July
31


Kyocera has developed a new fine ceramic with a color that closely resembles 18-karat gold. The material has been created by raising the brightness level approximately 5% (approx. 3.6 points) above previous gold ceramic products. The three inherent attributes of color are luminosity, hue and saturation. Luminosity refers to the visually perceived brightness or darkness of a color as a percentage. In developing the new gold fine ceramic material, Kyocera increased the luminosity of its previous gold fine ceramic – one of 18 colored fine ceramics provided by Kyocera – while retaining the material’s outstanding hardness. This made it possible to more closely recreate the texture and color of 18-karat gold.

The new gold fine ceramic is a sophisticated addition to Kyocera’s lineup of colored ceramics that are used as decorative materials for watches, mobile phones and other premium accessories. Kyocera will pursue upscale applications for the elegant gold material in new markets worldwide

0
July
31


Panasonic today announced the company’s plan to construct a new flagship lithium-ion battery plant in Osaka City. With two other existing manufacturing bases in Osaka Prefecture and Wakayama Prefecture, Panasonic will integrate the new plant to reinforce the production of rechargeable batteries in Japan. The new plant will be the main manufacturing site, employing an integrated manufacturing system controlling everything from electrode production, cell assembly and charge-discharge testing to packaging and shipping. Especially, the electrode production facilities will ensure the safety of lithium-ion battery products as well as a safe manufacturing process.

The new plant will be strategically located in Osaka City to provide logistical advantages when working with its other plants in Osaka and Wakayama Prefectures. Making MBI one of the world’s top manufacturers of lithium-ion batteries, the plant will help to accelerate the company’s growth strategy to meet market needs and take advantage of its technological prowess in manufacturing safe batteries with high energy capacity. The factory aims to reduce CO2 emissions by 30% based on the basic unit from the level of fiscal year 2009 ending March 2009.

Osaka, Japan - Matsushita Battery Industrial Co., Ltd. (MBI), a consolidated subsidiary of Matsushita Electric Industry Co., Ltd. (MEI [NYSE symbol: MC]) known for its Panasonic brand products, today announced the company’s plan to construct a new flagship lithium-ion battery plant in Osaka City. With two other existing manufacturing bases in Osaka Prefecture and Wakayama Prefecture, MBI will integrate the new plant to reinforce the production of rechargeable batteries in Japan.

The new plant will be the main manufacturing site, employing an integrated manufacturing system controlling everything from electrode production, cell assembly and charge-discharge testing to packaging and shipping. Especially, the electrode production facilities will ensure the safety of lithium-ion battery products as well as a safe manufacturing process. The plant will be strategically located in Osaka City to provide logistical advantages when working with its other plants in Osaka and Wakayama Prefectures.

MBI will invest about 100 billion yen in the new plant, which will be built in two phases. The first phase construction will begin in December 2008 with the aim of commencing electrode production in October 2009 and battery cell production in April 2010 with a capacity of 300 million battery cells. When the second phase construction is completed, the new plant will have a total production capacity of about 600 million lithium-ion battery cells per year (50 million cells per month).

In addition, the company plans to invest about 23 billion yen to improve the productivity of the existing two plants. With a total investment of 123 billion yen in these domestic plants, the company aims to firmly establish a global manufacturing system that can satisfy the growing and diversifying global market needs. This requires the cooperating of domestic plants with the overseas plant in Wuxi, China, capable of producing batteries in various varieties and volumes.

Demand for environmentally-friendly, rechargeable batteries shows notable increases not only in major markets like Europe, the U.S. and Japan, but also in emerging markets like BRIC countries, as demand for mobile devices like laptop PCs and cell phones are on the rise.

Making MBI one of the world’s top manufacturers of lithium-ion batteries, the plant will help to accelerate the company’s growth strategy to meet market needs and take advantage of its technological prowess in manufacturing safe batteries with high energy capacity.

The company aims to build a safe, secure and environmentally-friendly factory by implementing a safe manufacturing environment and maintaining high energy efficiency. The factory aims to reduce CO2 emissions by 30% based on the basic unit* from the level of fiscal year 2009 ending March 2009.

0
July
24


Panasonic MN2CS0038 (nicknamed the UniPhier 4MBB+) is a mobile phone LSI based on its UniPhier digital audio/visual equipment platform. In addition to the communication function, the new Panasonic LSI integrates application functions such as graphics rendering, 1seg reception and audio/visual content playback into a single chip. The LSI was manufactured by using the 45nm process and is composed of 280 million transistors. Panasonic MN2CS0038 reduces the power consumption of a mobile phone by approximately 25% and the footprint by about 40%. The communication function supports 7.2Mbps W-CDMA/HSDPA and GSM/GPRS standards.

Panasonic MN2CS0038 is provided in a 563-pin plastic chip size package (PCSP) with the PoP structure. Panasonic would start shipping samples in late July 2008.

0
June
18


In honor of today’s Firefox 3 release, Microsoft’s Internet Explorer team gave a cake to Mozilla. The tasty treat, which prominently displays IE’s blue “e” icon, just arrived here at Mozilla headquarters in Mountain View.

The cake congratulates Mozilla on shipping Firefox 3 and expresses love from the IE team. Microsoft’s IE developers also sent a cake to Mozilla in 2006 following the release of Firefox 2, so this is clearly becoming a tradition.

Portal jokes aside, the cake is a very friendly gesture of goodwill. As we have noted recently, the Internet Explorer team could learn a lot from Mozilla. Closer cooperation between Microsoft and Mozilla on standards and web innovation would be a big win for everyone. But until Microsoft gets its act straightened out, Mozilla will be eating Internet Explorer’s marketshare in addition to cake.

0
December
30

0
December
6


Toyota unveiled today a new robot -Mobility Robot the newest additions to its Toyota Partner Robots being developed to support people’s everyday life. The mobility robot, which is capable of autonomous movement over uneven ground and around obstacles, provides transport in places where people usually walk. Toyota Mobility Robot can negotiate steps with independent vertical movement of left and right wheels, allowing it to assist in short-distance personal mobility. The Toyota Mobility Robot is capable of following a person, allowing it to function as a porter and also is capable of avoiding obstacles to reach its owner and of autonomously transporting its owner. The Mobility Robot has a traveling range of 20km on one hour of battery charge and can travels at up to 6km/h and capable of traversing a 10-degree gradient.

Toyota announced today that it aims to realize practical use trial of Mobility Robot at a Toyota-related facility from the latter half of 2008. The Toyota Mobility Robot measures 1,000mm (at rest); 1,100mm (in motion) and weigh 150kg.

0
December
5

0
December
5

0
December
4

0
December
3


NEC has developed a wireless camera that can be powered from a fluorescent light by simply attaching a ring-shaped component for power acquisition to the bulb. The camera only requires fluorescent lighting equipment with a straight bulb to provide a video system without the necessity for a power supply installation work. Sharp unveiled the power supply technology used in this wireless camera in January 2006. Based on the electromagnetic induction, the camera obtains power by using the magnetic field generated by the AC source (45-100kHz) in the fluorescent light. Basically, the new NEC wireless camera is operable at 120mW. It is provided with a function to automatically adjust the frequency of shooting video in response to the power supply from the fluorescent light. The function makes it possible to shoot and transmit images in the optimum quality with the use of any commercially-available inverter fluorescent light with a straight bulb while eliminating the need of manually adjusting the power consumption of the camera.

The NEC wireless camera powered from a fluorescent light shoots images every 10 seconds. It supports VGA (640 x 480), QVGA (320 x 240) and QQVGA (160 x 120) resolutions. An IEEE802.11b-compliant wireless LAN is employed for the image transmission. The NEC camera will be exhibited at iExpo2007 in Tokyo Big Sight from Dec 5-7, 2007.

0