Technology Innovation : FUJITSU

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21 December 2004 Japan: Fujitsu Develops Breakthrough Technology for Low-Cost Production of Gallium-Nitride HEMT
Tokyo, December 21, 2004 – Fujitsu Laboratories Ltd. today announced the development of a technology that enables low-cost production of gallium-nitride (GaN)(*1) high electron mobility transistors (HEMT)(*2), a key technology in mobile base station amplifiers for 3G and future generations. This breakthrough technology reduces GaN HEMT production costs to less than one-third that of conventional levels, thereby contributing to the realization of lower-cost GaN HEMT-based amplifiers.
8 December 2004 Japan and France: France Telecom and Fujitsu Announce Initial Project of Partnership for New Value-added Services
Tokyo and Paris, December 8, 2004 – France Telecom (Euronext Paris: FR0000 133308 NYSE: FTE) and Fujitsu Limited (TSE: 6702) today announced a grid computing technology-based joint project, the first project of their strategic R&D partnership agreement tied in July of this year to widely promote joint research and development in the fields of distributed computing, ubiquitous networking, and storage.
27 September 2004 Japan: Rikkyo Primary School Introduces Advanced Security System for Real-time Monitoring of Students' Arrival/Departure
Tokyo, September 27, 2004 – Rikkyo Primary School today introduced a new security system at its Tokyo campus that uses active RFID tags to accurately monitor the comings and goings of its students in real time. The system, which was developed and is being deployed by Fujitsu Limited, will also help guard against unauthorized entry to the school grounds. The system begins trial operation today and is scheduled for full-scale rollout with the beginning of the new school year in April 2005.
13 September 2004 Japan: Fujitsu Develops Service Robot that Offers Human Task Support in Offices and Commercial Establishments
Tokyo, September 13, 2004 – Fujitsu Laboratories Ltd. and Fujitsu Frontech Limited today announced their joint development of a service robot that can provide support for various services in offices, commercial facilities, and other public areas in which people work or spend leisure time. The newly developed robot features functions that enable it to provide such services as greeting and escorting guests onto elevators, operating the elevators, moving parcels using a cart, and security patrolling of buildings at night.
10 September 2004 Japan: Fujitsu, University of Tokyo Develop World's First 10Gbps Quantum Dot Laser Featuring Breakthrough Temperature-Independent Output
Tokyo, September 10, 2004 – Fujitsu Limited and a research group at the University of Tokyo led by Professor Yasuhiko Arakawa, today announced the joint development of a quantum dot (*1) laser that succeeds in minimizing temperature-sensitive output fluctuations, which was not possible with semiconductor lasers in the past. The newly developed quantum dot laser achieves high-speed operation of 10 gigabits per second (Gbps) across a temperature range of 20°C to 70°C without electrical current adjustments, and has minimal output fluctuations caused by changes in temperature. This breakthrough technology will pave the way for compact, low-cost, and low power-consumption optical transmitters targeting optical metro-access systems (*2) and high-speed optical LAN (*3) for which further development continues.
6 August 2004 Japan: Fujitsu Develops World's First Technologies Enabling Formation and Multi-layering of High Dielectric Constant Ceramic Film on Resin Circuit Boards
Tokyo, August 6, 2004 – Fujitsu Limited and Fujitsu Laboratories Ltd., in collaboration with the National Institute of Advanced Industrial Science and Technology (AIST) of Japan, have jointly developed the world’s first technologies that enable the formation and multi-layering at room temperature of ceramic film with dielectric constant of 400, on resin circuit boards. The new technologies makes it possible to embed passive components such as condensers into printed circuit boards, such as FR4, thereby achieving miniaturization and cost reductions of circuit boards.
15 July 2004 Japan: University of Tokyo and Fujitsu Succeed in World's First Single-photon Emission in Data Transmission Wavelengths for Quantum Encryption
Tokyo, July 15, 2004 – The University of Tokyo's Nanoelectronics Collaborative Research Center and Fujitsu Laboratories Ltd. today announced the joint development of technologies that generate and measure single-photons, succeeding in observing the world's first emission of single-photons in data transmission wavelengths. The newly developed technologies pave the way for accelerating speeds for quantum encryption data transmission, considered the ultimate method of encrypted transmission, to 400 times faster than the data transmission speeds of conventional quantum encryption that could only transfer data at a few hundred bits per second (bps). The technologies represent a major step forward towards the practical application of quantum encryption data transmission.
7 July 2004 Japan: Fujitsu and Idenken Collaborate on World's Fastest Bio-Database
Tokyo, July 7, 2004 – The National Institute of Genetics, also known as Idenken, and Fujitsu Limited today announced their agreement to collaborate on development of a next-generation database system. Aiming to develop a research and business platform for the post-genome era of biotechnology, an industry that is expected to reach 25 trillion yen by 2010, Idenken and Fujitsu plan to develop the world’s fastest database system and position it as the de-facto standard for the field.
30 June 2004 Japan: Fujitsu Develops World's First Technology That Embeds Data Invisibly in Print Images
Tokyo , June 30, 2004 – Fujitsu Laboratories Ltd. today announced the development of the world's first technology that embeds 12-digit numerical data in printed color images in a way invisible to the human eye. This new technology makes it possible to embed data, such as ID codes to convert URLs or telephone numbers, into color images for magazines or advertisements without interfering with the printed design. Utilizing this technology with mobile phones or PDAs enables easy Internet access and phone calling. This technology was developed to provide more natural interfaces using mobile phones or PDAs, to customers offering new services such as linking printed images to the Internet.
29 June 2004 Japan: Fujitsu Develops Push-to-Talk Ubiquitous-Networking Transceiver Technology
Tokyo, June 29, 2004 – Fujitsu Laboratories Ltd. and Fujitsu Limited today announced their joint development of a ubiquitous-networking transceiver technology that enables simultaneous voice communication to multiple users from virtually anywhere, by using mobile phone and wireless LAN networks. The new technology, called “Push-to-talk over Cellular/Wireless” (PoC/W), opens up new opportunities when used with PCs, PDAs, mobile phones and other mobile devices in consumer applications, or as part of enterprise solutions to facilitate interdepartmental group communication.
23 June 2004 Japan: Net-2Com and Fujitsu Develop World's First Wireless IP Handset Enabling Seamless Switching Between Wireless Networks
Tokyo , June 23, 2004 – Net-2Com Corporation and Fujitsu Laboratories Ltd. today jointly announced the development of the world's first wireless IP mobile handset capable of seamless switching between wireless LAN and public wireless networks. The prototype handset features built-in wireless LAN functions and enables free selection of public wireless networks through inserting various CompactFlash® (CF) networking cards, allowing global use. By adopting standard operating systems (OS) for PDAs, this handset supports a wide range of applications including business applications.
3 June 2004 USA: Fujitsu Unveils Task Computing Technology
College Park, MD, June 3, 2004 – Fujitsu Laboratories of America, Inc., the U.S.-based research arm of Fujitsu Limited, today unveiled new technology that enables users to easily orchestrate devices, e-services and PC applications to execute complex tasks with just a few clicks or voice commands.
23 March 2004 Japan: Fujitsu Develops World's First CMOS Selector Chip Operating at 50 Gbps
Tokyo, March 23, 2004 – Fujitsu Laboratories Ltd. and Fujitsu Limited today announced the development of a selector chip using Fujitsu's CMOS technology capable of record-breaking 50-Gbps throughput. The new technology delivers the benefits of a highly integrated, low-power design in CMOS with the 40-Gbps performance levels required for devices used in high-bandwidth data communications, speeds that previously could only be attained using silicon-germanium chips or other compound semiconductors.
18 March 2004 Japan / USA: NCR and Fujitsu Develop Cash Deposit and Bill Recycling Module for ATMs
Tokyo, Japan / Dayton, OH, USA, March 18, 2004 – NCR Corporation (NYCE: NCR) and Fujitsu Limited (TSE: 6702) today announced that they have developed a new cash deposit and recycling module for automated teller machines (ATMs) that provides superior performance and unprecedented levels of availability. The new module is the first commercial result of a strategic alliance under which NCR and Fujitsu are pursuing collaborative research and development and supply of products and technology.
9 March 2004 Japan: Fujitsu, Hitachi and NEC Offer Sample Reliable Messaging Software for Web Services
Tokyo, March 9, 2004 – Fujitsu Limited, Hitachi, Ltd., and NEC Corporation today announced that they are making available on their respective websites sample software that implements Web Services Reliability (WS-Reliability), a messaging specification for web services designed to ensure superior reliability. URL links to the royalty-free software downloads from each company's website are listed below.
17 February 2004 Japan: Fujitsu Develops Ultra-Low-Power Transceiver Chipset for Next-Generation Optical Transmissions Systems
Kawasaki, February 17, 2004 – Fujitsu Laboratories Ltd. today announced the development of a new communications chipset that uses Indium Phosphide-based high-electron mobility transistor (InP-HEMT) technology to enable 50-Gbps operation of a 4:1 multiplexer and 1:4 demultiplexer chipset. Fujitsu's newly developed chipset is the world's first to achieve superior signal quality and operating margins in full-rate clocking scheme, with breakthrough low-power consumption of less than 1 watt (70% lower than conventional technology).
26 January 2004 Japan: Fujitsu Develops High Capacity Micro Fuel Cell Technology
Tokyo, January 26, 2004 – Fujitsu Laboratories Ltd. today announced the development of a new fuel-cell material technology that enables the use of 30% methanol - highly concentrated methanol - as a fuel source, as well as a prototype power unit that incorporates the technology. This technology enables much higher power capacities for passive micro fuel cells and realizes longer runtimes for mobile devices such as notebook PCs, PDAs and mobile phones.

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