New+Technology

** New Technological Devices :**


 * ** Name of Devices: ** regular text, no bullets and picture should be saved on your computer not pasted in word document. Regular text, no bullets and picture should be saved on your computer not pasted in word document. Regular text, no bullets and picture should be saved on your computer not pasted in word document.


 * **4G Phones** - Capable of transmitting data at high speed.
 * ** Finger Touch Phone ** - This phone was designed by Sunman Kwon with the purpose to making chatting easy; it is a replacement for the “big” mobile phones that use 3.5g and 4g technology. The hand is the main support while the fingers are an extension in which the numbers are displayed; the
 * **Apple Phone-** This phone is being tested by the verizon companies right now. Taking the iphone to the next generation of phones. Tests have been taking place for the last couple of months and but with no confirmation on the release date
 * **Nokia 4g Phone-** The name of this phone is unknown for the time being. This is a Nokia prototype it’s to have”...a different means of accessing and managing information through different peripherals. These concept phones are as far removed from current mobile phones as you can get. The prototype also has a head piece you can use to talk to the person that is currently talking to you. It has one more piece to it, which I’m not sure what that piece is at the moment. I think it’s the screen to the phone.



Pad is a tablet computer developed by Apple Inc. Apple released news of this product on January 27, 2010, it is similar in charetertics to the IPhone and The Ipod touch, running the same operating system and almost the same applications. The iPad has a larger 9.7-inch LED-backlit Multi-Touch display with 1024*768, 16 to 34 gigabytes of flash memory. It also includes a gigahertz Apple A4 Processor, BlueTooth2.1 and a 30-pin dock connector. There two models have been announced: one with 802.11n Wi-Fi available in March 2010 worldwide.Hte other one with Wi-Fi 3G and assists GPS available in April in the U.S and several other countries. Both of these models come with three different capacities 16GB, 32GB and 64GB. Like the ipod and iphone the iPad will only run software downloaded from the apples app store. The iPad will run mostly third-party iphone applications. Developers can also create apps specifically for the ipads features. The iPad will come with the apps safari, mail, video, ipod, itunes store, app store maps, notes, calendar and spotlight. The iPad will also display the new app ibooks app which displays books and other ePub-format content downloaded from the ibookstore. Although the iPad is not intended to act as a cell phone the user can do that by, using the Bluetooth on it and getting the VoIP app over the Wi-Fi or the 3G network. The iPad hardware will include the multi-touchscreen display, sleep button, mute, volume rocker, home button, accelerometer and the magnetometer. The iPad is also capable with some hardware not sold with the iPad like the Keyboard Dock with hardware keyboard, case to be used to set up the iPad in various positions. The iPad is very vestal with the capabilities of its dock. The dock is able to connect with 30-pin connector and audio jack; the dock can also connect to a VGA Adapter for external or projector. The iPad is also able to connect to the camera with a USB for transferring photos and videos.
 * IPad

When you type on a virtual laser keyboard, there aren't any switches involved. In fact, there aren't any mechanical moving parts at all. The device projects the image of a QWERTY keyboard onto a flat, non-reflective surface using a red diode laser. The laser, similar to the kind you see on those cheap laser pointers people wave at rock concerts, shines through a Diffractive Optical Element (DOE), which is simply a tiny image of the keyboard. The DOE, along with special optical lenses, expands the image to a usable size and projects it onto a surface.
 * ** Virtual Laser Keyboards: ** Virtual laser keyboards perform the same function as traditional keyboards, how they analyze and send information to another device is a different process.  At their most basic, all keyboards, whether they're physical or virtual, are input devices -- once you type in a certain series of keystrokes, you're telling the keyboard to deliver a command to your computer. This allows you to write in a word-processing document, close out a program or write out a Web site's URL in a browser. But apart from the science-fiction element, what sets a virtual laser keyboard apart from a regular keyboard?


 * ** Using Virtual Laser Keyboards: ** If it sounds like a gadget from the future, a virtual laser keyboard sort of looks like one, too, especially when it's on full working display. They're small and sleek, weigh about two ounces (56.7 grams) and comparable in size to a pack of gum, so they can fit easily into pockets or carrying bags. Although they're small and convenient to carry around, you can't simply pull out the virtual laser keyboard and start typing away in any location. If you were sitting on the bus, for instance, and wanted to write a quick e-mail on your Blackberry, you couldn't shine the device's red laser onto your lap and expect it to work properly. Virtual laser keyboards require flat, opaque and non-reflective surfaces for working projection and typing. Once you have the keyboard set up on the right type of surface, the device displays a full-size QWERTY keyboard, which typically contains 60 or more keys. Then you simply type just like you would on a normal keyboard, although the sensation you normally get when typing on a laptop or desktop -- the pops and clicks associated with the keystrokes punching up and down -- won't be there. In fact, it takes a little bit of practice for many users to become accustomed to pressing their fingers on a smooth surface.