Sometimes you either can't afford to buy or carry enough memory. Professional event photographers with digital SLRs can shoot many gigs of photos in one day. And what about traveling? Should you have to carry a laptop computer just to store your photos?
Portable digital storage devices are standalone hard drives that allow digital photographers to download and reuse their memory cards in the field. Capacities generally begin at 20 gigabytes and most are powered by rechargeable batteries. Many have LCDs for still image viewing and video playback. Images are transferred to your computer via USB or FireWire connection. If you travel a lot or find yourself running out of memory regularly, you may want to consider adding a portable storage device to your camera bag.
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Wednesday, December 19, 2007
Card reader
Card readers are the most efficient way to download your digital digital memory cards and a highly recommended digital camera accessory. Card readers plug into your computer via USB or FireWire port and allow you to transfer your files without using your camera's batteries or dealing with cables. You install the card reader as you would any other USB or FireWire device and plug the card into the reader when you want to transfer your images. The memory card will show up on your computer as a separate, removable drive when it's plugged into the reader.
Card readers are available in internal and external models with USB, USB 2.0, and FireWire connections. USB 2.0 and FireWire readers have considerably faster transfer rates than most cameras - another good reason to use a card reader instead of using your camera's supplied USB connection.
Card readers are available in internal and external models with USB, USB 2.0, and FireWire connections. USB 2.0 and FireWire readers have considerably faster transfer rates than most cameras - another good reason to use a card reader instead of using your camera's supplied USB connection.
Memory stick
Memory Stick was developed by Sony for their CyberShot digital cameras and other Sony electronic devices. With the exception of a very few cameras, Memory Stick is only compatible with Sony digital cameras. That means if you have Memory Stick media for a camera and you decide to buy another brand of camera, the Memory Stick cards you own are not likely to work with the new camera. On the other hand, if you own other Sony devices, there might be benefits to owning Memory Stick. Sony MP3 players, PDA's and selected Sony Vaio computers also accept Memory Stick media.
Memory Stick is available in capacities up to 256 MB, and Sony's new Memory Stick Pro is available in capacities up to one gigabyte.
Memory Stick is available in capacities up to 256 MB, and Sony's new Memory Stick Pro is available in capacities up to one gigabyte.
Digital camera memory
Digital camera memory is an essential and often overlooked piece of digital photography equipment. There are many types of memory and it's a good idea to consider what type of memory a camera uses before you buy your first digital camera. It's also important to make sure you have enough memory before you take pictures of an important event or leave for vacation. Although memory cards are reusable, they don't have a limitless capacity and it's always good to have more than you actually need.
Most digital cameras come with very low capacity memory cards. If you're shopping for your first digital camera make sure to budget for an additional card. It's a safe bet that the card that comes with your camera is woefully inadequate. And as camera megapixel counts grow, higher capacity memory cards become necessary. I started out with two 64 meg cards and now I have two 1 gigabyte and three 256 megabyte cards.
Most camera manufacturers publish tables on their Web sites to show how many images you can save on their included memory card. There is no fixed rule for the number of photos you can put on one card because different image file types, different amounts of compression, and image content all affect the size of each file. But the manufacturer's site is a good place to start when you decide how much memory you want. As a general rule, I'd recommend at least a 256 megabyte or two 128 megabyte cards if you're buying a 3-5 megapixel compact digital camera. If you want to shoot lots of high resolution TIFF or RAW files, then you'll probably want to look at 512 megabyte and 1 gigabyte cards. It's also a good idea to not save all of your photos on one card. There's always the possibility that cards can get corrupted, lost, or stolen. Using more than one and switching during a shoot protects your valuable photographic data.
Most digital cameras come with very low capacity memory cards. If you're shopping for your first digital camera make sure to budget for an additional card. It's a safe bet that the card that comes with your camera is woefully inadequate. And as camera megapixel counts grow, higher capacity memory cards become necessary. I started out with two 64 meg cards and now I have two 1 gigabyte and three 256 megabyte cards.
Most camera manufacturers publish tables on their Web sites to show how many images you can save on their included memory card. There is no fixed rule for the number of photos you can put on one card because different image file types, different amounts of compression, and image content all affect the size of each file. But the manufacturer's site is a good place to start when you decide how much memory you want. As a general rule, I'd recommend at least a 256 megabyte or two 128 megabyte cards if you're buying a 3-5 megapixel compact digital camera. If you want to shoot lots of high resolution TIFF or RAW files, then you'll probably want to look at 512 megabyte and 1 gigabyte cards. It's also a good idea to not save all of your photos on one card. There's always the possibility that cards can get corrupted, lost, or stolen. Using more than one and switching during a shoot protects your valuable photographic data.
Introduction - Evolution of the Mobile Market
The first radiotelephone service was introduced in the US at the end of the 1940s, and was meant to connect mobile users in cars to the public fixed network. In the 1960s, a new system launched by Bell Systems, called Improved Mobile Telephone Service” (IMTS), brought many improvements like direct dialing and higher bandwidth. The first analog cellular systems were based on IMTS and developed in the late 1960s and early 1970s. The systems were “cellular” because coverage areas were split into smaller areas or “cells”, each of which is served by a low power transmitter and receiver.
This first generation (1G) analog system for mobile communications saw two key improvements during the 1970s: the invention of the microprocessor and the digitization of the control link between the mobilephone and the cell site.
Second generation (2G) digital cellular systems were first developed at the end of the 1980s. These systems digitized not only the control link but also the voice signal. The new system provided better quality and higher capacity at lower cost to consumers.
Third generation (3G) systems promise faster communications services, including voice, fax and Internet, anytime and anywhere with seamless global roaming. ITU’s IMT-2000 global standard for 3G has opened the way to enabling innovative applications and services (e.g. multimedia entertainment, infotainment and location-based services, among others). The first 3G network was deployed in Japan in 2001. 2.5G networks, such as GPRS (Global Packet Radio Service) are already available in some parts of Europe.
Work has already begun on the development of fourth generation (4G) technologies in Japan.
It is to be noted that analog and digital systems, 1G and 2G, still co-exist in many areas.
This first generation (1G) analog system for mobile communications saw two key improvements during the 1970s: the invention of the microprocessor and the digitization of the control link between the mobilephone and the cell site.
Second generation (2G) digital cellular systems were first developed at the end of the 1980s. These systems digitized not only the control link but also the voice signal. The new system provided better quality and higher capacity at lower cost to consumers.
Third generation (3G) systems promise faster communications services, including voice, fax and Internet, anytime and anywhere with seamless global roaming. ITU’s IMT-2000 global standard for 3G has opened the way to enabling innovative applications and services (e.g. multimedia entertainment, infotainment and location-based services, among others). The first 3G network was deployed in Japan in 2001. 2.5G networks, such as GPRS (Global Packet Radio Service) are already available in some parts of Europe.
Work has already begun on the development of fourth generation (4G) technologies in Japan.
It is to be noted that analog and digital systems, 1G and 2G, still co-exist in many areas.
The Basics of Cellular Technology and the Use of the Radio Spectrum
The first radiotelephone service was introduced in the US at the end of the 1940s, and was meant to connect mobile users in cars to the public fixed network. In the 1960s, a new system launched by Bell Systems, called Improved Mobile Telephone Service” (IMTS), brought many improvements like direct dialing and higher bandwidth. The first analog cellular systems were based on IMTS and developed in the late 1960s and early 1970s. The systems were “cellular” because coverage areas were split into smaller areas or “cells”, each of which is served by a low power transmitter and receiver.
This first generation (1G) analog system for mobile communications saw two key improvements during the 1970s: the invention of the microprocessor and the digitization of the control link between the mobilephone and the cell site.
Second generation (2G) digital cellular systems were first developed at the end of the 1980s. These systems digitized not only the control link but also the voice signal. The new system provided better quality and higher capacity at lower cost to consumers.
Third generation (3G) systems promise faster communications services, including voice, fax and Internet, anytime and anywhere with seamless global roaming. ITU’s IMT-2000 global standard for 3G has opened the way to enabling innovative applications and services (e.g. multimedia entertainment, infotainment and location-based services, among others). The first 3G network was deployed in Japan in 2001. 2.5G networks, such as GPRS (Global Packet Radio Service) are already available in some parts of Europe.
Work has already begun on the development of fourth generation (4G) technologies in Japan.
It is to be noted that analog and digital systems, 1G and 2G, still co-exist in many areas.
This first generation (1G) analog system for mobile communications saw two key improvements during the 1970s: the invention of the microprocessor and the digitization of the control link between the mobilephone and the cell site.
Second generation (2G) digital cellular systems were first developed at the end of the 1980s. These systems digitized not only the control link but also the voice signal. The new system provided better quality and higher capacity at lower cost to consumers.
Third generation (3G) systems promise faster communications services, including voice, fax and Internet, anytime and anywhere with seamless global roaming. ITU’s IMT-2000 global standard for 3G has opened the way to enabling innovative applications and services (e.g. multimedia entertainment, infotainment and location-based services, among others). The first 3G network was deployed in Japan in 2001. 2.5G networks, such as GPRS (Global Packet Radio Service) are already available in some parts of Europe.
Work has already begun on the development of fourth generation (4G) technologies in Japan.
It is to be noted that analog and digital systems, 1G and 2G, still co-exist in many areas.
What is 3g technology?
3G wireless technology represents the convergence of various 2G wireless telecommunications systems into a single uniform global system which includes terrestrial and satellite components in its functioning.
3G or the third-generation wireless refers to near future developments in personal & business wireless technology, especially relating to mobile communications. 3G or The Third Generation will usher in many benefits as roaming capability, broad bandwidth and high speed communication (upwards of 2Mbps).
Network operators & telecommunications service providers are embracing the recently adopted global third generation (3G) wireless standards in order to cater to emerging user demands and to offer new services to their customers.3G wireless technology represents a shift from voice-centric services to multimedia-oriented like video, voice, data, fax services.
The most interesting & useful aspect of 3G wireless technology is its ability to unify existing cellular standards such as GSM, CDMA and TDMA.
3G or the third-generation wireless refers to near future developments in personal & business wireless technology, especially relating to mobile communications. 3G or The Third Generation will usher in many benefits as roaming capability, broad bandwidth and high speed communication (upwards of 2Mbps).
Network operators & telecommunications service providers are embracing the recently adopted global third generation (3G) wireless standards in order to cater to emerging user demands and to offer new services to their customers.3G wireless technology represents a shift from voice-centric services to multimedia-oriented like video, voice, data, fax services.
The most interesting & useful aspect of 3G wireless technology is its ability to unify existing cellular standards such as GSM, CDMA and TDMA.
What is 3g technology?
3G wireless technology represents the convergence of various 2G wireless telecommunications systems into a single uniform global system which includes terrestrial and satellite components in its functioning.
3G or the third-generation wireless refers to near future developments in personal & business wireless technology, especially relating to mobile communications. 3G or The Third Generation will usher in many benefits as roaming capability, broad bandwidth and high speed communication (upwards of 2Mbps).
Network operators & telecommunications service providers are embracing the recently adopted global third generation (3G) wireless standards in order to cater to emerging user demands and to offer new services to their customers.3G wireless technology represents a shift from voice-centric services to multimedia-oriented like video, voice, data, fax services.
3G or the third-generation wireless refers to near future developments in personal & business wireless technology, especially relating to mobile communications. 3G or The Third Generation will usher in many benefits as roaming capability, broad bandwidth and high speed communication (upwards of 2Mbps).
Network operators & telecommunications service providers are embracing the recently adopted global third generation (3G) wireless standards in order to cater to emerging user demands and to offer new services to their customers.3G wireless technology represents a shift from voice-centric services to multimedia-oriented like video, voice, data, fax services.
Manufacturers of mobile phones
The mobile phone manufacturers can be grouped into two. The top five are available in practically all countries and comprise about 75% of all phones sold. A second tier of small manufacturers exists with phones mostly sold only in specific regions or for niche markets. The top five in order of market share are Nokia, Motorola, Samsung, SonyEricsson and LG.Nokia Corporation is currently the world's largest manufacturer of mobile telephones, with a global device market share of approximately 36% in Q1 of 2007.[3] Other mobile phone manufacturers include Apple Inc., Audiovox (now UT Starcom), Benefon, BenQ-Siemens, High Tech Computer Corporation (HTC), Fujitsu, Kyocera, LG Mobile, Mitsubishi, Motorola, NEC, Neonode, Panasonic (Matsushita Electric), Pantech Curitel, Philips, Research In Motion, Sagem, Samsung, Sanyo, Sharp, Siemens, Sierra Wireless, SK Teletech, Sonim Technologies, Sony Ericsson, T&A Alcatel,Toshiba, and Verizon. There are also specialist communication systems related to (but distinct from) mobile phones.
History of mobile phones
In 1984, Bell Labs invented such a "call handoff" feature, which allowed mobile-phone users to travel through several cells during the same conversation. Motorola is widely considered to be the inventor of the first practical mobile phone for handheld use in a non-vehicle setting. Using a modern, if somewhat heavy portable handset, Motorola manager Martin Cooper made the first call on a handheld mobile phone on April 3, 1973.[2]The first commercial cellular network was launched in Japan by NTT in 1979. Fully automatic cellular networks were first introduced in the early to mid 1980s (the 1G generation) with the Nordic Mobile Telephone (NMT) system in 1981. This was followed by a boom in mobile telephone usage, particularly in Northern Europe.[citation needed]The first "modern" network technology on digital 2G (second generation) cellular technology was launched by Radiolinja (now part of Elisa Group) in 1991 in Finland on the GSM standard which also marked the introduction of competition in mobile telecoms when Radiolinja challenged incumbent Telecom Finland (now part of TeliaSonera) who ran a 1G NMT network. A decade later, the first commercial launch of 3G (Third Generation) was again in Japan by NTT DoCoMo on the WCDMA standard.[citation needed] Until the early 1990s, most mobile phones were too large to be carried in a jacket pocket, so they were typically installed in vehicles as car phones. With the miniaturization of digital components, mobile phones have become increasingly handy over the years
Mobile phones
The Cellular telephone (commonly "mobile phone" or "cell phone" or "handphone") is a long-range, portable electronic device used for mobile communication. In addition to the standard voice function of a telephone, current mobile phones can support many additional services such as SMS for text messaging, email, packet switching for access to the Internet, and MMS for sending and receiving photos and video. Most current mobile phones connect to a cellular network of base stations (cell sites), which is in turn interconnected to the public switched telephone network (PSTN) (the exception is satellite phones).There is one U.S. patent, Patent Number 887357 for a wireless telephone, issued 1908 to Nathan B. Stubblefield of Murray, Kentucky. He applied this to "cave radio" telephones and not directly to cellular telephony as we know it today.[1] However, the introduction of cells for mobile phone base stations, invented in 1947 by Bell Labs engineers at AT&T, was further developed by Bell Labs during the 1960s. Radiophones have a long and varied history going back to Reginald Fessenden's invention and shore-to-ship demonstration of radio telephony, through the Second World War with military use of radio telephony links and civil services in the 1950s, while hand-held cellular radio devices have been available since 1983. Due to their low establishment costs and rapid deployment, mobile phone networks have since spread rapidly throughout the world, outstripping the growth of fixed telephony.[citation needed]In 1945, the zero generation (0G) of mobile telephones was introduced. 0G mobile telephones, such as Mobile Telephone Service, were not officially categorized as mobile phones, since they did not support the automatic change of channel frequency during calls, which allows the user to move from one cell (the base station coverage area) to another cell, a feature called "handover
Tuesday, December 18, 2007
About televisions
Digital TV: It's a wasteland all right
Digital TV will bring a new world of entertainment to consumers and generate a big honking pile of electronic waste. Roughly 80 million analog TVs will get heaved out in 2008 and 2009, according to John Shegerian, CEO of Electronic Recyclers (ER), one of the largest e-waste recycle
Hannspree monitor: Not real wood, but close
We all know Hannspree is wonderfully bonkers. Why else would it sell displays that look like they fell out of a child's toy box? The latest example of its charming lunacy is the Hannspree Boston monitor--a 19-inch PC display with a wood-grain bezel.
Photobucket, Picasa bring photo-sharing to TiVo
Apparently, fast-forwarding through commercials just isn't enough. TiVo announced on Monday that users of select photo-sharing services are now able to access their image collections through its set-top boxes.
Attention, holiday procrastinators: Only three weeks left
Some may be thankful there are only three weeks left in the holiday shopping season, but many of you are panicking because there are only three weeks left. For you anxious-ridden procrastinators, we're here to help.
Digital TV will bring a new world of entertainment to consumers and generate a big honking pile of electronic waste. Roughly 80 million analog TVs will get heaved out in 2008 and 2009, according to John Shegerian, CEO of Electronic Recyclers (ER), one of the largest e-waste recycle
Hannspree monitor: Not real wood, but close
We all know Hannspree is wonderfully bonkers. Why else would it sell displays that look like they fell out of a child's toy box? The latest example of its charming lunacy is the Hannspree Boston monitor--a 19-inch PC display with a wood-grain bezel.
Photobucket, Picasa bring photo-sharing to TiVo
Apparently, fast-forwarding through commercials just isn't enough. TiVo announced on Monday that users of select photo-sharing services are now able to access their image collections through its set-top boxes.
Attention, holiday procrastinators: Only three weeks left
Some may be thankful there are only three weeks left in the holiday shopping season, but many of you are panicking because there are only three weeks left. For you anxious-ridden procrastinators, we're here to help.
latest mobile phones
Nokia N81
Take gaming on a mobile phone to a whole new level with the fantastic Nokia N81. Designed as a gaming handset the N81 comes packed with dedicated gaming keys and high quality N-Gage capability. There’s a quality 2.4" screen to enhance your gaming experience, or simply use it to view your pictures and videos. With a fantastic data suite including 3G, EDGE, HSCSD and Wi-Fi, download tunes or surf the web - it’s all so quick and easy with the N81. In addition you’ll find a 2MP camera, MP3 player, FM radio, microSD card slot, a 3.5mm headphone jack and lots more!
Weight: 140 grams
Dimensions: 102(H) x 50(W) x 17.9(D) mm
Nokia 6500 Classic Black
Beautifully crafted from seamless aluminium the Nokia 6500 Classic can't help but standout from the crowd. One of Nokia’s slimmest phones to date, the 9.5mm thin 6500 boasting 3G, EDGE, HSCSD and GPRS technology, allows you to download emails and browse the web at super fast speeds. The quad band 6500 Classic also manages to cram in a 2" screen, great 2MP camera, MP3 player and a massive 1GB of internal memory!
Weight: 94 grams
Dimensions: 109.8(H) x 45(W) x 9.5(D) mm
Nokia 6500 Slide
This top-notch handset from Nokia packs an impressive array of features into a sleek stainless steel body, offering communication, entertainment and personal productivity tools in one splendid package. The Nokia 6500 Slide offers a large 2.2" high-res colour screen, MP3 player, FM radio, and fantastic 3.2MP camera with Carl Zeiss optics, auto focus, and 8 times digital zoom! Not only that, but you’ll also find Email, high-speed audio/video downloading and streaming, TV-out jack, microSD card slot, PictBridge software and Flickr pre-loaded! Overall one fantastic phone from Nokia!
Weight: 125 grams
Dimensions: 96.5(H) x 46.5(W) x 16.4(D) mm
Samsung G800
Hot on the heels of the chart busting G600, Samsung release the all new and improved G800. Boasting a whopping 5MP camera with 3X optical zoom, 2.4" screen, Xenon Flash and Face Detection, the G800 could be one of the greats amongst the 5MP elite. With HSDPA for super fast access download your favourite tracks and videos in not time at all. There’s plenty of storage - 160MB internal memory - and a microSD slot if you need more. Other features include an FM radio, RSS reader, document viewer, bluetooth printing and a whole lot more!
Weight: 134 grams
Dimensions: 51.1(H) x 101(W) x 18.8(D) mm
Samsung U600 Black
Forming part of Samsung's new Ultra range of handsets, the U600 exudes elegance and grace. Not only does it look the part, it also acts it too with a 3.2MP camera, MP3 player, FM radio, GPRS, EDGE, and Bluetooth! With its sleek steel keypad and at just 10.9mm thick, the U600 is a magnificent phone.
Weight: 81 grams
Dimensions: 103.5(H) x 49.3(W) x 10.9(D) mm
Samsung F210
Samsung have updated their X830 music phone with the stunning new Samsung F210. Boasting a massive 1GB of memory, superb navigation wheel and a 3.5mm audio output jack, you could be forgiven for thinking the F210 is actually an MP3 player! With stylish looks and compact screen the F210 also fronts as a very capable phone featuring tri band GSM, Email, EDGE, GPRS, WAP, a 2MP camera, traditional keypad configuration and microSD card slot. All this crammed into an ultra-narrow design, the F210 is simply a real treat for music lovers always on the go!
Weight: 72 grams
Dimensions: 87.8(H) x 31(W) x 20.5(D) mm
LG KU990 Viewty Black
LG produce another fantastic phone yet again. The LG Viewty boasts a whopping 5MP camera from Schneider-Kreuznach with autofocus, image stabiliser, and SmartLight technology. With a great 3" touchscreen and the ability to record at an astounding 120 fps, you'll soon realise its true brilliance. Add to that HSDPA, EDGE, and a web browser, you can surf the web effortlessly or upload your clips directly to YouTube, it’s all so easy. There’s also a music player, FM Radio, document viewer and plenty of storage. All this crammed into a slim and stylish case, the LG Viewty really is a beauty!
Weight: 112 grams
Dimensions: 103.5(H) x 54.4(W) x 14.8(D) mm
Motorola Z3 RIZR
The new Z3 Rizr is a sleek looking phone, which like the Z8 boasts a unique slide open mechanism. The phone comes with a large 1.9" TFT screen and a 2 megapixel camera which comes with a high intensity camera light for all those night shots! The Z3 also allows the user to record, play and save (expandable memory slot up to 1GB) video footage. In addition, this phone offers quad-band capabilities, a music player, stereo bluetooth and EDGE.
Weight: 115 grams
Dimensions: 106(H) x 46(W) x 16(D) mm
USB Modem (T-Mobile)
The days of surfing the web using messy cables and wires are over! With T-Mobile's brilliant USB modem browsing the web on your PC or laptop couldn't be easier. Supporting HSDPA, 3G, EDGE and GPRS technology you can truly enjoy boadband-like speeds no matter where you are!
Weight: 50 grams
Dimensions: 89.4(H) x 42.6(W) x 14.5(D) mm
Take gaming on a mobile phone to a whole new level with the fantastic Nokia N81. Designed as a gaming handset the N81 comes packed with dedicated gaming keys and high quality N-Gage capability. There’s a quality 2.4" screen to enhance your gaming experience, or simply use it to view your pictures and videos. With a fantastic data suite including 3G, EDGE, HSCSD and Wi-Fi, download tunes or surf the web - it’s all so quick and easy with the N81. In addition you’ll find a 2MP camera, MP3 player, FM radio, microSD card slot, a 3.5mm headphone jack and lots more!
Weight: 140 grams
Dimensions: 102(H) x 50(W) x 17.9(D) mm
Nokia 6500 Classic Black
Beautifully crafted from seamless aluminium the Nokia 6500 Classic can't help but standout from the crowd. One of Nokia’s slimmest phones to date, the 9.5mm thin 6500 boasting 3G, EDGE, HSCSD and GPRS technology, allows you to download emails and browse the web at super fast speeds. The quad band 6500 Classic also manages to cram in a 2" screen, great 2MP camera, MP3 player and a massive 1GB of internal memory!
Weight: 94 grams
Dimensions: 109.8(H) x 45(W) x 9.5(D) mm
Nokia 6500 Slide
This top-notch handset from Nokia packs an impressive array of features into a sleek stainless steel body, offering communication, entertainment and personal productivity tools in one splendid package. The Nokia 6500 Slide offers a large 2.2" high-res colour screen, MP3 player, FM radio, and fantastic 3.2MP camera with Carl Zeiss optics, auto focus, and 8 times digital zoom! Not only that, but you’ll also find Email, high-speed audio/video downloading and streaming, TV-out jack, microSD card slot, PictBridge software and Flickr pre-loaded! Overall one fantastic phone from Nokia!
Weight: 125 grams
Dimensions: 96.5(H) x 46.5(W) x 16.4(D) mm
Samsung G800
Hot on the heels of the chart busting G600, Samsung release the all new and improved G800. Boasting a whopping 5MP camera with 3X optical zoom, 2.4" screen, Xenon Flash and Face Detection, the G800 could be one of the greats amongst the 5MP elite. With HSDPA for super fast access download your favourite tracks and videos in not time at all. There’s plenty of storage - 160MB internal memory - and a microSD slot if you need more. Other features include an FM radio, RSS reader, document viewer, bluetooth printing and a whole lot more!
Weight: 134 grams
Dimensions: 51.1(H) x 101(W) x 18.8(D) mm
Samsung U600 Black
Forming part of Samsung's new Ultra range of handsets, the U600 exudes elegance and grace. Not only does it look the part, it also acts it too with a 3.2MP camera, MP3 player, FM radio, GPRS, EDGE, and Bluetooth! With its sleek steel keypad and at just 10.9mm thick, the U600 is a magnificent phone.
Weight: 81 grams
Dimensions: 103.5(H) x 49.3(W) x 10.9(D) mm
Samsung F210
Samsung have updated their X830 music phone with the stunning new Samsung F210. Boasting a massive 1GB of memory, superb navigation wheel and a 3.5mm audio output jack, you could be forgiven for thinking the F210 is actually an MP3 player! With stylish looks and compact screen the F210 also fronts as a very capable phone featuring tri band GSM, Email, EDGE, GPRS, WAP, a 2MP camera, traditional keypad configuration and microSD card slot. All this crammed into an ultra-narrow design, the F210 is simply a real treat for music lovers always on the go!
Weight: 72 grams
Dimensions: 87.8(H) x 31(W) x 20.5(D) mm
LG KU990 Viewty Black
LG produce another fantastic phone yet again. The LG Viewty boasts a whopping 5MP camera from Schneider-Kreuznach with autofocus, image stabiliser, and SmartLight technology. With a great 3" touchscreen and the ability to record at an astounding 120 fps, you'll soon realise its true brilliance. Add to that HSDPA, EDGE, and a web browser, you can surf the web effortlessly or upload your clips directly to YouTube, it’s all so easy. There’s also a music player, FM Radio, document viewer and plenty of storage. All this crammed into a slim and stylish case, the LG Viewty really is a beauty!
Weight: 112 grams
Dimensions: 103.5(H) x 54.4(W) x 14.8(D) mm
Motorola Z3 RIZR
The new Z3 Rizr is a sleek looking phone, which like the Z8 boasts a unique slide open mechanism. The phone comes with a large 1.9" TFT screen and a 2 megapixel camera which comes with a high intensity camera light for all those night shots! The Z3 also allows the user to record, play and save (expandable memory slot up to 1GB) video footage. In addition, this phone offers quad-band capabilities, a music player, stereo bluetooth and EDGE.
Weight: 115 grams
Dimensions: 106(H) x 46(W) x 16(D) mm
USB Modem (T-Mobile)
The days of surfing the web using messy cables and wires are over! With T-Mobile's brilliant USB modem browsing the web on your PC or laptop couldn't be easier. Supporting HSDPA, 3G, EDGE and GPRS technology you can truly enjoy boadband-like speeds no matter where you are!
Weight: 50 grams
Dimensions: 89.4(H) x 42.6(W) x 14.5(D) mm
Introduction to technology
The IT industry is shifting from not only making computers bigger, faster and cheaper, but to also encompass "Autonomic Computing" features that will make computers simpler, easier and more reliable.
For the most part, this shift is still a mere vision that is thought to be by some still eight to 10 years away. The research departments of the big IT companies (IBM's Autonomic Computing, Microsoft's .NET, Sun's N1 and HP's Adaptive Infrastructure) have only recently started initiatives to focus on autonomic and next generation computing. Net Integration Technologies has been developing and delivering award-winning, next generation Autonomic Computing technology since 1997.
Net Integration Technologies has several patent-pending technologies and the world's first Autonomic Linux-based operating system (OS) designed for the small to medium sized business (SMB) market. This system has successfully displaced Microsoft servers in thousands of installations.
Welcome to the future of your IT infrastructure
Net Integration Technologies. has pioneered the development of Autonomic Computing technology that enables easy, reliable and self-healing network infrastructures to be a proven reality.
The Net Integrator's operating system, Nitix, is an Autonomic Linux-based OS that provides a complete network infrastructure in a high performance, intelligent, self-maintaining design.
Nitix offers SMBs a simplified user experience, significant cost-savings, fewer network errors, greater efficiency and increased stability. It makes businesses more productive by having computers manage themselves, thereby lessening the burden on IT infrastructure support and reducing costly system failures and downtime. According to a study published in March 2002 by researchers at the University of California at Berkeley, IT staff costs greatly outstrip computer equipment costs; they predict that one third to one half a total IT budget is spent preventing or recovering from crashes. Nitix eliminates these common problems by harnessing some of the most advanced, proven technology ever created.
Nitix powers the Net Integrator server family of products.
Learn more about the Net Integrator's Nitix Autonomic Linux-based Operating System.
Check out our award-winning Nitix-powered server solution
For the most part, this shift is still a mere vision that is thought to be by some still eight to 10 years away. The research departments of the big IT companies (IBM's Autonomic Computing, Microsoft's .NET, Sun's N1 and HP's Adaptive Infrastructure) have only recently started initiatives to focus on autonomic and next generation computing. Net Integration Technologies has been developing and delivering award-winning, next generation Autonomic Computing technology since 1997.
Net Integration Technologies has several patent-pending technologies and the world's first Autonomic Linux-based operating system (OS) designed for the small to medium sized business (SMB) market. This system has successfully displaced Microsoft servers in thousands of installations.
Welcome to the future of your IT infrastructure
Net Integration Technologies. has pioneered the development of Autonomic Computing technology that enables easy, reliable and self-healing network infrastructures to be a proven reality.
The Net Integrator's operating system, Nitix, is an Autonomic Linux-based OS that provides a complete network infrastructure in a high performance, intelligent, self-maintaining design.
Nitix offers SMBs a simplified user experience, significant cost-savings, fewer network errors, greater efficiency and increased stability. It makes businesses more productive by having computers manage themselves, thereby lessening the burden on IT infrastructure support and reducing costly system failures and downtime. According to a study published in March 2002 by researchers at the University of California at Berkeley, IT staff costs greatly outstrip computer equipment costs; they predict that one third to one half a total IT budget is spent preventing or recovering from crashes. Nitix eliminates these common problems by harnessing some of the most advanced, proven technology ever created.
Nitix powers the Net Integrator server family of products.
Learn more about the Net Integrator's Nitix Autonomic Linux-based Operating System.
Check out our award-winning Nitix-powered server solution
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