With start up of ICC cricket world cup, many topmost telecom companies boast their 3G services along with its coverage. These services facilitate lots of hi-end services as well as advanced network capacity. As per ITU (International Telecommunications Union) definition, 3G network involves technologies such as CDMA, EDGE, DECT, UTMS and Wimax. Therefore, 3G enabled mobile phones come equipped with numerous applications for e.g. Mobile TV, Video conferencing, Video on demand, Tele medicine, and location based services etc. Consequently, you can now enjoy the ICC cricket world cup in your hi-tech mobile phone wherever you want.

ESPN Star sports has put up a page in youtube to showcase the video highlights, press-meets videos on this page:www.youtube.com/espnstar. If you have 3G Connection, you can check out this videos on your mobile phone.

World cup live on Reliance:
ICC Cricket World Cup matches even if you are away from your television screen. Enjoy with Reliance 3G.
1.Sent SMS “mtv” to 55447
2. Click on the link that you receive to download the application and install it
3. Open the application and go to the folder named ICC Cricket World Cup
4. Choose one of the plans that suit your viewing

Packs and Pricing:
All matches -  Watch all the video associated with all the matches unlimited:                    Rs 250
India matches –   Watch the videos on the days when India is playing unlimited:               Rs 100
Each match (Daily) –   Watch the videos on the days that you choose again unlimited:     Rs 20

Cricket from Uninor:
Uninor has a plan called “Cricket Unlimited”. Cricket Unlimited is a voice based service. To subscribe to this service, Uninor customers should simply dial 52255 and request for this service. The service comes in Daily pack and Monthly pack. Match-day packs are available for Rs. 3 per day. Monthly pack is available for Rs. 30 valid for 30 days. This service allows subscribers to listen to live cricket coverage.

Tata Docomo Services:
Tata Docomo also launched  57 not out and 103 not out services for world Cup. With this one month subscription, users to can listen to live scores.

MTNL Cricket world cup updates:
Subscribers can just call local number 2401-2401 prefixed by the STD code to get live cricket scores and updates. This service will be available from 19th February 2011 to 2nd April 2011. The service will be available for all the matches that India plays and for all the matches from Quarter finals leading to Finals. The local call charges will apply which is 80 paise per call and the MTNL 3g customers can enjoy this service at half paise per second. This service is available in two cities Delhi and Mumbai only.

Vodafone cricket matches live to mobile phones:
Vodafone’s “ICC Cricket world cup Live streaming service” for both post-paid and pre-paid subscribers of Vodafone, where you can watch all cricket matches live for a charge of Rs. 7 per day. The data charges are separately applicable according to the plans. Vodafone is taking this service one step ahead and offering customers to watch all Television channels on the mobile phone for a charge of Rs. 150/day. To watch cricket matches, Vodafone subscribers should download and install Vodafone TV application. So, atleast a GPRS capable cellphone is required to download the application. To download, you need to send an SMS to 111 with message ‘TV’.

At the present time, 3G service providers have come up with many lucrative offers for alluring the customers. Let’s see what telecom companies are offering to its customers.  In this regard, Reliance communication is offering many attractive 3G data packages starting from Rs. 100 for 100 MB/per month to Rs. 2100 for an enormous 21 GB per month.

Besides, RCom also comes up with many combo packs for prepaid and postpaid customers for instance, 200 MB, 100 SMS per month and 300 voice minutes in just Rs. 299. On the other hand, MTNL has started their postpaid plans from Rs. 99 per month wherein the user will get 130 MB of data and going up to 25 GB of data and 300 minutes video calling just for Rs. 2500 per month.

Apart from this, the 3G customers of Tata Docomo pay only 0.66 to 1.1 paisa per second for voice calls that is equivalent to tata’s 2G customers paid in the year 2010.  Moreover, the customers will also get 250 MB which are good enough for watching 3 hours videos and 2GB (for 23 hours video) of data, however, it depends on the packages they choose.

In this respect, BSNL is also offering its cheapest postpaid plans ranging from Rs. 99/month to Rs. 1500/month in which you will get 1GB of data. In this plan, video call charges are 70p/minute and Rs. 0.01 for 10KB of data. What’s more, prepaid packages of BSNL range from Rs. 275 for 512MB to Rs. 1499 for unlimited data. Besides, this service provider is also offering a trail pack of Rs. 121 for 300 MB which is valid for 15 days only. You can activate it by giving Rs. 51 as activation charges. So avail the 3G services and don’t miss the interesting IIC world cup. See More Details: http://www.connectindia.in/

For one, computers and portable technology have completely reshaped the way that we breach social connections, make business relationships, and even organize our daily lives. Furthermore, this worldwide exchange of information has literally driven us to become a much more global community. Consequently, modern lives typically involve much more travel, and without the advantages of wireless internet technology, it’s hard knowing just how hard it would be to retain order throughout the year.

Many contemporary lives revolve exclusively around the net. Days are filled with video chats and conference calls; nights are filled with streaming video broadcasts and socializing. This combined with the sheer amount of information readily available online has indicated with little room for doubt just how important the net has become to us as a society. For people who rely on high-speed connections but also find themselves frequently traveling for their jobs, it is absolutely essential that they find a way to stay connected while on the go. For this group of people, mobile wimax has entered the marketplace at just the right time, offering speed and efficiency in a growing number of cities and towns throughout the United States.

Allowing working people to engage in the same web-based activities that they are accustomed to from their office while in airports or while staying in a new city is just the beginning of how mobile wimax is making lives more productive and efficient. These individuals are finding that video chats, uploading and downloading large files is far easier than it was with previous services. At download rates between 3 and 6 megabytes per second, it’s now possible to conduct complex multi-media activities online form laptop computers in coffee shops and airports around the country. Furthermore, the traveler can worry less about the time they are wasting while going through the complicated ordeal of airport security checks and the like, focusing on the priorities that matter most to them.

In fact it’s no secret that 4G networks provide tools that are essential to the contemporary lifestyle. People have become so accustomed to the different platforms for communicating online that it can often feel like a significant sacrifice when these tools are unavailable. On the go, at home, or in the office, the prospect of utilizing all of the communication devices provided to us online is a relieving one. With video chats, business associates are able to stay in touch with far more intimacy. Faster downloads mean more efficient use of one’s time. All in all, the speed and convenience of these new networks is precisely what the contemporary worker has been demanding for some time now, and it’s finally arrived.

Wireless internet has many advantages for both business, as well as residential users.  Wireless internet provides excellent broadband speeds, Wireless internet is more reliable as compared to internet via cable or satellite.   Initial cost to the service provider too are reduced as they do not have to lay out expensive cables or pay highly for satellite tramission.,  All that is required is the setting up of internet towers, which are very similar to mobile towers.,  The user will be connected to the internet as long as his laptop device receives a signal from the nearest tower.

Let’s use the WiMax network, it consist of base stations similar to mobile towers that are set up by service providers, and a receiving antenna, which is similar to a mobile phone antenna at the users end.  The user pays the service provider for wireless acess, just as they would for a normal internet connection via a cable network.   The service provider provides the end user with the software for the unit to be WiMax compatible.  The service provider beams the internet signals from the base station.  The antenna at the user end catch the signal, providing unintrupted internet as long as the signal is available.  With a laptop equipped with an antenna you could be connected to the internet wherever the signal is available from the base station.  Once you move from one base station to another, your laptop receiver will hook up to the other base station of the same provider with a stronger signal.

Wireless internet is not limited to WiMax.  Most of us have used some sort of wireless internet some time or the other.  GPRS (General Packet Radio Seervice) is one.  When a mobile user subscribed to GPRS service, the receiving mobile unit could receive voice as well as data signals.  The only downfall, was the speed was very slow.  This was replaced by EDGE ( Enhanced Data Rates for Global Evolution)  technology.  EDGE was a enhancement over GPRS, able to provide more capacity for voice traffic and at the same time to have high-speed data transfer.  4-G arrived in it’s anticipated time frame 2010-2012.  Welcome to the world of advanced technology.

WiMax considers the leader of the wireless industry. The major pioneer of WiMAX is IEEE which stands for Institute of Electrical and Electronics Engineers. The organization is still working on WiMAX to make WiMAX more and more better for the use.

The concept of WiMAX technology arise In the mid 1990’s, telecommunication companies developed the idea to use fixed broadbandwireless networks for potential last mile solutions to provide an alternate, means to deliver Internet connectivity to businesses and individuals. Their aim was to produce a network with the speed, capacity, and reliability of a hardwired network, while maintaining with the flexibility, simplicity, and low costs of a wireless network this technology would also act as a versatile system for corporate or institutional backhaul distribution networks and would attempt to compete with the leading Internet carriers.

This Wimax popularity and importance increased because it was cheap and low cost network generated much attention to two types of fixed wireless broadband technologies: Local Multipoint Distribution Services (LMDS) and Multi-channel Multipoint Distribution Services (MMDS). LMDS was primarily intended to speed up and bridge Metropolitan Area Networks in larger corporations and on University campuses.

This broadband system extended the WiMAX service to a 30-mile rangeMobile WiMAX system: 802.16e. This version used a Scalable Orthogonal Frequency-Division Multiple Access (SOFDMA) engine, which supported over 2,000 subcarriers, optimized handover delay and packet loss, and increased network security. and had the ability to disperse its network between hundreds of terminals. Yet the IEEE did not stop there. In 2005, they came out with the first

Article by seek Knowledge Publishers |  Wimax

The Sprint HTC EVO 4G smartphone has already taken the world by storm even without being officially released. Featuring a powerful operating system, a dominant 4G network, a massive 4.3’ TFT LCD screen display, two smart cameras, 1GB internal storage and more than 30000 apps to choose, it is simply a dream list that is about to come true in summer 2010. The Sprint is a unique Android smartphone with a plethora of reasons to choose it. In particular:

1. 4G WiMAX Network

The Sprint is offering connection speeds that you have never seen before. Download, stream, upload in seconds and surf to the internet in light speeds that will definitely leave you speechless. No more boring moments of waiting your favorite music video to be downloaded; choose it, click download and enjoy! The 4G technology is currently on the rise with 30 cities already enjoying it and 15 more to come. And if you are not in one of them, no need to worry as Sprint retains its 3G powerful connection with unquestionable reliability or performance.

2. Stunning Display

The Sprint HTC EVO 4G delivers an unforgettable experience; its 4.3 TFT LCD touch screen display is simply dazzling. Even though it is not the first one featuring such a huge display, its precursor the HTC HD2 is just a thing of the past. The Sprint’s powerful QSD8650 1GHz Snapdragon CPU enables you to watch videos, movies and photos in High Definition resolution and ensures smooth and super-fast response with just a light tap.

Moreover, its wide screen display allows you to compose emails and text messages faster than ever. Its on-screen keyboard has large boxes for each character minimizing the chance of typos. And if you are bored of typing, just tap the microphone icon to initiate the built-in voice-to-text technology!

3. Two Cameras

The Sprint not only promises innovative additions but also, makes them come true. It is the first smartphone globally featuring one primary 8 megapixels camera on the back and a secondary 1.3 megapixels one on the front. But why need two cameras? Its primary one is ideal for shooting photos and capturing videos in real High Definition featuring an automated focus and flash technology for crispy clear images. What about the second one? Well, how many times have you tried to shoot the perfect picture with you and your other half but only your foreheads are finally on the frame? Additionally, video-chatting is now on a whole new level enjoying high quality communication tools.

4. 8 to 8

Why not share your 4G WiMAX network? The sprint gives you the ability to share your connection with up to 8 different users or devices! Enjoy multimedia apps and games with your friends or tether your laptop, camera, video console or any other device and benefitting from its light-speed connection.

5. Enhanced User Interface

Moreover, Sprint embodies the HTC Sense technology personalizing it totally according your style, location and needs. Its addition, the ‘Leap’ feature saves you from trouble letting you view each running task just by lightly taping the screen in anyplace on the home menu.

6. HDMI Port

You can browse your favorite music or own captured videos on larger TV screen directly from your phone. All you have to do is to connect both devices via its HDMI connector port on the bottom in full High Definition analysis!

7. Kickstand

The kickstand is a powerful mean to help you watch your music videos or movies without even having to hold it in your hands! Place it in a steady place and use your Sprint HTC EVO 4G as an HD portable TV screen.

The Sprint HTC EVO 4G is the most anticipated smartphone ever released. Unique in style and power, it is waiting anxiously to ‘kill’ its rivals and become the customer’s number one choice!

If you have not already been introduced to it, WiMax is the latest development in wireless telecommunications technology that are opening doors to high-speed Internet for users all over the country.  The term is short for Worldwide Interoperability for Microwave Access and refers to the system responsible for bringing fully mobile Internet access to people who are constantly on the go, as well as long-range high-speed broadband coverage to people who do not have wired connections like DSL and cable at their disposal.

To a certain degree, WiMax is sort of like Wi-Fi, in that it projects Internet signals directly to computers in a network without relying on wires, cables, or phone lines.  However, a single WiMax system can reach many more people than a Wi-Fi network.  This is because it uses a tower, which operates somewhat in the same way as a cell phone tower, to deliver coverage to large areas spanning as many as 3,000 square miles.  People can use their cell phone, or laptop or desktop computer, to get online from anywhere within this entire area.

This is fantastic news for people with long commutes to work, who want to be able to check emails and access other websites on the go, as well as for people who just want to take advantage of this technology for entertainment purposes (streaming audio and video, for example).  And it can be completely life-changing for people living in rural or remote locations who up until now have likely had to suffer the painfully sow connection speeds that come with dial-up service.

So how does it work?  There are two parts to a WiMax sytem.  It all starts with the aforementioned tower, which itself can connect to the Internet using a wired connection, or through a line-of-sight microwave link with a tower which has a wired connection.  This second way is what accounts for such widespread and accessible service, as a chain of wireless towers can be created to extend coverage to areas where wired connections are hard or impossible to come by.

In addition to the tower, there is also something called a receiver.  This is what users need in order to be able receive the signal transmitted by the tower.  There are a few different types of receivers available.  They can come as external boxes and antennas that you connect to your computer, or they can be built-in devices that you don’t even see.

Regardless of the type, there are two ways for a user’s receiver to tap into signals: line-of-sight service and non-line-of-sight service.  As the name implies, line-of-sight requires that the receiver be able to “see” the tower, meaning there must be nothing in between the two.  To get this type of service, a user will need to mount a fixed dish antenna on their roof.  Likewise, for non-line-of sight service, the receiver is attached to the computer itself and can pick up the signal from pretty much anywhere.  This type of service, though less strong, is what makes WiMax mobility possible.

The more you understand your new potential purchase, the more you can make the right buying decision including getting an internet connection. But it doesn’t create equal at all, looking into getting a WiMax connection is an example.

WiMax, also known as 4G technology, uses the same basic technology that cell phones use, though it is distinctly different. That is, you can’t use older cell phone technology to connect to the internet. New infrastructure needs to be installed in your city in order for you to have access to this service. That means that this new way of connecting to the internet is not available everywhere at the moment, though its coverage area is constantly expanding. The best way to find out if it’s available in your area is to head over to a provider’s website and input your zip code.

So what make it so special? For starters, it’s a wireless connection to the internet.

It’s not like cable, DSL or even dial-up where you need to physically connect your computer with a wire to your internet service provider. Instead it’s just like using your cell phone in that the internet is beamed directly to your computer at home. It’s tempting to think that since no wires are involved the connection would not be able to keep pace with other broadband connections. But to the contrary, wireless technologies have really come of age in the last couple of years and are just as fast as their wired counterparts. Essentially, that means you’ll be able to download large files in minutes instead of hours like with dial-up. You’ll be able to do anything that you want with your internet. You’ll be able to stream movies, upload pictures and video to Facebook and even video conference with your friends and family using an application such as Skype.

The question of reliability often arises too.

But again a comparison can be drawn to cell phones. People use cell phones every day to talk with other people and they seem to be doing just fine. As long as they have signal then can talk for as long as they want. Similarly, as long as you have a 4G signal, you can use the internet for as long as you want. This also means that if you stray too far from the coverage area you may lose signal, and thus internet.

WiMax also has something that other connections don’t have. Subscribers have the option of using a USB modem or PC card to connect their mobile computing device to the internet anywhere in the coverage area. Essentially, you plug the USB modem or PC card into your laptop and you’ve got the internet. Now you can use the internet at your favorite restaurant, at a friend’s place, at the local park, and even inside a moving vehicle. This features is often the reason why most people end up signing up for this revolutionary service.

Worldwide Interoperability for Microwave Access, or WiMax wireless technology, is the best thing that can happen to your mobile device.  You are, right now, most likely using Wifi technology to get your mobile device connected.  After all, Wifi is currently the most popular wireless connectivity protocol.  Yes, Wifi (or wireless fidelity) is the most popular type of mobile connection today; but just because it’s popular doesn’t mean it’s the best.  If you are looking for the best, however, you need to try out WiMax.  WiMax is also a wireless connectivity protocol, like Wifi.  But WiMax is in a whole league of its own.  WiMax wireless connections are faster, more reliable and easier to get connected to.  You see, unlike Wifi, WiMax connections are independent of a wired or cabled source connection.  And since WiMax technology is independent, it offers faster speeds.  But the best thing about WiMax is that it is totally available anywhere.

The selling point of WiMax wireless services is not its wireless capabilities; Wifi technology has already taken over that.  What sells WiMax is the fact that it provides unbounded connectivity.  You can get connected whenever and wherever.  The range of WiMax is really wide.  You can go to the bottom of a mountain and you will still have the ability to surf the net.  As long as there are not signal barriers, you can get connected.  That is the beauty of WiMax.  Another great thing about WiMax is that you don’t have to go through slow connectivity just because you are wireless.  WiMax speeds can reach up to 40 Mbits per second.  It is currently being developed so that it can reach speeds of up to 1 Gbits per second.  WiMax achieves this with the help of IEEE 802.16m technology.  Experts are currently betting on WiMax as the future of Internet connectivity.

Although it clearly has the advantage over Wifi, it still remains that WiMax is less popular than Wifi.  But just because it is less used and less popular doesn’t mean it has yet to prove itself.  Actually, WiMax is very reliable.  It is so reliable that back in 2004, in Aceh, Indonesia, it was used as the only means of communication for rescuers and aids after the 2004 Tsunami hit.  Recall that Aceh was, out of all the countries affected, the worst hit by the Tsunami.  WiMax wireless technology was also used in the rescue efforts after Hurricane Katrina hit the Southeast coast of the United States.  If WiMax wireless was good enough for use in such critical and sensitive situations, it is surely fit for everyday use.  If you want to try out WiMax, all you have to do is sign up with a local provider.  They will give you special equipment, like a WiMax modem, for your use.  They will also help you configure your system so that it will be capable of using WiMax.  WiMax is the taste of the future, when it comes to connectivity.  Try it− it’s worth it.

Back To Topic … What is the difference of these three new product?

The point is still the core intended for Entry Level I3, I5 core for mid-level, if core i7 for the High Level. And all three are planted in desktops and notebooks.

In addition, i5 and i7 core processors to adopt the “Intel Turbo Mode Technology” which features will turn off unused cores when processing applications that require only a single thread, while processing a single application thread, the processor will overclock the flow of data threads that run on it so that faster processing, while if the processing application is not a single thread, these cores will live again.

Here are more details about the third description of this product:

Intel Core i7
Core i7 is the first processor with technology “Nehalem”.

Nehalem uses a new platform that really different from previous generations. One is to integrate MCH chipset directly on the processor, not the motherboard. Nehalem also replace the function of the FSB became QPI (Quick Path Interconnect) which is more revolutionary.

Intel Core i5
If Bloomfield is the codename for Core i7, the Lynnfield is the codename for I5. I5 is the value of the Core i7 series that will run on Intel’s new socket is LGA-1156 socket.

The advantage of this is embedded I5 Northbridge chipset functions at the core processor (known as the MCH on the motherboard). So the motherboard Core i5 which will use the Intel P55 chipset (mainstream class) will look vacant without the presence of northbridge chipsets.

If you use a Core i7 Triple Channel DDR 3, then the Core i5 uses only Dual Channel DDR 3. The use of power is also reduced to 95 Watts. P55 chipset supports Triple Graphic Cards (3x) with 1 × 16 PCI-E slots and 2 × 8 PCI-E slots. In I5 cache remains the same, namely 8 MB L3 cache.

Intel also launched a Clarksfield, Core i5 mobile version is intended for notebooks. Socket to be used is mPGA-989 and the power required is quite small in the amount of 45-55 Watts.

Intel Core I3
Intel Core I3 is a variant of the value compared to two other brother. This processor will integrate the GPU (Graphics Processing Unit) aka Graphics On-board inside the processor. Claimed the same graphics capabilities with Intel GMA on G45 chipset. In addition, i3 will use hybrid manufacturing, the core processor with 32nm, while the memory controller / graphics using 45nm.

I3 product code is “Arrandale”.