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Toshiba Corporation, the Japanese multinational company, has had an interesting line-up with its Excite series of Android tablets. Today adding new products to this series are three 10.1 inch tablets - the Excite Pure, Excite Pro and Excite Write. Along with these, Toshiba has also launched a keyboard dock which is optional and works with all the three new Excite tablets. With varied price tags, each of the three tablets has something different to offer that makes its stand out among its peers. For instance, Excite Pro and Excite Write models are the first Toshiba tablets to feature a 2560 x 1600 native screen resolution, currently the highest in the tablet market. Pushing an astounding 4 million pixels (300 pixels per inch), images, video and text come alive across the 10.1-inch PixelPure display2 with stunning color and razor-sharp clarity. These two also feature Harman Kardon stereo speakers, making them the first tablets to feature speakers from a premium audio brand. It's a increasing range of prices, with Excite Pure at $299, Excite Pro at $499 and Excite Write at $599. Let us take a look at each of these tablets one by one.
The Excite Pure tablet runs over Android 4.2.2 i.e. Jelly Bean OS and is trying to offer the complete Android experience, just without the external skins. The 10.1 inch screen has a resolution of 1280 x 800 pixels and is powered by the Nvidia Tegra 3 processor. The 3-megapixel rear-facing camera is all you have to capture photos and video. Offering
1GB DDR3 memory and 16 GB of internal storage, the presence of microSD card slot, assures the memory's expandability. You can connect the Excite Pure tab to TV or computer via the Micro-HDMI and Micro-USB ports.
Coming to Excite Pro, which bears a $499 maximum retail price, the tablet runs on a NVIDIA Tegra 4 mobile processor and features Android 4.2 Jelly Bean OS. Excite Pro comes with an 8-megapixel rear camera and 1.3-megapixel front one. There's 2 GB DDR3 and 32 GB internal storage and built-in Micro HDMI, Micro USB ports and a Micro SD slot. It is being said that there's high chance that Toshiba may be competing with the recently launched ASUS Transformer Pad Infinity tablet that offers similar specifications.
After checking the tech specs of the earlier two tablets, you will find that Excite Write'sfeatures are very similar to the Excite Pro. Besides the 10.1-inch PixelPure digitizer display (2560 x 1600) featuring Corning Gorilla Glass 2 and pressure sensitive Toshiba TruPen, there's NVIDIA Tegra 4 mobile processor, Android 4.2, Jelly Bean, 2GB DDR3, 32GB internal storage, an 8MP rear camera and lastly, built-in Micro HDMI, Micro USB ports and a Micro SD slot. This tablet comes with a Wacom digitizer that and makes it a direct competitor of the Samsung Galaxy Note 10.1 because of the pre-loaded apps called TruNote and TruCapture that assist with note-taking. This Wacom digitizer has support for 1,024 levels of pressure sensitivity.
All three tablet models will be available beginning on June 25, 2013 and can be purchased directly from Toshiba at ToshibaDirect.com or from major retailers and e-tailers nationwide beginning in early July. In an official press note, Carl Pinto, vice president of marketing, Toshiba America Information Systems, Inc., Digital Products Division said that, "With more and more consumers adopting tablets as their go-to devices for entertainment and travel, we wanted to push the boundaries even further and equip our new Excite tablets with the technology and features needed to maximize the potential of these devices." What are engineers here thinking of the price and features of the Excite series of tablets? Are they value for money? Share your thoughts with us in comments.
The Xperia Z Has earned quite a lot of accolades for its new OmniBalance design, so taking this design to the mid/lower end market Sony has launched the Xperia M. On the front it has got a 4-inch FWVGA (854 x 480) display that is accompanied by a scratch resistant glass. The Xperia M runs Android 4.1 on a 1 GHz Qualcomm MSM8227 (dual core) processor with 1 GB of RAM. In terms of photography it has a 5 megapixel fast capture camera with auto-focus and HDR and a front VGA for video calls with a dedicated shutter key. The Xperia M also features colour-changing illuminations for notifications. In terms of internal memory it has a meagre 4GB out of which less than 2 GB is user accessible, however to make up this flaw Sony has included a microSD card slot expandable up to 64 GB.
The device features NFC, Bluetooth 4.0, Micro USB support, Native USB tethering and the regular Wi-Fi. A-GPS and Google maps take care of navigation and the phone will work dual band UMTS HSPA and quad band GSM networks. The smartphone will be powered by a user removable 1750 mAh battery that will give up to 10 hours of talk time and 498 hours of standby. The battery discharge cycle can be controlled by the ‘Stamina Mode’ of the phone with can be started by the user to prevent unnecessary applications from eating up your charge. Inside the box users can expect battery, charger and Micro USB cable. The phone will also have a dual SIM twin called the Xperia M dual which will run Android 4.2 (other specs are same as the single SIM model). The phones will be available in black, white and purple yellow colours globally in the third quarter of 2013 at an undisclosed price.
Indian car maker Mahindra is all set to launch the new Verito Vibe tomorrow. The price of the car is expected to be about Rs. 5.3 Lakh ex-showroom in Delhi for the base varient. Looking at the teaser, it appears that Mahindra Verito Vibe is a compact saloon. It'll be a smaller (<4m) modification of the company's flagship sedan Verito. The company is expected to enter competition with the likes of Maruti Suzuki Swift, Ford Figo, Nissan Micra and others. The car is expected to be made available with Diesel engine at the launch and no Petrol varient has been planed. We'll only have to wait for official word on this tomorrow.
Because of the form factor and a smaller Renault K9K 1.5 liter dCi Diesel engine that outputs 68bhp, Vibe will enjoy excise duty benefits which will allow the car to be priced competitively. The car was first spotted during its trial run and suddenly gathered mixed reviews about its design.
AutocarIndia reports that the car was earlier expected to be a hatchback, but from the teasers, it seems to be a compact saloon with the boot hinged at the bottom of the rear windscreen. Mahindra has given the car a 2-box appearance instead of the 'chopped saloon' like that of Indigo eCS or Swift Dzire.
Mobile TeleSystems or MTS, the wireless voice, broadband Internet, messaging and data services company headquartered in Delhi, India is here with a new product of its own. The MTS Duet is a Dual SIM smartphone that supports CDMA as well as GSM networks. The company says that this is its 'strategy to offer greater choice' to users. Powered by a 1GHz Qualcomm Snapdragon processor, the MTS Duet features a 3.5-inch (8.8cm) display with capacitive touch screen that has a HVGA resolution of 320 x 480 pixels. As you can see the price cut has lead to a this low-end feature look of this smartphone.
The budget-friendly piece is running a top a Android 2.3 aka Gingerbread OS and gets booted up by driving power from a 1200mAh battery. There's an average 3 megapixel camera on the rear side and there’s no front lens. No word on the RAM or internal memory, but potential customers can expect a microSD card slot for expanding the hoarding space up to 32GB. The company’s Chief Marketing and Sales Officer for the country, Leonid Musatov, says that part from this CDMA- and GSM-happy dual SIM handset, there are plans to launch many more dual mode devices.
At a price in India of Rs. 4,799, the company is offering whatever good it can. There's a deal for unlimited data and local calls over 2 months to tempt the young audience who can't get their hands off SMS and prefer to be connected to their peers 24x7. So, interested buyers can choose to sign up for this bundle that costs Rs 599. Just two weeks back MTS had launched a dual-SIM budget phone which also works on CDMA and GSM technologies for its customers in Kolkata and West Bengal. The device is priced at Rs. 1699.
To make it easy for you to read the important, here are the tech specs at a glance -
- Android Gingerbread 2.3
- 1GHz Qualcomm Snapdragon S1 processor
- 3.5-inch display of 320 x 480p HVGA resolution and capacitive touch
- 3MP camera
- Dual SIM: CDMA and GSM networks
- 32GB expandable memory
- 1200mAh battery
Image processing has undergone many innovations with time, which has always boosted up the quality. But it has always followed the same principle that it works on, that is, using a lens to create an image and a recorder to capture all the photons. Though the way these captured photons go through imaging has drastically changed with better and efficient algorithms, a new technique may bring in a revolution. The people at Bell Labs, New Jersey are calling it 'Compressive Sensing', which means that the data taken from the images are not much different from each other, but only have fractional changes in their measurements and are redundant. With compressive sensing they have built a camera with no lenses, using only a single sensing pixel, and the best part being that the image is never out of focus.
This technique could change optical, infrared and millimetre wave imaging. The camera is made up of only two components, an aperture assembly, and a sensor. The LCD panel allows the light to pass and a single sensor detects the three light colors of the image. Lesser the data in the scene, lesser data is recorded for imaging.
This device has many benefits over the conventional camera we have been using until now. There is less amount of data generated, no problems for bad focus since the whole image would be in focus and it would be cheap since the team has used cheap components to build the camera. The only thing bothering them is that the device takes a lot of time to collect the data and process the image of only still screens and the team is researching to overcome this. Another good thing about this would be that this principle can be used for the other wavelength of light too like infrared and millimetre waves, which could make it relatively cheaper.