Mentor Graphics has updated the Embedded Nucleus real time operating system (RTOS) with the addition of ARM TrustZone technology to support designs based on Cortex-A processors. The latest release also includes support for low power, resource constrained IoT devices with 6LoWPAN and IEEE802.15.4 wireless connectivity.“Nucleus RTOS support...

CEVA has introduced a silicon-based DSP development platform to accelerate the deployment of ‘smart and connected’ devices. The platform incorporates a wealth of processing, connectivity, sensing and application software which are the building blocks for prototyping IoT devices.The platform is built around a power-optimised CEVA-Tea...

Premier EDA Solutions has been awarded the Investment in Young People mark for its commitment to assisting the transition of young people from education into employment.The work has been in process since 2011, when Philip Mayo, managing director of Premier EDA Solutions, started a youth development programme. The programme initially sponsored e...

Looking to address the form and size issues posed by the latest wearable devices, Samsung has launched the Stripe and Band batteries.The Stripe battery, which is said to bend and conform as freely as a fibre, is a 0.3mm thick device aimed at a broad range of wearable electronics devices. It contains multiple elements developed independently by...

Microchip says Kvaser’s CAN and CAN FD IP will be featured in a range of products targeted at automotive and industrial applications. The devices are expected to appear in the middle of 2016.As part of the collaboration, Kvaser says it has benefited from Microchip’s integration expertise and test capabilities and notes the two compa...

Building on earlier work, Fujitsu Laboratories has developed a technology which it says can turn biometric data, such as a map of the veins in the palm, into a cryptographic key. The approach, which uses randomised numbers to create a 2kbit feature code, is also said to avoid having to send biometric data across a network.According to the devel...

Researchers at the University of Delaware and the Chinese Academy of Sciences have used nanotechnology to boost the energy density of dielectric capacitors.One of the keys to the success of the new capacitor is said to be its interdigitated design, which decreases significantly the distance between opposing electrodes and therefore increases th...

imec and CMST, its associated lab at Ghent University, have developed thermoplastically deformable electronics technology that is said to enable the creation of low cost 2.5D free form rigid electronic objects. The technology is being tested by Philips for use in LED lamp carriers, a downlight luminaire and a omnidirectional lightsource.The app...

Researchers from Brown University and Harvard University have developed a way to control light from phosphorescent emitters at very high speeds. The technique provides an approach to modulation that could be useful in silicon-based nanoscale devices, including computer chips and other optoelectronic components."Our results demonstrate rela...

Researchers from the Naval Research Laboratory (NRL) in Washington, DC have demonstrated that a combination of two technologies – one to create a thin film and the second to ‘cut’ designs from the film – could be a way to create custom electronic components.The approach combines the attributes of laser induced forward tr...