Samsung Galaxy Tab Price and Features

Samsung Electronics launched the Samsung Galaxy Tab in India at a price of Rs 38,000. New Samsung Galaxy Tab is a 7-inch Multi-touch display tablet running the latest Android OS v2.2.

Nokia C2-03 Dual SIM Mobile Price and Features

Nokia C2-03 is a new dual-SIM GSM mobile phone. It is touch and slider type phone alphanumeric keypad. Please note up to 5 settings of the SIM card.

Samsung N100 Netbook Price and Features

The new Samsung N100 is a 10.1-inch ultraportable netbook pre-loaded with the operating system Meego (Meego is a mobile Linux operating system backed by Nokia, Intel, AMD, Linux and Novell). That is encased in a scratch-resistant DuraCase and anti-glare screen.

Nokia C2-02 Dual SIM Mobile Price and Features

The new Nokia C2-02 Touch and Type is a slider phone with a single form factor of the SIM card and typing on the keyboard. It has a large touch screen with keyboard cursor. It is the only version of Nokia C2-03 dual SIM mobile phone.

Samsung Galaxy S2 Price and Features (Galaxy S II)

New Galaxy Samsung S2 is the latest thin Android smart phone, with a huge 4.3-inch touch screen. This is a continuation of the popular Samsung Galaxy S. Samsung i9100 Galaxy S2 is ideal for thin and light smartphone powered by the dual-core processor to provide an unparalleled experience with incredible vision performance.

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Showing posts with label Toshiba. Show all posts
Showing posts with label Toshiba. Show all posts

Wednesday, December 8, 2010

Toshiba Libretto W100 Price, Features, Specifications


Toshiba Libretto W100 tablet comes with operating system Windows 7 Home Premium, Intel Pentium processor, 2 GB of DDR3 memory and 62GB SSD, with dual screen. Toshiba Libretto W100 supports technologies such as Bluetooth 802.11b/g/n4 and there is also a hotspot for flexibility of connection or wireless device with accessories, such as mouse, headphones, etc.


Toshiba Libretto w100 Tablet Price: Around $1100

Toshiba Libretto W100 Tablet Features & Specifications:
- Windows 7 Home Premium
- Intel Pentium processor U5400 - 1.2GHz
- 7.0-inch dual diagonal multi-touch displays
- Display resolution of 1024 x 600
- Six mode virtual keyboard
- 2 GB DDR3 RAM memory
- 62 GB solid state drive
- 1.0 megapixel Webcam
- Toshiba face recognition
- 802.11 b / g / n wireless LAN
- Bluetooth 2.1 + EDR
- MicroSD card slot
- USB 2.0 port
- 8 cell battery
- Dimensions 7.95 x 4.84 x x1.2 inch
- Weight 850 gm

World's First Dual Screen Laptop - Toshiba Libretto W100

Toshiba Libretto W100: World's First Dual Screen Laptop. Toshiba Libretto W100 tablet has two touchscreens, each with LED backlighting and 1,024 x 600 resolution. You will note the virtual keyboard, and it is billed as the world's first dual touch-screen Windows mini-notebook PC. It can be used both vertically and horizontally, thanks to a built-in accelerometer. The battery life is good for 2 or 4 hours with high-capacity battery.Other features include Intel Pentium U5400 CPU , 62GB SSD, 2GB RAM, WiMAX, Wi-Fi 802.11 b/g/n, Bluetooth 2.1, Micro SD/SDHC slot, USB port, and Windows 7 Home Premium 32bit.





Thursday, August 12, 2010

Self-Encrypting Drive (SED) Hard Disk Drives from Toshiba

Toshiba Corporation announced Wipe for Toshiba Self-Encrypting Drive (SED) models, a technology that allows special security capabilities, such as the world's first ability for sensitive user data to be securely erased when a system is powered-down or when a SED HDD is removed from the system. The feature can also be used to securely erase user data prior to returning a leased system, system disposal or re-purposing. Wipe was created as an enhancement to Toshiba's Self-Encrypting Drive (SED) hard disk drives.


Toshiba announced its latest 2.5" 7200rpm SED HDD model in July 2010, to address the increasing need for IT departments to comply with privacy laws and regulations governing data security. Designed to the Trusted Computing Group "Opal" Specification, Toshiba's SED models provide advanced access security and on-board encryption for client systems such as notebook computers.

But lost or stolen notebooks are not the only security risk that IT departments must address. Today, most office copier and printing systems utilize HDD capacity and performance to deliver a highly productive document imaging environment. Many organizations are now realizing the critical importance of maintaining the security of document image data stored within copier and printer systems. Wipe is a technology that can automatically invalidate an HDD security key when its power supply is turned off, instantly making all data in the drive indecipherable. Toshiba's innovative new Wipe Technology adds advanced storage security features to enable system makers to transparently and automatically secure private data.

Copier and Printer systems vendors can now use Toshiba's Wipe Technology to securely invalidate sensitive document image data by automatically erasing the SED's internal encryption key. This feature can easily be used prior to system disposal or re-purposing to ensure that private data never leaves the control of the responsible business unit or IT department.

Toshiba's Wipe Technology may be used to set data invalidation attributes for multiple data ranges. This flexibility provides systems designers with a powerful set of data security capabilities that can be easily incorporated into existing system architecture. Attributes include …
- Data encryption and secure invalidation on power cycle.
- Data encryption and preservation on power cycle.

In addition to sensitive data stored on client PCs and removable storage devices, many organizations realize that security of "data at rest" must also extend to document images stored on the hard disk drives within copier and printer systems. Toshiba's innovative new Wipe Technology provides advanced storage security features to enable systems makers to transparently and automatically secure private data on office copiers, printers and other types of business imaging systems.

Source: Toshiba Corporation

Thursday, June 17, 2010

Toshiba Dynabook TX/98MBL: First 3D Blu-ray Playing Laptop

Toshiba Corporation announced the introduction of the industry's first notebook PC featuring playback of 3D content in the Blu-ray 3D format. The new "dynabook TX/98MBL" will be available from the end of July in the Japanese market.

"dynabook TX/98MBL" features a 15.6-inch wide LCD display with LED backlighting and a 120Hz scan rate. It employs WinDVD BD for TOSHIBA to play back content in the Blu-ray 3D format and NVIDIA 3D Visio software and hardware to deliver a rich 3D experience.

The new 3D notebook PC adopts the active shutter technology that has made 3D a hit in movie theatres around the world. The system's active shutter LCD glasses lighten and darken at the same fast refresh rate of the 120Hz LCD, with an effective refresh rate for each eye of 60Hz. As each eye receives a slightly different image, the result is a dynamic, high quality stereoscopic image: full 3D. High level system performance is secured by integration or NVIDIA's latest graphic processor, the NVIDIA GeForce GTS 350M, and 1GB Video RAM dedicated to graphics processing.

A pair of wireless 3D active shutter glasses bundled with the dynabook TX/98MBL assures immediate enjoyment of Blu-ray 3D titles and 3D game content.

The dynabook TX/98MBL complements its high grade visual experience with a combination of harman/kardon stereo speakers and Dolby Advanced Audio that delivers full-bodied, vibrant sound. The processor is an Intel Core™ i7-740QM, and on-board storage is provided by a large capacity 640GB hard disk drive. The latest version of Microsoft Office Home and Business 2010 are pre-installed.

Toshiba will continue to meet users' needs by developing and commercializing notebook PCs integrating advanced features and functionality.

Source: Toshiba Corporation

Thursday, November 12, 2009

World's Largest Capacity, 320GB 1.8-inch HDD From Toshiba

Toshiba Corporation, the industry pioneer in small form factor hard disk drives (HDDs), introduced a new line up of 1.8-inch HDDs with a maximum capacity of 320GB, the highest yet announced by the industry, targeted at thin and light mobile PCs and portable external hard disk drives. The new series delivers three models in 160GB, 250GB and 320GB capacities, and will start mass production from December.

Toshiba 320GB Hard Disk DrivesImprovement of the MK3233GSG family's perpendicular magnetic recording head and the disk's magnetic layer secure an areal density of 801Mbit/mm2 (516Gbpsi), the industry's highest for 1.8-inch HDDs. The new drives position Toshiba to provide manufacturers of PCs and peripheral equipment with thin and light solutions offering the industry's largest storage density in a 1.8-inch form factor. They also deliver highly efficient power consumption, high-level durability and quiet seek operation.

Equipped with a serial ATA interface, 5,400 RPM rotational speed and a large capacity 16MB buffer memory, Toshiba's MK3233GSG HDDs are ideal for notebook PC applications that require high storage capacity and high speed processing. The areal density improvement allows MK3233GSG to boost internal data transfer rates by 15% from the MK2529GSG, the company's earlier 250GB 1.8-inch HDD.

The new 250 and 320GB drives, the MK 2533GSG and MK3233GSG, cut acoustic noise during seek to 19dB, a 4dB decrease from the MK2529GSG, the top-end drive in Toshiba's previous generation of 5,400RPM 1.8-inch HDD.

Leveraging Toshiba's long history of expertise in miniaturization and the 1.8-inch HDD form factor, the MK3233GSG family delivers significant environmentally friendly performance improvements from the MK2529GSG generation of 1.8-inch drives, including a 19% improvement in energy consumption efficiency. The MK3233GSG family is also compliant with the European Union's RoHS directive, halogen-free and antimony free.

Source: Toshiba Corporation

Tuesday, September 16, 2008

Nokia, Samsung in top of latest Greener Electronics Guide

Company scores plummeted in the previous edition of Greenpeace's Guide to Greener Electronics, when new criteria on climate change were introduced. However, leading brands like Nokia and Samsung are now making significant progress in greening their electronics products, with improved environmental policies responding not only to these new energy criteria, but also to the more stringent chemical and e-waste criteria.

The Greener Electronics Guide is our way of getting the electronics industry to take responsibility for the entire lifecycle of their products. We want them to face up to the problem of e-waste and take on the challenge of tackling climate change.

First launched in August 2006 and now in its 9th edition, the Guide ranks the leaders of the mobile phone, computer, TV and games console markets according to their policies and practices on toxic chemicals, recycling and energy.

The Guide has been a key driving force in getting many companies to make significant improvements to their environmental policies, and it continues to provoke significant change in the industry. Intel recently announced that its new Xeon 5400 processors use transistors made from hafnium, thus avoiding the use of toxic Brominated Flame Retardants (BFRs). Last week, we also saw the announcement by Apple that its new line of iPods would be free of BFRs, PVC and mercury.

Who's in the lead, and who's in need?

Scoring seven points out of ten, Nokia has regained the lead, due largely to its improved take-back practice in India. Samsung, a top scorer on the energy-efficiency of its products, takes second place with 5.9 points. Fujitsu Siemens Computers jumps to third place with 5.5 points, having finally set late 2010 as its deadline for eliminating toxic PVC plastic and all BFRs from across its product range. Although Sony Ericsson and Sony - who enjoyed the top two positions in the previous edition - rank fourth and fifth respectively this time around, they remain in the top half of the ranking with scores of 5.3 each.

Languishing at the bottom of the ranking is Sharp with 3.1, Microsoft with 2.2 points and Nintendo, with only 0.8.

Greener Electronics: Toxic-free:
We want manufacturers to eliminate harmful chemicals in their product design. While no company has, so far, released a computer completely free of BFRs and PVC, several have recently launched products with restricted amounts of toxic BFRs and PVC. Sony Ericsson stands out, having banned hazardous chemicals such as antimony, beryllium and phthalates since the beginning of the year. All of its new models are PVC-free. Following the lead set by companies like Sony Ericsson, and Nokia, Apple has also announced that its new line of iPods will be free of BFRs, PVC and mercury.

This is a first step towards Apple putting its money where its mouth is: Apple committed to a complete phase-out of PVC and BFRs from all of its products by the end of 2008. With the new iPods being the cheapest models yet, this is clear proof that high-performing electronics products can be affordable, popular and effective without using toxic chemicals. A downside to Apple's new iPod is its built-in obsolescence; because of the high costs to replace the battery, new product purchase is encouraged.

Apple has positioned itself among the leaders on PVC and BFR phase-out, but the iPod alone is not enough to increase its overall score. A complete phase out of all toxic chemicals across its entire product range would improve Apple's ranking, and the company needs to improve its record on recycling and climate policy. We're urging Apple to introduce a free, global recycling scheme like rivals such as Dell.

Greener Electronics: Energy-efficient:
Since the 8th edition of the Guide criteria to assess the companies' performance in tackling climate change have been introduced. The global Information and Communication Technology industry is estimated to be responsible for approximately 2 percent of global carbon dioxide (CO2) emissions, and the rapid proliferation of energy-hungry electronic gadgets is part of this. It's vital that the electronics industry plays a leading role in producing more energy-efficient products. Aside from assessing the efficiency of their products, we also score companies according to how much renewable energy they use and the level of their commitment to significantly reducing emissions.

Top scorers on energy-efficiency of individual products are Apple, Nokia, Sony Ericsson and Samsung, with Toshiba providing a further example of a company that is improving its climate policy.

Greener Electronics: Responsibly recycled:
We want to see an end to the stories of unprotected child labourers scavenging mountains of cast-off gadgets created by society's gizmo-loving ways. The latest place where we have discovered high-tech toxic trash causing horrendous pollution is in Ghana. Our recent investigation into e-waste dumping in Ghana revealed major companies' products being torn apart in almost mediaeval conditions, exposing people to alarming levels of toxic contamination.

Philips stands out as the company with the worst position on e-waste and recycling. It ranks 12th with 4.3 points, retaining its penalty point for negative lobbying on Individual Producer Responsibility in the EU. Put simply, this means that companies like Philips believe that the costs for responsible recycling of their obsolete and end-of-life products should be met by governments and consumers (and that means you!).

Philips has a bad history of holding this negative stance on recycling. Together with Sharp and Sanyo, Philips was a member of the Electronic Manufacturers' Coalition for Responsible Recycling, a coalition of TV producers in the US that lobbied against producer responsibility for financing e-waste recycling and instead putting this responsibility - and expense - on governments and the buyers of its products (that means you!). Many companies left this coalition after being either penalised or threatened with a penalty in earlier editions of our Greener Electronics Guide, and the coalition was finally dissolved in August.

Switching to Green Electronics:
With more companies now scoring higher than 5 out of 10 - the halfway mark in the ranking - a company that rises to the challenge of phasing out toxic chemicals, increasing the recycling rate of e-waste, using recycled materials in new products and reducing its impact on climate change could soon find itself winning the race to produce the world's first truly green electronics.

Source: greenpeace.org

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