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-batteries For Sagem - Global Smart Cards Industry - (5/17/2012)

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NEW YORK, may 9, 2012 /PRNewswire via COMTEX/ –Reportlinker.com announces that a new market research report is available in its catalogue:Global Smart Cards Industry reportlinker.com/p0155847/Global-Smart-Cards-Industry.html #utm_source=prnewswire&utm_medium=pr&utm_campaign=Credit_CaThe global outlook series on Smart Cards provides a collection of statistical anecdotes, market briefs, and concise summaries of research findings. the report analyzes the demand scenario for smart cards in telecom, identification, financial/banking services, security, and mass transit sectors. the report offers a review of recent developments, mergers, acquisitions, and other strategic industry activities. Regional markets briefly abstracted and covered include US, Canada, France, Germany, China, India, Japan, South Korea, Vietnam, Philippines and Latin America. Market discussions in the report are punctuated with fact-rich market data tables.. also included is an easy-to-refer, fact-finder directory of 116 companies worldwide, with addresses and contact details of each company.1. INDUSTRY OVERVIEW 1Demand for Smart Cards Continues to Rise 1Major Growth Drivers 1Existing Applications Hold Immense Potential 1Rapid Adoption of EMV Standard Propels Market Growth 1Region wise Demand Analysis 2Challenges to Reckon With 2Major Concerns 2Current and Future Analysis 2Table 1: World Recent Past, Current & Future Analysis forSmart Cards Analyzed with Annual Shipments in Millions ofUnits for Years 2010 through 2015 3Impact of Recession in Retrospect 3Telecom – the largest End-Use Sector 4Table 2: Global Smart Card Shipments (2011): PercentageBreakdown of Volume Shipments for End-Use Sector – Telecom;Financial Services, Retail and Loyalty; Government &Healthcare; Transport; Pay TV; and Others (Includes CorporateIDs among Others) 4Table 3: Global Smart Card Shipments (2011): Breakdown ofVolume Shipments in Millions of Units by Product SegmentsMicroprocessor-based Smart Cards and Memory Based Smart Cardsfor End-use Sectors – Telecom; Financial Services, Retail andLoyalty; Government & Healthcare; Transport; Pay TV; andOthers (Includes Corporate IDs) 5Emerging Markets Boost SIM Sales 5Escalating Demand for USIM Cards 5Public Sector – an Active Adopter of Smart Card Technology 6Smart Cards to Enhance Security of Electronic Passports 6Rising use of Smart Cards in Retail and Financial Transactions 6Contactless Technology Rapidly Gaining Prominence 6Table 4: Global Contactless Smart Card Shipments (2011):Breakdown of Volume Shipments in Millions of Units by End-UseSector – Telecom, Financial Services, Government &Healthcare, Transport and Others 7Security Concerns Drive Biometrics-Integrated Smart Cards Market 7Table 5: Global Market for Integrated Smart Cards andBiometrics (2011): Percentage Share Breakdown of Usage byBiometric Characteristic 8Smart Card Management System – an Overview 9The Need for SCMS 9Multiplicity of Applications 9Complexity of Functions 10Provision for Future Applications/ Protocols 10Potential Opportunities for SCMS 10Smart Cards: New Applications and Technologies 11Major Hurdles for the Smart Card Industry 11Hacking of RFIDs – a Key Concern 12Competitive Landscape 12Table 6: Leading Players in the Global Smart Card Market(2011): Percentage Share Breakdown of Revenues by Company-Gemalto, Giesecke and Devrient, Oberthur Technologies,Morpho(Previously Sagem Orga) and Others 12Table 7: Leading SIM Card Providers Worldwide (2010):Percentage Share Breakdown of Revenues by Company – Gemalto,Giesecke and Devrient, Oberthur Technologies, Morpho(Previously Sagem Orga), Eastcom, Datang, Watchdata andOthers 132. PRODUCT OVERVIEW 14Smart Cards: an Introduction 14Key Characteristics of Smart Cards 14Historical Journey of Smart Cards 15Types of Smart Cards 15Contact Smart Cards 15Contactless Smart Cards 16Credit Card Contactless Technology 17Based on Types of ICCs 17Memory Cards 17CPU/MPU Microprocessor Multi- function Cards 18Other Types of Smart Cards 18Combination Cards 18Cryptographic Smart Cards 18Super Smart Cards 18Advantages of Smart Cards 19Disadvantages of Smart Cards 19Operating Systems 20Types of Operating Systems 20Fixed File-Structure based Operating System 20Dynamic Application based Operating System 20Standards for Smart Cards 20Subscriber Identity Module (SIM) 20STK 21Java Card 21UIM 21WIM 21S@T 213. APPLICATIONS AND USES OF SMART CARDS 22Overview 22Computer Security Systems 22Identification 22Finance and Banking 23Mobile Phone Networks 24Mass Transit 24Healthcare 244. STRATEGIC CORPORATE DEVELOPMENTS 255. PRODUCT LAUNCHES 36A REGIONAL MARKET PERSPECTIVE 471. THE UNITED STATES 47Smart Cards Industry Overcomes Economic Crisis 47Table 8: US Recent Past, Current & Future Analysis for SmartCards Analyzed with Annual Shipments in Millions of Units forYears 2010 through 2015 47Table 9: Smart Cards Market in the US (2011): PercentageShare Breakdown of Revenues by End-Use Sector 48Mobile Telecom to Offer Growth Opportunities 48Contactless Technology Gains Momentum 48Standardization of EMV Technology in the US – still a LongWay to go 482. CANADA 50Table 10: Canadian Recent Past, Current & Future Analysis forSmart Cards Analyzed with Annual Shipments in Millions ofUnits for Years 2010 through 2015 50Table 11: Smart Cards Market in Canada (2011): PercentageShare Breakdown of Revenues by End-Use Sector 513. EUROPE 52Overview 52Table 12: European Recent Past, Current & Future Analysis forSmart Cards Analyzed with Annual Shipments in Millions ofUnits for Years 2010 through 2015 52Table 13: Smart Cards Market in Europe (2011): PercentageShare Breakdown of Revenues by End-Use Sector 53EMV Card Deployments in Europe 533a. FRANCE 543b. GERMANY 54Electronic-ID Card Initiative to Boost Smart Card Market 54Major Smart Card Program put on Hold in Germany 544. ASIA-PACIFIC 55Smart Cards Industry – an Overview 55Contactless Smart Cards to be in Great Demand in APAC 55Table 14: Asia-Pacific Recent Past, Current & Future Analysisfor Smart Cards Analyzed with Annual Shipments in Millions ofUnits for Years 2010 through 2015 56Table 15: Smart Cards Market in Asia-Pacific (2011):Percentage Share Breakdown of Revenues by End-Use Sector 56Growth Drivers 57Challenges/Market Restraints 57Impact of Economic Slowdown on Select Applications 58Integrated Biometrics-Smart Card Adoption Trends in Asia-Pacific 58Table 16: Asia-Pacific Recent Past, Current & Future Analysisfor Integrated Biometric Smart Cards Market with AnnualRevenues in US$ Million for Years 2006 through 2012 59Implemented Projects in Integrated Smart Cards and BiometricsMarket in Asia-Pacific (2006) 60Contactless Smart Cards Market – an overview 60Factors Favoring Adoption of Contactless Technology 61Mass Transit Market 61Banking/Payment Cards Market 624a. CHINA 63Overview 63Dynamics in Mobile Communications Card Sales 63Smart Cards ID Market: Potential Opportunities for LocalCompanies 63Domestic Smart Card Suppliers in China 634b. INDIA 64Outlook 64India – an Underpenetrated but Fastest Growing Market 64Table 17: Smart Cards Market in India (2011): PercentageShare Breakdown of Revenues by End-Use Sector 644c. JAPAN 65Smart Cards Industry – an Insight 65Table 18: Smart Cards Market in Japan (2011): PercentageShare Breakdown of Revenues by End-Use Sector 65Convergence & Convenience Boost Technology Adoption 65Contactless Technology Boosts Smart Card Uptake 66Review of Select Application Segments 66Transportation Sector 66Major Prepaid Payment Cards Based on Smart Card Technologyin Japan (2001-2007) 67Banking/Financial Sector 67Government ID Sector 68Telecom Sector 68Competition 684d. SOUTH KOREA 69Overview 693G Technology Adoption Boost Demand for USIM Cards 69Electronic ID Cards Offers Potential Growth Opportunities 69Stages of Electronic ID Initiative 70FSS Directive Accelerates EMV Migration 70Table 19: Migration Status of Major Card Companies in SouthKorea (2007-End) 704e. VIETNAM 714f. THE PHILIPPINES 715. LATIN AMERICA 72Table 20: Latin American Recent Past, Current & FutureAnalysis for Smart Cards Analyzed with Annual Shipments inMillions of Units for Years 2010 through 2015 72Table 21: Smart Cards Market in Latin America (2011):Percentage Share Breakdown of Revenues by End-Use Secto 73GLOBAL DIRECTORYTo order this report:Credit Card Industry: Global Smart Cards IndustryMore Market Research ReportCheck our Industry Analysis and InsightsNicolas BombourgReportlinkerEmail: : (805)652-2626Intl: +1 805-652-2626

SOURCE Reportlinker

Copyright (C) 2012 PR Newswire. all rights reserved

-batteries For Sagem - Sagem my721x User Guide - (5/8/2012)

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Band: 2G Network GSM 900 / 1800 / 1900

Size :D imensions 112 x 48 x 9.8 mmWeight 90 g

Display : Type TFT, 256K colorsSize 176 x 220 pixels, 2.0 inches

Sound :Alert types Vibration Polyphonic ringtonesSpeakerphone with stereo speakers

Memory :P honebookCall records 20 dialed, 20 received, 20 missed callsCard slot microSD (TransFlash)

Data :GPRS Class 10 (4+1/3+2 slots), 32 – 48 kbpsBluetoothUSBCamera : Primary 3.15 MP, 2048×1536 pixels Video

Features : Messaging SMS, MMS, Instant MessagingBrowser WAP 2.0/xHTMLRadio Stereo FM radio with RDSGamesColors Black, Silver

Java : MIDP 2.0 – Music player- T9- Organizer

Battery :Standard battery, Li-IonStand-by up to 200 hTalk time up to 3 h

Download:user guide

-batteries For Sagem - What is the Difference Between a Standard Battery and an Alkaline Battery? - (4/26/2012)

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Both batteries produce 1.5 volts of electrical current but after that the similarities between the two batteries stop. A standard battery has a capacity of 500-1000 mAh (milliamps an hour) which is equivalent to 5-1 amps an hour. Alkaline AA batteries on average have a capacity of 2400 mAh. What does this mean since an alkaline battery has a higher mAh?

The mAh capacity of a battery determines how long the battery will run for.

So what this means is that a 1000 mAh standard battery will run for under half the time that a 2400 mAh battery will run for. both batteries are similar in that they do not run well in high drain devices such as cameras, MP3 players, etc., but you can buy high drain alkaline batteries to use in high drain devices which gives alkaline batteries an edge.

While many people are switching to rechargeable batteries to save money some people do not want to be bothered, but what do you do when you are in the middle of a game and your battery dies?

Batteries work through electrochemical reactions, and rechargeable batteries are able to reverse the electrochemical reactions to restore the components to their original state.

Standard batteries are not able to restore themselves to their original state at all, but alkaline batteries have the ability to restore themselves in small quantities.

Your alkaline battery will never be restored to its original state but after leaving it off for about half a minute you will have the ability to get a small quantity of power from it.

One of the major setbacks about a standard battery is that for some reason they tend to be more expensive than an alkaline battery. so make a smart decision to buy an alkaline battery, and if you are using it for paintball, purchase a battery specifically designed for paintball equipment.

Music Mobile Phones – Now Enjoy Music While Communicating

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Whenever we talk of music mobile phones one name that straightway comes to our mind is Sony Ericsson. Sony Ericsson has always been associated with the quality music widgets. their mobile gadgets besides being high in music department are also very performance-oriented. in addition to that Sony Ericsson also pays high attention to the grooming of their manufactured handsets. this is done so that the phones can suit to the tastes and preferences of modern customers. Due to their exceptional music features and sophisticated looks the phones from Sony Ericsson are so popular among the young generation.

Handsets like W660i, W750i, W760i and W580i are the handsets which are highly popular among the young people. most of these phones come with trackID feature which helps the user to know all about the playing song. in other words, it gives all the information regarding to the playing track. Besides that they also come with built-in FM radio that allows the user to listen to their choice of music at their favourite music stations. The popularity of Sony Ericsson music handsets speaks volumes of their capabilities. one of their recent mobile widgets gives the option to the user to just shake up the phone and change the playing track. The sound qualities of Sony Ericsson is just terrific and even the built-in radio does not disappoints the user.

Only taking Sony Ericsson’s name will not be justifiable. there are also other manufacturers in the market which are now trying to give Sony Ericsson’s handsets a run for their money. one of them is Samsung, a world famous brand of Home appliances also in the market of mobile manufacturing. one of their set Samsung Beat450 is a music phone to reckon with. this phone is a sensational music device is very difficult to ignore. its 3-D surround sound feature will allow the users to enjoy the ultimate music experience. it also has got the music navigation wheel. in addition to Samsung another premier home appliances brand ie LG has also launched some handsets that has got very extraordinary music features. some of are the mobile widgets that come with one-touch MP3 player. this allows the user to enjoy the music without operating many functions.

Looking a tough competition in market in this field of music mobile phones, world renowned mobile phone manufacturers have also launched a range of music widgets. Hence today there is a flood of music mobile phones in the market and it entirely depends upon the customer which music phone he wants to purchase.

The Battery Charger – Charging To The Rescue

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Rechargeable batteries, and the battery charger, are the answer for those who hate the idea of finding environmentally friendly ways of jettisoning the worn out batteries from their remotes, flashlights, smoke detectors, calculators, and any number of other battery operated conveniences.

Rechargeable batteries and the battery charger are also an answer for those who stop to tally up the cost of replacing all the worn out batteries in their lives on a regular basis. those who understand the concept of true cost, aka full cost battery pricing know that they are paying more for their batteries than they really should have to, and the chance to rid themselves of that particular waste of their hard-earned dollars certainly makes a battery charger worth a look.

Why Disposable Batteries Cost so Much

The biggest reason that batteries are more expensive than a reasonable profit on their components and assembly cost should make them is that, because in the environmentally unfriendly world of the past, millions of disposable batteries were left to corrode in landfills and leak their toxic chemicals, including mercury and lead, into the soil and water. Now that the environment is a major concern, all those chemicals have to be cleaned up, and that cleanup has to be paid for.

The true, or full cost, of your current stock disposable batteries includes extra charges to offset the environmental cleanup necessary from the improper disposal of the batteries of yesteryear.

But charging to the rescue of your pocket book are those inseparable sidekicks, the rechargeable battery, and the battery charger. As soon as you make the switch to rechargeables, you’ll eliminate both the recurring costs of replacing your old disposable batteries and your contribution to the ongoing battery disposal problem.

Your Battery Charger Alternatives

If you think you’re ready to make the switch, take the time to educate yourself on battery charger alternatives. the different types of battery charger have now been available long enough to have developed a track record, and you can do some comparing before you buy.

The introductory model of the battery charger is the simple charger. Your wall sockets operate on AG, or Alternating Current; the simple battery charger pulls electrons from your AC wall socket, transforms them into DC, or Direct Current, and sends them to the battery to charge it. the drawback to this system is that rechargeable batteries have a finite capacity for electrons, and once it is reached, they will be damaged if the charging continues. In rare instances they may cause a fire.

Up one level of battery charger sophistication is the timer charger. As its name indicates, it will shut down the charging process after a preset amount of time; but if it is used to charge batteries of limited capacity, damage remains a possibility. With batteries of greater charging capacity, on the other hand, a timer charger may shut down before charging is complete.

The ultimate battery charger is the intelligent charger; it detects exactly how much charging capacity a specific battery has, and delivers not one more or less. When the charging is complete, an intelligent battery charger continues to keep the battery topped up with a tiny stream of electrons as long as the battery is connected to it. what more could you want?

-batteries For Sagem - Modern Mobile Phone Technologies - (3/31/2012)

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Through the advancement of technology nowadays, many things were invented to make our lives easier than it usually is. Communication is now at its best, we can easily connect to our loved ones in just a snap. Mobile phone is a vital and integral part of our everyday life in this modern age. It is considered as a part of our needs as a social being created by God. more than luxury, it is indeed a necessity. Sagem mobiles are coming of age in the market and qualify to our expected features into a mobile phone. They are customer-oriented in a sense that they create mobile features suited directly to the needs of their target segment. Its high-end designs tailored with its affordable price in the market suits its way to shine utmost in the market. One of its edges among its concurrent competitors is the mobile accessories that are already package on the mobile. there are varieties of quality features offered by Sagem mobile phones that will surely captivate your preference as a buyer specifically its sleek curve design, multi-colored, efficiently design that is well attractive and pleasing to the eyes of the clientele. You can also customize its features depending upon on your personality. It is cost efficient and has user friendly interface.

The segment of Information and communication technologies have open the limelight for the Sagem mobile phones. They have effectively created its niche in the economy wherein they tailored fit the needs and wants of their target consumers. these mobiles proffer the customary voice function and other significant services along with its accessories particularly Email checking, SMS for text messaging, Packet switching for access to the Internet, Gaming features, Bluetooth, Infrared, Camera with video recorder, MMS for sending/receiving photos, MP3 player, Radio and GPS that is primarily packed in one excellent mobile product.

To this modern age, customer has their personal choice in terms of designing and styling their mobile phones with their desired look. The miscellany is seen in the models and designs being presented. They are also has a high quality and long lasting performance so you won’t just be deceived by its physical form. particular relevant attributes are Touch screen, 2MP camera, internal memory, expandable Bluetooth, Chat application & Social Networking, FM with Recording and High battery feat.

It is created and manufactures by well established firms that has great reputation when it comes to mobile industry. Clients can choose into wide ranges of Sagem mobile phone’s design and styles. They only cater high quality mobile phones with the latest and hippest technology. They constantly innovate and develop in order to reach the specific needs of their end consumers. Some of the exclusive and popular models of Sagem are 222 Porsche, sagem puma, P9521 porche, myZ-5, myX6-2, my800X, my730C. They have extended their latest hi-end music phone Bleu my700x in their network in India that has built-in MP3 Player with graphic equalizer and excellent features far ahead from others on the market line.

-batteries For Sagem - France, Development Platform for Low-CarbonVehicles - (3/25/2012)

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France, Development Platform for Low-CarbonVehicles

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March 2012 At the heart of a market set to account for 30 to 40% of new vehicles by 2025, and 20% from as early as 2020, pure electric cars (battery-run) and hybrid rechargeable cars, with extendable battery life or fuel-cell battery, are receiving strong input from industrial players and government authorities in France, keen to address environmental concerns, boost the sector’s competitiveness and secureits energy independence.

A charter signedwith the French Ministry for Industry in September 2011 lists the ten commitments which industry professionals must make when offering low-carbon vehicles and related products and services to consumers, featuring high performance benefits, quality, ease of use and safety. Highway companies, parking operators, traders and dealers have also signed up to the effort.

1-      France’sfleet of electric passenger and lightweight utility vehiclesis the largest in Europe (15,000 units) and the third-largest in the world, after the United States and Japan[1].

PSA launched the Peugeot 3008 hybrid in 2011, the world’s first mass-produced hybrid diesel car. in spring 2012, the Citroen DS5, operating on the same technology, is arriving on the market, alongwith the top-range Peugeot 508 RXH. in 2012, Toyota will produce a hybrid version of the Yaris III, in Valenciennes (Nord-Pas de Calais region). for city use, Venturi (Eclectic), Goupil G3, Lumeneo (Smera and Neoma), MEGA, Micro Vett (Fiat), Tracetel (Whoop), and Courb (C Zen) are developing engine-powered tricycles and quadricycles, whileGepebus (PVI), Tecnobus, Irisbus and Gruau are bringing out buses, and Renault-Trucks a line of trucks.

Batteries are produced in France by SAFT (Lithium-Ion) and Batscap-Bolloré (Lithium MetalPolymer). Renault will start producing electric engines in Cléon (Haute-Normandie region) in 2013, and batteries (after Nissan NEC paves the way) in Flins (Paris region) in 2014. Pivotal to BMW’s partnership with PSA is a hybrid components plant in Mulhouse for 2014 (Alsace region). Parts manufacturers such as Valeo are involved in the electrification of the powertrain, power electronics and vehicle weight reduction.

2- A government-backed environment. The French government’s Automobile Bonus, in place since 2008, has channeled a total of €2.3 billion into the market, fostering the acquisition of 3.9 million new low-pollution vehicles. The 2012 scale maintains ambitious support through incentives ranging from €2,000 to €5,000 per low-carbon vehicle. An incentive scheme from the French Environment and Energy Management Agency ADEME alsoexists for quadricycles and certain heavy-dutyvehicles.

Significant funding (€100 million) has been allocated to emission reduction and low-carbonvehicles, within four innovation clusters dedicated to automobiles and transport solutions (Mov’eo, Id4Car, Vehicles for the Future and Lyon Urban Truck and Bus). More general support for R&D is alsoavailable through France’s Research Tax Credit and the innovation agency OSEO.

Initiated in 2009, France’s plan for the Development of Rechargeable Electric and Hybrid vehicles illustrates the commitment of the French government to promotelow-carbonvehicles.

The Multi-Year Land Transport Program (“Predit N°4″, backedwith €400 million of funding) allocates an average 50% of itsfunding to electric and hybridvehicles. two technologicalplatforms are running today: Steeve Grenoble & Amiens (energystorage, piloted by the French AtomicEnergy and Alternative Energies Commission CEA and the French National Institute for IndustrialEnvironment and Risks INERIS) and Movéo’DEGE Saclay (piloted by the French Institute of Petroleum IFP). French Environment and Energy Management Agency ADEME’s first tworesearchdemonstrationfunds on “lowgreenhousegas road vehicles” have been approved (€108 million). Theyalso support experimental efforts such as Kléber (rechargeable hybridvehicle in Strasbourg), SAVE (Seine Aval VE), CROME (CROss-border Mobility for Evs) with Germany, VERT (in Réunion). BMW meanwhileexperimentedwith a French fleet of Mini E cars up to the end June 2011, and willlaunch an operationalfleetwithActiveEsin 2012.

In order to guaranteefully-safeelectricvehicledeployment, in particular in underground parking lots, tests have been carried out on electricvehiclebatterysafety, in conjunctionwithgovernmentauthorities.

The Recharge Infrastructures Working Group for electricvehicles (GT IRVE), placedunder the supervision of the Ministry for Industry, isresponsible for consultation and coordination withsectorprofessionals (Schneider Electric, Legrand, Parkéon, DBT, Saintronic, Sagem.com, EDF Sodretel, Hager, etc.) on all national government issues: provisions introducedunder the Grenelle IIAct (municipality consortia, building permits, office or apartment block parking lots), Green Paperrecommendations on recharge infrastructures accessible to the public, a commondefinition of the “safeelectricvehicle”, standardization, support (French GovernmentInvestment Bank CDC or the French Environment and Energy Management Agency ADEME) for experiments and recharge infrastructure deployment (eco-cities and pilot metropolitan areas havingsigned a charter in 2010).

The French government’s “National Investment Program” has helpedboost support for electrochemicalstorage, through the “low-carbonenergies” segment of itsactivities. The “Vehicle of the Future” segment meanwhile focused on advancedelectricpowertrain and hybrid techniques as well as recharge stations, while also opening up a unit dedicated to funding recharge infrastructures on public highways. Already-publishedmultilateralinvestmentagreements (AMIs) have been granteda budget of over €500 million. Furthermore, the French government has announced an accreditation program and €54 million in funding for the VEDECOM Institute for Excellence in Low-Carbon Energies, specifically in the field of land transport and eco-mobility, whichwill set up a venue in Satory (Paris region) where transport playerscanworktogether to deploy new systems and new vehicles.

Lastly, the Orders Consortium steered by La Poste and coordinated by state procurement body UGAP announced in October 2011 the outcome of a call for tenders on the acquisition of 2,000

vehicles for four years. The UGAP has alsosignedpartnershipswithvariousrepresentatives of the local authorities and plans to launch a new call for tenders in 2012.

David Appia, Chairman and CEO of the Invest in France Agency (IFA) stated, “France offers a world-class platform for foreignindustrialplayerswhowish to developlow-carbonvehicles, takingadvantage of an environmenthighlyconducive to innovation and boasting top-tier training for engineers. France’s innovation clusters and government incentives dedicated to the automotive sector enhance France’s investment attractiveness in these technologies building the future”.

 -Ends-

The Invest in France Agency (IFA) is the national agencyresponsible for promoting and facilitating international investment in France. It alsocoordinates initiatives to promoteFrance’seconomicattractiveness. The IFA network operatesworldwide. in France, the IFA works in partnershipwithregionaldevelopmentagencies to offer international investorsoutstanding business opportunities and customized services. for further information,

© Press Release 2012

-batteries For Sagem - M&A Technology Launches the New Companion Touch 2600 as Part of the Intel Learning Series - (3/18/2012)

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M&A Technology launching a new model of the Companion Touch powered by the latest Intel dual core Atom processor. the new Companion Touch will have an option to support pen and multi-touch with N-trig DuoSense® technology that provides the best experience in digital ink. the new Companion Touch 2600 is a continuation of the Intel ® Learning Series designed specifically for education. M&A Technology will offer two models; a low cost version with a resistive touch screen and palm rejection, and a premium version with an N-trig screen that supports multi-touch, pen input and palm rejection.

Dallas, TX (PRWEB) March 12, 2012

M&A Technology, a leading provider of technology products and services, is launching a new model of the Companion Touch powered by the latest Intel dual core Atom processor. the new Companion Touch will have an option to support pen and multi-touch with N-trig DuoSense® technology that provides the best experience in digital ink. the new Companion Touch 2600 is a continuation of the Intel ® Learning Series designed specifically for education. M&A Technology will offer two models; a low cost version with a resistive touch screen and palm rejection, and a premium version with an N-trig screen that supports multi-touch, pen input and palm rejection.

the new Companion Touch comes in a sleeker design while maintaining its ruggedized features for day-to-day usage in the classroom. Powered by the Intel Atom 2600 processor, the Companion Touch offers better performance and longer battery life. the new device comes with a 10.1″ touch screen which improves 1:1 eLearning and teaching. the built-in handle offers a student-friendly tablet for usage in the classroom and at home.

Compared with many tablets in the educational market, the Companion Touch addresses the need for an affordable and complete tablet PC ideal for the K-12 market. it is the only device in the market that addresses the educational needs for:1.    True pen and paper experience with palm rejection for taking notes in the classroom2.    Built-in keyboard for students to type3.    Screen rotates in portrait mode for E-Reader functionality

The convertible screen makes it easier to interact with the device and share work in group activities. the built in webcam swivels 180 degrees to capture pictures and video from different angles. the Companion Touch 2600 comes pre-loaded with the Intel Learning Software Suite that can be custom adapted to all educational environments.

As an Intel Authorized Integrator, M&A Technology will make this device available through normal distribution channels for Intel resellers throughout the US. Resellers will have the ability to customize the tablet for their specific markets. “We are very excited to collaborate with M&A on the Companion Touch” said Dr. Wayne Grant, Director of Research and Planning at Intel Corp. “With the addition of the Companion Touch in our classmate PC product offering, students have an exciting and fun way to engage in interactive and collaborative exploration.”

“We appreciate M&A’s commitment to providing educators with the most appropriate digital tools for students of all ages, and believe that our DuoSense pen and multi-touch solution is a perfect fit,” said Ronen Heldman, VP Marketing, N-trig. “By enabling children in the classroom to draw and sketch, take notes and complete assignments directly on their e-textbooks, DuoSense converts the tablet education experience from mere content consumption to real creativity and productivity.”The standard configuration comes with a 10.1″ resistive touch screen, 160GB hard drive, 2 GB RAM, 2.0 MP rotating camera, Bluetooth and built-in handle. the device comes standard with a 10 hour battery for all day usage. A full description of the product is available at macomp.com.

About M&A Technology:M&A Technology, a leading solutions provider since 1984, offers a wide range of custom technology solutions for education that are based on innovation to improve productivity and reduce the total cost of ownership through technology. our ISO 9001-2008 certified manufacturing facility offers a flexible platform for contract manufacturing that is focused on customer requirements and quality of our products. In addition, M&A Technology offers custom-built servers, workstations and high performance computers that are all made in the USA. More information is available at macomp.com.

Contact:Jihad Jubran, Senior VP of Business Development2045 Chenault DriveCarrollton, TX 75006800-225-1452jjubran(at)macomp(dot)com

For the original version on PRWeb visit: prweb.com/releases/prweb2012/3/prweb9269448.htm

-batteries For Sagem - Energizer Holdings, Inc. : Energizer to Unveil New Lighting Collections in First Appearance at International Home + Housewares Show - (3/8/2012)

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Energizer will provide a sneak peek of its latest in home lighting at the International Home + Housewares show. Participating at the show for the first time, Energizer will showcase its full home lighting portfolio and debut its newest home d?cor category, flameless wax candles. Energizer? Household Lighting’s entire line can be viewed in the Dine + Design Expo at McCormick place Exposition Center, booth # S4337.

as the inventor of the flashlight and one of the first to incorporate LEDs into portable lighting, Energizer is applying consumer insights and more than a century of lighting technology expertise to bring light to consumers in ways they didn’t even know was possible.

“We have a history in lighting technology and a brand that consumers know and trust, so this category is a natural extension for us. Our vision is to give people the remarkable home lighting they want that fits their lifestyle,” says Anne Bannister, Vice President of Strategic Ventures for Energizer. “We are looking forward to unveiling the full 2012 offering at the International Home + Housewares show and to hearing reactions from buyers and media attendees.”

Beautiful Accent and Task Lighting

Energizer introduces a new way to illuminate a home with stylish household lighting designed to fit your lifestyle. Developed with the latest in LED technology, the entire portfolio of home accent and task lighting products utilizes advanced circuitry, LEDs that never need replacing and optics to create a light that enhances your environment to create just the right ambiance. Three distinct collections – Ambiana, Edge, Glas – offer a variety of features and diverse designs that fit consumers’ needs and unique d?cor styles.

Energizer? Ambiana Collection enhances home d?cor with flowing forms and pure LED light. this modern line of household lighting includes accent lighting and a well-designed desk light. Utilizing advanced, touch-sensing technology, consumers can quickly and easily change the light’s color, intensity or direction. Each light is finished with a high-end gloss and offered in a pearlescent white or black finish. this beautiful, sophisticated collection will be available summer 2012.

the Energizer? Glas Collection was created for those looking for functional design in a durable, long-lasting product. from practical choices that make everyday living easier, to decorative options that transform a home, each is created with energy-saving features and practicality at the heart of every design.

  • the Energizer? Glas Flameless Candles cast a warm glow with a natural flicker. the innovative design combines the candle and holder in one decorative light. created with a clear-acrylic, round shade and matte black base that houses a four-hour automatic timer, these are available in two sizes – 4 and 6-inch heights. With no open flame, these lights provide a safe alternative for those looking for a realistic flicker.
  • The Energizer? Glas Task Light provides bright, directional lighting to illuminate work spaces such as an office desk, craft table or reading nook. the moveable shade and low/high settings provide the precise amount of light needed.
  • the easy-to-install Energizer? Glas under Cabinet Light is built with six long-lasting LEDs that flood an area with light. this light can work alone or connect up to seven units to brighten larger spaces. Smart design features include a single on/off control of all connected lights from the first light in the series and connector cords to link multiple units together.
  • For illuminating hallways and staircases, the Energizer? Glas Path Light provides motion-activated directional lighting, triggered by movement from up to six feet away. the built-in photo sensor detects daylight so the light is only activated in low-light settings. once motion is no longer detected, the light automatically shuts off 90 seconds later.

the Energizer? Edge Collection is a modern line of household lights designed for style-conscious consumers looking to create the perfect mood to fit their home and lifestyle. Each LED light can be turned on or off with a simple touch, so consumers can quickly and easily transform a room’s ambiance.

  • Energizer? Edge Flameless Candles illuminate with a soft, lifelike flicker encased in the contemporary square silhouette with a white acrylic shade and matte black base. available in two sizes, these 4- and 6-inch lights add a warm touch of ambiance to a room and have a four-hour automatic timer.
  • the Energizer? Accent Light features a square contour and beautiful etched-acrylic panels. Experience the stunning effect of light emanating through stylish panels and enjoy the freedom to dim or brighten a space with just a touch.

Flameless Wax Candles: A Safe and Stylish Alternative

Energizer? Flameless Wax Candles, made from real wax, are a stylish and safe alternative for consumers looking for the ambiance and warmth of a traditional flamed candle. Consumers can expect to find the LED wax candles in popular scents and colors fashioned in votive, pillar and glass jar styles this summer.

Identifying upcoming trends in the candle marketplace, combined with consumer insights, led to the creation of a varying line, aptly named the Trendy Collection, which reflects in-vogue textures, scents and colors that consumers are looking for in stylish interior design.

Seasonal candles have shown a steady increase in popularity and consumers are looking for safe, flameless options without compromising style and d?cor. the seasonal candle collection will feature a line of festive options that reflect the rich colors of the seasons and unique holiday-themed candles.

Nightlights, Path Lights and Area Lights

Energizer offers a full range of energy-efficient LED night, path and area lights. the nightlights and path lights are perfect for use in kitchens, bathrooms, hallways and stairways. Battery-powered area and under cabinet lights provide illumination where AC outlets are not available and easily install with no electrical wiring required.

Light up every room of the house with LED Bulbs

the Energizer comprehensive home lighting portfolio rounds out with energy-efficient LED bulbs for socket-based fixtures. these long-lasting LED bulbs can operate up to 20 years and are offered in a variety of sizes to fit track lighting, lamps and recessed can lighting. currently available in Canada, Energizer? LED Bulbs will launch in the United States later this year.

About Energizer

Energizer Holdings, Inc. (NYSE:?ENR), headquartered in St. Louis, MO, is one of the world’s largest manufacturers of primary batteries, portable flashlights and lanterns. Energizer is a global leader in the dynamic business of providing power solutions with a full portfolio of products including Energizer? brand battery products Energizer? MAX? premium alkaline; Energizer? Ultimate Lithium; Energizer? Advanced Lithium; Rechargeable batteries and charging systems; and portable flashlights, lanterns, and most recently comprehensive household lighting collections.

Energizer continues to fulfill its role as a technology innovator by redefining portable power solutions to meet people’s active lifestyle needs for today and tomorrow with Energizer? Energi to Go? chargers for rechargeable portable devices; charging systems for wireless video game controllers; and specialty batteries for hearing aids, health and fitness devices, as well as for keyless remote entry systems, toys and watches. Energizer is redefining where energy, technology and freedom meet to bring to market consumer-focused products that power the essential devices that help people stay connected and on the go at work and at play. Visit energizer.com/lighting.

Blick & Staff CommunicationsJamie Haley, 314-727-5700, ext.

-batteries For Sagem - Revealing how a battery material works - (3/3/2012)

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Now, research by MIT associate professor of chemical engineering and mathematics Martin Z. Bazant has provided surprising new results showing that the material behaves quite differently than had been thought, helping to explain its performance and possibly opening the door to the discovery of even more effective battery materials.

The new insights into lithium iron phosphate’s behavior are detailed in a paper appearing this week in the journal ACS Nano, written by Bazant and postdoc Daniel Cogswell. The paper is an extension of research they reported late last year in the journal Nano Letters.

When it was first discovered, lithium iron phosphate was considered useful only for low-power applications. then, later developments — by researchers including MIT’s Yet-Ming Chiang, the Kyocera Professor of Ceramics — showed that its power capacity could be improved dramatically by using it in nanoparticle form, an approach that made it one of the best materials known for high-power applications.

But the reasons why nanoparticles of LiFePO4 worked so well remained elusive. it was widely believed that while being charged or discharged, the bulk material separated into different phases with very different concentrations of lithium; this phase separation, it was thought, limited the material’s power capacity. But the new research shows that, under many real-world conditions, this separation never happens.

Bazant’s theory predicts that above a critical current, the reaction is so fast that the material loses its tendency for the phase separation that happens at lower power levels. Just below the critical current, the material passes through a new “quasi-solid solution” state, where it “doesn’t have time to complete the phase separation,” he says. These characteristics help explain why this material is so good for rechargeable batteries, he says. 

The findings resulted from a combination of theoretical analysis, computer modeling and laboratory experiments, Bazant explains — a cross-disciplinary approach that reflects his own joint appointments in MIT’s departments of chemical engineering and mathematics.

Previous analyses of this material had examined its behavior at a single point in time, ignoring the dynamics of its behavior. But Bazant and Cogswell studied how the material changes while in use, either while charging or discharging a battery — and its changing properties over time turned out to be crucial to understanding its performance. 

“this hasn’t been done before,” Bazant says. What they found, he adds, is a whole new phenomenon, and one that could be important for understanding the performance of many battery materials — meaning this work could be significant even if lithium iron phosphate ends up being abandoned in favor of other new materials.

Researchers had thought that lithium gradually soaks into the particles from the outside in, producing a shrinking core of lithium-poor material at the center. What the MIT team found was quite different: at low current, the lithium forms straight parallel bands of enriched material within each particle, and the bands travel across the particles as they are charged up. But at higher electric-current levels, there is no separation at all, either in bands or in layers; instead, each particle soaks up the lithium all at once, transforming almost instantaneously from lithium-poor to lithium-rich.

The new finding helps explain lithium iron phosphate’s durability as well. When there are stripes of different phases present, the boundaries between those stripes are a source of strain that can cause cracking and a gradual degradation in performance. But when the whole material changes at once, there are no such boundaries and thus less degradation. 

That’s an unusual finding, Bazant says: “usually, if you’re doing something faster, you do more damage, but in this case it’s the opposite.” Similarly, he and Cogswell predict that operating at a slightly higher temperature would actually make the material last longer, which runs counter to typical material behavior.

In addition to seeing how the material changes over time, understanding how it works involved looking at the material at scales that others had not examined: while much analysis had been done at the level of atoms and molecules, it turned out that the key phenomena could only be seen at the scale of the nanoparticles themselves, Bazant says — many thousands of times larger. “It’s a size-dependent effect,” he says.

MIT materials science professor Gerbrand Ceder observed and wrote about lithium iron phosphate’s behavior at high current levels last year; now, Bazant’s theoretical analysis could lead to a broader understanding not only of this material, but also of others that may undergo similar changes.

Troy Farrell, an associate professor of mathematics at Queensland University of Technology in Australia, who was not involved in this work, says these findings are of great significance for those doing research on lithium batteries. He adds that this new understanding “enables material scientists to develop new structures and compounds that ultimately lead to batteries that have longer life and higher energy density. this is what is required if battery technology is to be used in high-power applications like electric vehicles.”

Understanding why lithium iron phosphate works so well was “one of the most interesting scientific puzzles I’ve encountered,” Bazant says. “it took five years to figure this out.”

Provided by Massachusetts Institute of Technology (news : web)

This story is republished courtesy of MIT News (web.mit.edu/newsoffice/), a popular site that covers news about MIT research, innovation and teaching.