has worked since June 1967, when Bell Laboratories researcher Dawon Kahng filed a patent on a technology that made it possible to store charge for long periods inside the gate of the then novel metal-oxide-semiconductor (MOS) transistor.

Bringing LED solutions to market

Although it’s 15 years since LED lighting made its debut, take-up is accelerating across all areas of lighting, helped by its lower power consumption, longer lifespan, increased robustness and faster switching capabilities.

Potential breakthroughs in battery technology

The pressure on those developing new battery chemistries is increasing as consumers demand the ability to use their electronic devices for longer between charges. And it seems that researchers are responding with a range of potential solutions, not only based on lithium, but also exploring other elements. Beyond that, solid state electrolytes are beginning to show promise.

What’s the best way to work out a system architecture?

The emergence of the Internet of Things has also seen the emergence of a string of start ups which have, in their opinions, good ideas for IoT products, but who lack the technical expertise that would allow them to get those ideas to market. One way for those companies to move forward is to work with a design consultancy; an organisation which, if necessary, can take that idea from the quintessential ‘back of the envelope’ all the way to manufacturing. But what does the consultant do when confronted with the germ of an idea?

Extending operating life through better power system architectures

Consumer demand for wearable technology is set to explode. Analyst firm Gartner estimates that, by the end of 2017, annual shipments of wearable devices will have exceeded 320million units, with revenues of $35billion. It is likely that smart watches and fitness monitoring systems, such as sports watches and wrist bands, will represent at least 60% of this total.

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