Tuesday, July 14, 2009
Tuesday, November 27, 2007
IPHONE
iPhone is extremely thin (only 11.6 millimeters thick) but wider and longer than many comparable devices. The display area is a 3.5-inch wide screen multi-touch interface with unusually high resolution (160 pixels per inch). Unlike most other smartphones, iPhone does not use a hardware keyboard or a stylus. To navigate, a user uses multiple taps and drags to navigate through a mobile version of Apple's OS X operating system. Like iPod, iPhone synchronizes data with a user's personal computer, using iTunes as a client software and Apple's proprietary USB port. iPhone is compatible with Microsoft's Windows operating systems, including Vista.
iPhone's networking features include:
Automatic detection of WiFi networks. Support for the 802.11b and 802.11g standards. The use of quadband GSM and SIM cards to access cellular networks.EDGE support for high-speed data transfer where available.Bluetooth connectivity for short range networking with peripherals, other iPhones and PCs. Apple says that iPhone carries 8 hours of life on the internal lithium-ion battery for talk or video, and up to 24 hours for music mode. The device ships with either a 4 or 8 GB hard drive, an Intel CPU and Apple's OS X operating system, modified for mobile use.
iPhone comes preloaded with a suite of media management software and communications software, including iTunes, the Safari Web browser and iPhoto. iPhoto may be used in combination with the 2 megapixel camera on the back of the device. Google's search and mapping services are fully integrated, including the ability to initiate phone calls from within Google Maps. Users can also view YouTube videos on the device, along with Microsoft Office documents and most imaging formats, including .JPEG, .GIF and .TIFF. A partnership with Yahoo allows iPhone users to send and receive rich HTML email. Other IMAP or POP3 e-mail services are integrated as well, along with webmail access in the browser.
While iPhone was released under an exclusive two-year partnership with AT&T Wireless, it took less than three months for hackers working in concert worldwide to unlock the device for use on any GSM network, though the process involved a level of technical sophistication well beyond the consumer level.
iPhone's networking features include:
Automatic detection of WiFi networks. Support for the 802.11b and 802.11g standards. The use of quadband GSM and SIM cards to access cellular networks.EDGE support for high-speed data transfer where available.Bluetooth connectivity for short range networking with peripherals, other iPhones and PCs. Apple says that iPhone carries 8 hours of life on the internal lithium-ion battery for talk or video, and up to 24 hours for music mode. The device ships with either a 4 or 8 GB hard drive, an Intel CPU and Apple's OS X operating system, modified for mobile use.
iPhone comes preloaded with a suite of media management software and communications software, including iTunes, the Safari Web browser and iPhoto. iPhoto may be used in combination with the 2 megapixel camera on the back of the device. Google's search and mapping services are fully integrated, including the ability to initiate phone calls from within Google Maps. Users can also view YouTube videos on the device, along with Microsoft Office documents and most imaging formats, including .JPEG, .GIF and .TIFF. A partnership with Yahoo allows iPhone users to send and receive rich HTML email. Other IMAP or POP3 e-mail services are integrated as well, along with webmail access in the browser.
While iPhone was released under an exclusive two-year partnership with AT&T Wireless, it took less than three months for hackers working in concert worldwide to unlock the device for use on any GSM network, though the process involved a level of technical sophistication well beyond the consumer level.
LCD Technology
LCD
Brief Overview
The flab’s are out and now technology has switched over to sleek and slim products, LCD being the prominent amongst them. LCD technology is the recent breakthrough in consumer electronics and because of its esteemed advantages this segment is growing day by day. The LCD technology is penetrating very fast worldwide and it is right time to take advantage of this pace to excel our sales under this category. To have more confidence, better understanding regarding the technology and exclusive features of the product, brief details regarding our range is as under.
We are launching this range under the sub brand “Integra”. “INTEGRA” term indicates the integration of various systems connectivity with LCDTV. This is an integration of best sound quality and excellent picture quality.
LCD Display Technology What is TFT-LCD?Meaning of this term is Thin Film Transistor–Liquid Crystal Display. TFT technology used in this category offers the best image quality in flat panels. This technology is also called as Active Matrix Technology.
Brief Overview
The flab’s are out and now technology has switched over to sleek and slim products, LCD being the prominent amongst them. LCD technology is the recent breakthrough in consumer electronics and because of its esteemed advantages this segment is growing day by day. The LCD technology is penetrating very fast worldwide and it is right time to take advantage of this pace to excel our sales under this category. To have more confidence, better understanding regarding the technology and exclusive features of the product, brief details regarding our range is as under.
We are launching this range under the sub brand “Integra”. “INTEGRA” term indicates the integration of various systems connectivity with LCDTV. This is an integration of best sound quality and excellent picture quality.
LCD Display Technology What is TFT-LCD?Meaning of this term is Thin Film Transistor–Liquid Crystal Display. TFT technology used in this category offers the best image quality in flat panels. This technology is also called as Active Matrix Technology.
Plasma TV
Plasma
About plasma technology
Plasma television technology is similar to the technology used in a fluorescent light bulb. The display itself consists of cells. Within each cell two glass panels are separated by a narrow gap in which neon-xenon gas is injected and sealed in plasma form during the manufacturing process. The gas is electrically charged at specific intervals when the plasma set is in use. The charged gas then strikes red, green, and blue phosphors, thus creating a television image. Each group of red, green, and blue phosphors is called a pixel (picture element). This technology is different from that of a traditional television. A traditional television has a cathode ray tube, or CRT. A CRT is basically a large vacuum tube in which an electronic beam, emanating from a single point in the neck of the tube, scans the face of the tube very rapidly, which, in turn lights up red, green, or blue phosphors on the tube's surface in order to create an image. The main advantage of Plasma over CRT technology is that, by utilizing a sealed cell with charged plasma for each pixel, the need for a scanning electron beam in eliminated, which, in turn, eliminates the need for a large Cathode Ray Tube to produce video images. This is why traditional televisions are shaped more like boxes and Plasma televisions are thin and flat.
About plasma technology
Plasma television technology is similar to the technology used in a fluorescent light bulb. The display itself consists of cells. Within each cell two glass panels are separated by a narrow gap in which neon-xenon gas is injected and sealed in plasma form during the manufacturing process. The gas is electrically charged at specific intervals when the plasma set is in use. The charged gas then strikes red, green, and blue phosphors, thus creating a television image. Each group of red, green, and blue phosphors is called a pixel (picture element). This technology is different from that of a traditional television. A traditional television has a cathode ray tube, or CRT. A CRT is basically a large vacuum tube in which an electronic beam, emanating from a single point in the neck of the tube, scans the face of the tube very rapidly, which, in turn lights up red, green, or blue phosphors on the tube's surface in order to create an image. The main advantage of Plasma over CRT technology is that, by utilizing a sealed cell with charged plasma for each pixel, the need for a scanning electron beam in eliminated, which, in turn, eliminates the need for a large Cathode Ray Tube to produce video images. This is why traditional televisions are shaped more like boxes and Plasma televisions are thin and flat.
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