At this year’s embedded world, Fujitsu Electronics Europe (FEEU) will be exhibiting in hall 2, booth number 110. The company will be offering insight into its current supplier portfolio and providing the audience a better understanding of its services, suppliers and products. This year, embedded world will take place from 14th-16th March in Nuremberg, Germany. The key innovation set to be highlighted by the value added distributio...

A new FRAM solution MB85RS256TY has been launched by Fujitsu Electronics Europe (FEEU), and is the first component of a completely new product group which is designed for an operating temperature of up to 125°C and is qualified according to the AEC Q100 industry standard, making it particularly suitable for use in the automotive sector.

  The development of connection control technology for LTE and WiFi to boost communication speed in areas with WiFi has been announced by Fujitsu Laboratories.

In order to contribute to stronger information and communication technology capabilities in the country, Fujitsu has announced that it is conducting training for employees from across all 22 departments of Myanmar's government. Taking place in Myanmar, the training began on 16th January, and is being provided in two rounds over a total of ten days.

The launch of Fujitsu's Manufacturing Industry Solution 3D Superimposed Product Design Diagnostic has been announced. It is a PLM solution for manufacturers that visualises differences between product component photos and their 3D blueprints. This solution is initially available only in Japan.

It has been announced that Fujitsu has systematised the services that offer total support - from planning to design, implementation, operation, and usage promotion - for communication platforms that change the ways customers work. Available in Japan from 8th December, the services will be provided under the name FUJITSU Enterprise Application Digital Global Communication Service.

The development of a technology for measuring the magnetic properties of materials when force (stress) is applied has Fujitsu Laboratories. This will be vital to enabling more advanced large-scale simulations of the kinds of magnetic fields found in the motors of Electric Vehicles (EV). EV engines, which have numerous operating conditions, such as their rotational speed, need to be prototyped and tested repeatedly under these different ...

  The development of a high-speed in-memory data deduplication technology for all-flash arrays has been announced by Fujitsu Laboratories. These are large-scale, high-speed storage systems and use multiple flash devices such as solid-state drives. 

Fujitsu announced it has developed five Zinrai-related services that are being rolled out incrementally in Japan, helping customers accelerate their use of artificial intelligence. These services are based on the company's foundation of AI technology and knowledge, and are part of the "Human Centric AI Zinrai" framework, Fujitsu released November 2015. Fujitsu is positioning these services on its FUJITSU Digital Business Platform MetaAr...

It has been announced that Osaka University, Scality and Fujitsu Limited are jointly executing a cold data storage-focused field trial of intercontinental data centre coordination, together with partners in Japan and Europe. 

The development of a thin-film process technology has been announced by Fujitsu which increases oxygen-producing efficiency by more than 100 fold. This is compared to using photocatalyst material as-is, with photoreactive electrodes that produce electricity and oxygen through the interaction of sunlight and water, used in artificial photosynthesis.

It has been announced by Cadence Design Systems that Fujitsu has adopted the Cadence Palladium Z1 enterprise emulation platform for the development of the ARMv8-based Post-K computer. The Post-K computer is the next-generation flagship supercomputer in Japan that reaches performance targets that are a maximum of 100 times faster than the K computer.

It has been announced that Fujitsu Laboratories has collaborated with the University of Toronto to develop a computing architecture to tackle a range of real-world issues by solving combinatorial optimisation problems, which involve finding the best combination of elements out of an enormous set of element combinations. 

FUJITSU Components proudly releases the small, high quality and incredibly powerful FWM7BLZ20–series Bluetooth 4.2 low energy module. After announcement of the smart module development, FUJITSU today releases the full details and sample availability of the Bluetooth 4.2 module. The FWM7BLZ20 smart module is based upon the Nordic Semiconductor “World’s most powerful” Bluetooth v4.2 SoC “the game changer” and com...

Fujitsu Laboratories announced development of technology to streamline the internal memory of GPUs to support the growing neural network scale that works to heighten machine learning accuracy. This development has enabled neural network machine learning of a scale up to twice what was capable with previous technology. Recent years have seen a focus on technologies that use GPUs for high-speed machine learning to support the huge volume of ca...

Fujitsu Laboratories and the Fraunhofer Heinrich Hertz Institute HHI have announced the development of a new method to simultaneously convert the wavelengths of wavelength-division-multiplexed signals necessary for optical communication relay nodes in future wavelength-division-multiplexed optical networks, and have successfully tested the method using high bandwidth signal transmission in the range of 1Tbps.

The addition of two new products – the FUJITSU Biometric Authentication PalmSecure-F Pro, which is a sensor that can be embedded into equipment, and the FUJITSU Biometric Authentication Palm Vein Authentication Board –has been added to Fujitsu and Fujitsu Frontech's line of palm vein authentication devices. Sales of the new products will commence in late October.

Receiving an order for an experiment-analysis system from Kamioka Observatory, part of the Institute for Cosmic Ray Research (ICRR) at the University of Tokyo, this week is Fujitsu. Destined for Kamioka Observatory's Super-Kamiokande facility, which is helping to shed light on the workings of the universe through the observation of neutrinos, the system is scheduled to go operational in March 2017.

A prototype wireless unit incorporating inter-subarray coding technology, which makes it possible to achieve high-speed transmissions, in excess of 10Gb/s, for 5G mobile wireless base stations and access points has been built by Fujitsu. It has achieved these high speeds whilst maintaining low power consumption levels on par with WiFi. In verification tests, the prototype successfully transmitted signals simultaneously to multiple devices.

Fujitsu Semiconductor and Mie Fujitsu Semiconductor have announced that they have reached an agreement with US-based Nantero to license that company's technology for NRAM, non-volatile RAM using carbon nanotubes, and to conduct joint development towards releasing a product based on 55nm process technology.