PS2(FAT) for SALE

PS2(FAT) for SALE------------


Hi Friends i have a ps2(fat) with hard disk and network adaptor for sale..... It is in a good working condition..... i Sell it for Rs.9000 without hard disk.....Sorry no bargain......... If any one wants it contact me.. My mobile number is +919894724559...... Thank you............



-SRIKANTH

HTC VS IPhone

• HTC has resisted the urge to enlarge the 2.8-inch screen of the first Touch simply for the sake of one-upping the iPhone or other devices stretching out to 3.5 inches; because of this, the Diamond has a much smaller surface area than its rival, and seems suited to smaller pockets on the whole.
• To make HTC Diamond smaller in shape, the Diamond bulks up slightly to 0.55 inches thick versus the iPhone’s 0.48. On paper, this should matter little, but the tapered edges of the Apple handset certainly make it feel more substantial.
• HTC ought to jump from resistive touchscreens to a more sensitive capacitive display like that of the iPhone; while patents likely stop HTC from using multi-touch, it’s still too difficult to use flicking motions or other more intuitive gestures.

* HTC Dream: 115 x 55-mm
* iPhone 3G: 115.2-mm x 62.1-mm
* Xperia X1: 110.5 x 52.6-mm
* HTC Touch Pro: 102 x 51-mm

	Touch GSM	Touch CDMA
Processor	TI's OMAP™ 850, 201 MHz	Qualcomm® MSM7500™, 400MHz
Operating System	Windows Mobile® 6 Professional	Windows Mobile® 6 Professional
Memory	ROM: 128 MB SDRAM: 64 MB DDR	ROM: 256 MB SDRAM: 128 MB DDR
Dimensions	99.9mm (L) X 58mm (W) X 13.9mm (T)	101mm (L) X 59.6mm (W) X 14.1mm (T)
Weight	112g with battery	112g with battery
Display	2.8" LCD touch screen with backlight 240 X 320 dots resolution with 65,536 colors	2.8" LCD touch screen with backlight 240 X 320 dots resolution with 65,536 colors
Network	GSM/GPRS/EDGE Tri-band: 900, 1800, 1900 (The device will operate on frequencies available from the cellular network.)	CDMA2000 1xEVDO/1xRTT and IS-95A/B voice or data Dual-band (800 and 1900 MHz)
Device Control	HTC TouchFLO™ 5-Way navigation control	HTC TouchFLO™ 5-Way navigation control
Connectivity	Bluetooth® 2.0 Wi-Fi® IEEE 802.11 b/g HTC ExtUSB™ (11-pin mini-USB and audio jack in one)	Bluetooth® 2.0 HTC ExtUSB™ (11-pin mini-USB and audio jack in one)
Camera	2 megapixel CMOS color camera	2.0 megapixel CMOS color camera
Audio	Built-in microphone and speaker Windows Media Player supported formats: AAC, AAC+, eAAC+, MP3, WMA, WAV, QCELP, MPEG4, AMR-NB, AMR-WB	Built-in microphone and loud speaker for hands-free supported Windows Media Player supported formats: AAC, AAC+, eAAC+, MP3, WMA, WAV, QCELP, MPEG4, AMR-NB, AMR-WB
Battery	Rechargeable Li-lon battery Capacity: 1100 mAh Standby time: Up to 200 hours Talk time: Up to 5 hours	Rechargeable Li-lon battery Capacity: 1100 mAh Standby time: Up to 250 hours Talk time: Up to 3.5 hours
Expansion Slot	microSD™ memory card (SD 2.0 compatible)	microSD™ memory card (SD 2.0 compatible)
AC Adapter	Voltage range/frequency: 100 ~ 240V AC, 50/60Hz DC output: 5V and 1A	Voltage range/frequency: 100 ~ 240V AC, 50/60Hz DC output: 5V and 1A

Cost of HTC is about Rs.14,000 where as Iphone costs 27,000 + in India.These has mostly all the features + than Iphone. Thus HTC touch ('Iphone Killer') is better..........

BSNL EVDO New wireless 3G in INDIA

BSNL EVDO Review - High speed 3G Broadband in India

Introduction

Indian government is yet to give 3G band licenses for mobile access. Yet months before that BSNL has introduced 3G in the form of wireless EVDO broadband service (the advantages of being a public sector company!). It is only available in select cities in India and offers download speeds up to 2mbps! But if there is no EVDO coverage is your area, the EVDO card switches to CDMA 1.0 based Internet access which gives speeds up to 128kbps. This article will give you a complete picture of BSNL’s EVDO service, its features and a list of frequently asked questions(FAQ) on it.

What is EVDO?

EVDO (also spelled EV-DO) stands for Evolution-Data Optimized. It is a telecommunications standard for transmitting digital data through radio signals and hence is used for wireless Internet access. It used CDMA and TDMA techniques for data transfer.

EV-DO is considered as a part of 3G standard of mobile access. The maximum speed supported by an EVDO device/network is about 2.4mbps. EVDO devices offer backward compatibility and hence can access CDMA 1x network.

How to get BSNL EVDO Broadband Connection?

You need to visit the main BSNL office in your area to get EVDO connection. If you already have a BSNL service (land line or a post paid mobile connection), you just need to fill out a form. If you don’t have an existing service, you will need to give an address proof document also (photo copy of your passport, election id card, driving license, nationalized bank passbook etc.). Once they verify your application form (you will probably have to meet the engineer in charge at the office), you are asked to pay the fee (see tariff below). Once you pay the fee, the EVDO card is immediately issued. This comes in an elegant package along with instructions for use.

What is the cost of getting BSNL EVDO (tariff structure)?

For BSNL EVDO, the fixed monthly charges is Rs. 550. Hence this is the minimum amount you pay every month. Now there is additional payment required for the EVDO card. If you buy it, it will cost you Rs. 3500. But if you don’t have that much money to spare, you can take the EVDO card on rent. This rent per month is 200+Tax and hence your monthly payment will increase to Rs. 750+. There is also a refundable security deposit of Rs. 1000 for rental. So you need to pay the following on the day of taking a new EVDO card,

On purchase of EVDO card= 3500 + 550 (first month fee) = Rs. 4050

On rental of EVDO card = 1000 (security) + 550 (first month fee) + 200 (first month rental) = Rs. 1750

What do you get when you buy a new EVDO connection?

When you get BSNL EVDO, you will be given a box which contains EVDO card, user manual and a CD for installing drivers in Windows systems. You will also be given a receipt for your payment along with details of your EVDO connection.

Typically the user id associated with your EVDO card is written on the card itself. Mostly the password is set to the last 4 digits of the EVDO card’s user number. The user number with the STD prefix (without 0) becomes your user id. Here is an example,

The card has 1234567 (sample number) written on it. The STD code where I am staying is 0471. Hence my user id/passwords are,

USER ID (STD+EVDO card number) : 4711234567

PASSWORD (last 4 digits of EVDO card number): 4567

When you configure EVDO connectivity, the phone number used is always #777.

How to use EVDO card for Broadband access in Windows?

There is a Windows software CD that comes with BSNL EVDO package. You can use it to install ZTE’s EV-DO software for Windows.

Do not connect USB EVDO card before installing the software. During installation, the program will ask you to insert the card. At this point, the EVDO card will be successfully installed. The installation also has a user manual in CHM format.

After you start the EVDO software, you need to configure phone number, user id and password (see the above section). Click on the settings icon on the right side of ZTE EV-DO App. It will open settings window and enter your details there (don’t forget to replace 11111111 with your number). Click on apply.

LED on the EVDO card indicates the status as shown below,

LED	Insert Data Terminal	(Network	Registered)	(There is service or	Searching the Network)
		EV-DO	1X	EV-DO	1X
Yellow	ON	OFF	Slow Flash	OFF	Quick Flash
Green	ON	Slow Flash	OFF	Quick Flash	OFF

The top bar on ZTE EV-DO application provides a lot of information on the EV-DO connection as shown below,

What is the monthly bandwidth limit for BSNL EVDO access?

Get ready for the biggest surprise. As of now there is no monthly bandwidth limit on BSNL EVDO service. That means you can continuously use it without fearing additional bills. BSNL EVDO broadband service is still in experimental stages and not many people are currently using it (people know it from friends and relatives). Once it is officially rolled out, we may see some limit on the monthly bandwidth. But right now it is time to enjoy unlimited Internet at 2mbps!

Why is my EVDO Internet access speed so slow?

There could be many reasons for slow EVDO access. You may have weak signal at your area or there may not be any EVDO coverage in your BSNL network antenna. Also if there are too many customers connecting to a specific BSNL network antenna, you will see slow access speed.

Is there a way to boost EVDO speed?

If the signal strength at your area is weak, experiment positioning the card at different places. You might be getting good signal near room corners. Also turn the antenna and see whether signal strength improves.

How to use EVDO data card in Linux?

Most of the latest distributions (Ubuntu 8.04, Fedora 9 etc.) supports BSNL EVDO card out of the box. You just need to plug the EVDO card and then configure the dial up connection using phone number #777, your user name and password.

You can use the "kppp" to set up a dial up connection. Use the following settings,

Modem: /dev/ttyUSB0
Baud rate : Up to 921600
Dail to : #777

If the data card is not detected, use the following command.

modprobe usbserial vendor=0×05c6 product=0×6000

What is the hardware used for BSNL EVDO?

BSNL uses AC8700 EV-DO card manufactured by ZTE Mobile Tech. This is a sexy black USB card with adjustable antenna. It weighs about 40g and in my 4 months of use I found it quite sturdy. ZTE also provides software drivers for Windows XP, 2000 and Windows Vista.

There is a service indicator on the card. A blinking yellow indicates CDMA 1.0 access and a blinking green indicates EVDO access. So just by looking at the card you can know whether your area has EVDO access.

Are there any technical limitations for BSNL EVDO service?

Typically BSNL EVDO service doesn’t give you a public IP. Your Internet access is routed through a static shared IP. This typically doesn’t cause any issues, except in cases where the public IP is important. For example, services such as Rapidshare has a download limit per IP. Since you are sharing the same IP with a lot of other EVDO users, you may not be able to download from Rapidshare (free service) at all!

There are rumors that you can sometimes get a unique public IP when you connect to EVDO. According to some reports, each area is given about 60 public IPs and the first 60 to connect are given those. The remaining connections are given shared public IP! IP4 addresses are fast depleting and I don’t think we will see unique public IPs for all EVDO users until IP6 is rolled out.

Currently EVDO coverage is still very low and you may not get high speed at many places. In such cases the bandwidth will be limited by CDMA speed of 128kbps. Even when EVDO is available, the Internet speed depends on the signal strength. Another interesting aspect I noticed is that the Internet speed is not uniform, it varies a lot (see image - this shows downloading a large file).

How can I share EVDO Internet connection with two or more computers?

The easiest way to share EVDO Internet connection between two machines is to use a proxy server. You can connect to Internet from Machine 1 through EVDO card. You also need to run a proxy server software on Machine 1. Then to access Internet from Machine 2, configure the Machine 1 as the proxy in Internet explorer. This way you can configure any number of machines to use the same EVDO Internet connection.

AnalogX is a very small proxy server available free of cost.

Troubleshooting EVDO connection problems

If you are having troubling connecting to EVDO network or accessing Internet, try the following steps.

1. Double check user id and password entered.
2. Check that you do have EVDO or CDMA coverage at the area (antenna indication).
3. Disable all other network connections in your Windows machine. Sometime software such as Vmware can create network bridges which can cause problems.
4. Check that no proxy is configured in the browser.

Summary

BSNL’s EVDO broadband is a good choice if you cannot get wired broadband service (for example if you are staying in a rented house). It can also be a good choice if you access Internet a lot on the move. I mainly use it as a standby broadband connection!

Nokia's Future mobile ** NANOTECHNOLOGY **

Nokia's tech Morph goes on display, signals melting devices in our future

Why is Nokia always trying to outdo everyone with its fancy-schmancy concepts and designs? Why can't they just get in line and keep it simple? We may never know the answer to those questions, but what we do know is that the company is presenting a new concept device called the Morph that would be right at home... in the year 3000. The unit is included in the MoMA's "Design and the Elastic Mind" exhibition catalog, and boasts the ability to stretch and flex to almost any shape a user could think of. The nanotechnology-based device would deliver transparent electronics, self-cleaning surfaces, and the malleability to transform into any number of configurations. Of course, the actual technology required to put this together is years or even decades away, though Nokia expects to see some of these innovations making their way into high-end products within seven years. See the device doing its thing in some photos after the break.

Update: Tipster Pdexter pointed us to a video of the Morph in "action" -- check it out after the break.

4 G

4G (also known as Beyond 3G), an abbreviation for Fourth-Generation, is a term used to describe the next complete evolution in wireless communications. A 4G system will be able to provide a comprehensive IP solution where voice, data and streamed multimedia can be given to users on an "Anytime, Anywhere" basis, and at higher data rates than previous generations.

As the second generation was a total replacement of the first generation networks and handsets; and the third generation was a total replacement of second generation networks and handsets; so too the fourth generation cannot be an incremental evolution of current 3G technologies, but rather the total replacement of the current 3G networks and handsets. The international telecommunications regulatory and standardization bodies are working for commercial deployment of 4G networks roughly in the 2012-2015 time scale. At that point it is predicted that even with current evolutions of third generation 3G networks, these will tend to be congested.

There is no formal definition for what 4G is; however, there are certain objectives that are projected for 4G. These objectives include: that 4G will be a fully IP-based integrated system. 4G will be capable of providing between 100 Mbit/s and 1 Gbit/s speeds both indoors and outdoors, with premium quality and high security.

Many companies have taken self-serving definitions and distortions about 4G to suggest they have 4G already in existence today, such as several early trials and launches of WiMAX, which is part of the formal ITU standard for 3G. Other companies have made prototype systems calling those 4G. While it is possible that some currently demonstrated technologies may become part of 4G, until the 4G standard or standards have been defined, it is impossible for any company currently to provide with any certainty wireless solutions that could be called 4G cellular networks that would conform to the eventual international standards for 4G. These confusing statements around "existing" 4G have served to confuse investors and analysts about the wireless industry.

Objective and approach

Objectives

4G is being developed to accommodate the quality of service (QoS) and rate requirements set by forthcoming applications like wireless broadband access, Multimedia Messaging Service (MMS), video chat, mobile TV, HDTV content, Digital Video Broadcasting (DVB), minimal service like voice and data, and other streaming services for "anytime-anywhere". The 4G working group has defined the following as objectives of the 4G wireless communication standard:

• A spectrally efficient system (in bits/s/Hz and bits/s/Hz/site),
• High network capacity: more simultaneous users per cell,
• A nominal data rate of 100 Mbit/s while the client physically moves at high speeds relative to the station, and 1 Gbit/s while client and station are in relatively fixed positions as defined by the ITU-R,
• A data rate of at least 100 Mbit/s between any two points in the world,
• Smooth handoff across heterogeneous networks,
• Seamless connectivity and global roaming across multiple networks,
• High quality of service for next generation multimedia support (real time audio, high speed data, HDTV video content, mobile TV, etc)
• Interoperability with existing wireless standards,and
• An all IP, packet switched network.

In summary, the 4G system should dynamically share and utilise network resources to meet the minimal requirements of all the 4G enabled users.

Approaches

As described in 4G consortia including WINNER, WINNER - Towards Ubiquitous Wireless Access, and WWRF, a key technology based approach is summarized as follows, where Wireless-World-Initiative-New-Radio (WINNER) is a consortium to enhance mobile communication systems.

Consideration points

• Coverage, radio environment, spectrum, services, business models and deployment types,

Principal technologies

• Baseband techniques
  • OFDM: To exploit the frequency selective channel property
  • MIMO: To attain ultra high spectral efficiency
  • Turbo principle: To minimize the required SNR at the reception side
• Adaptive radio interface
• Modulation, spatial processing including multi-antenna and multi-user MIMO
• Relaying, including fixed relay networks (FRNs), and the cooperative relaying concept, known as multi-mode protocol

It introduces a single new ubiquitous radio access system concept, which will be flexible to a

Wireless System Evolution

First generation: Almost all of the systems from this generation were analog systems where voice was considered to be the main traffic. These systems could often be listened to by third parties. Some of the standards are NMT, AMPS, Hicap, CDPD, Mobitex, DataTac, TACS and ETACS.

Second generation: All the standards belonging to this generation are commercial centric and they are digital in form. Around 60% of the current market is dominated by European standards. The second generation standards are GSM, iDEN, D-AMPS, IS-95, PDC, CSD, PHS, GPRS, HSCSD, and WiDEN.

Third generation: To meet the growing demands in network capacity, rates required for high speed data transfer and multimedia applications, 3G standards started evolving. The systems in this standard are essentially a linear enhancement of 2G systems. They are based on two parallel backbone infrastructures, one consisting of circuit switched nodes, and one of packet oriented nodes. The ITU defines a specific set of air interface technologies as third generation, as part of the IMT-2000 initiative. Currently, transition is happening from 2G to 3G systems. As a part of this transition, numerous technologies are being standardized.

Fourth generation: According to the 4G working groups, the infrastructure and the terminals of 4G will have almost all the standards from 2G to 4G implemented. Although legacy systems are in place to adopt existing users, the infrastructure for 4G will be only packet-based (all-IP). Some proposals suggest having an open platform where the new innovations and evolutions can fit. The technologies which are being considered as pre-4G are the following: Flash-OFDM, WiMax, WiBro, iBurst, 3GPP Long Term Evolution and 3GPP2 Ultra Mobile Broadband.

Components

Access schemes

As the wireless standards evolved, the access techniques used also exhibited increase in efficiency, capacity and scalability. The first generation wireless standards used plain TDMA and FDMA. In the wireless channels, TDMA proved to be less efficient in handling the high data rate channels as it requires large guard periods to alleviate the multipath impact. Similarly, FDMA consumed more bandwidth for guard to avoid inter carrier interference. So in second generation systems, one set of standard used the combination of FDMA and TDMA and the other set introduced a new access scheme called CDMA. Usage of CDMA increased the system capacity and also placed a soft limit on it rather than the hard limit. Data rate is also increased as this access scheme is efficient enough to handle the multipath channel. This enabled the third generation systems to used CDMA as the access scheme IS-2000, UMTS, HSXPA, 1xEV-DO, TD-CDMA and TD-SCDMA. The only issue with CDMA is that it suffers from poor spectrum flexibility and scalability.

Recently, new access schemes like Orthogonal FDMA (OFDMA), Single Carrier FDMA (SC-FDMA), Interleaved FDMA and Multi-carrier code division multiple access (MC-CDMA) are gaining more importance for the next generation systems. WiMax is using OFDMA in the downlink and in the uplink. For the next generation UMTS, OFDMA is being considered for the downlink. By contrast, IFDMA is being considered for the uplink since OFDMA contributes more to the PAPR related issues and results in nonlinear operation of amplifiers. IFDMA provides less power fluctuation and thus avoids amplifier issues. Similarly, MC-CDMA is in the proposal for the IEEE 802.20 standard. These access schemes offer the same efficiencies as older technologies like CDMA. Apart from this, scalability and higher data rates can be achieved.

The other important advantage of the above mentioned access techniques is that they require less complexity for equalization at the receiver. This is an added advantage especially in the MIMO environments since the spatial multiplexing transmission of MIMO systems inherently requires high complexity equalization at the receiver.

In addition to improvements in these multiplexing systems, improved modulation techniques are being used. Whereas earlier standards largely used Phase-shift keying, more efficient systems such as 64QAM are being proposed for use with the 3GPP Long Term Evolution standards.

IPv6

Main articles: Network layer, Internet protocol, and IPv6

Unlike 3G, which is based on two parallel infrastructures consisting of circuit switched and packet switched network nodes respectively, 4G will be based on packet switching only. This will require low-latency data transmission.

By the time that 4G is deployed, the process of IPv4 address exhaustion is expected to be in its final stages. Therefore, in the context of 4G, IPv6 support is essential in order to support a large number of wireless-enabled devices. By increasing the number of IP addresses, IPv6 removes the need for Network Address Translation (NAT), a method of sharing a limited number of addresses among a larger group of devices.

In the context of 4G, IPv6 also enables a number of applications with better multicast, security, and route optimization capabilities. With the available address space and number of addressing bits in IPv6, many innovative coding schemes can be developed for 4G devices and applications that could aid deployment of 4G networks and services.

Advanced Antenna Systems

Main articles: MIMO and MU-MIMO

The performance of radio communications obviously depends on the advances of an antenna system, refer to smart or intelligent antenna. Recently, multiple antenna technologies are emerging to achieve the goal of 4G systems such as high rate, high reliability, and long range communications. In the early 90s, to cater the growing data rate needs of data communication, many transmission schemes were proposed. One technology, spatial multiplexing, gained importance for its bandwidth conservation and power efficiency. Spatial multiplexing involves deploying multiple antennas at the transmitter and at the receiver. Independent streams can then be transmitted simultaneously from all the antennas. This increases the data rate into multiple folds with the number equal to minimum of the number of transmit and receive antennas. This is called MIMO (as a branch of intelligent antenna). Apart from this, the reliability in transmitting high speed data in the fading channel can be improved by using more antennas at the transmitter or at the receiver. This is called transmit or receive diversity. Both transmit/receive diversity and transmit spatial multiplexing are categorized into the space-time coding techniques, which does not necessarily require the channel knowledge at the transmit. The other category is closed-loop multiple antenna technologies which use the channel knowledge at the transmitter.

Software-Defined Radio (SDR)

SDR is one form of open wireless architecture (OWA). Since 4G is a collection of wireless standards, the final form of a 4G device will constitute various standards. This can be efficiently realized using SDR technology, which is categorized to the area of the radio convergence.

Developments

This section does not cite any references or sources. Please help improve this section by adding citations to reliable sources. Unverifiable material may be challenged and removed. (August 2008)

The Japanese company NTT DoCoMo has been testing a 4G communication system prototype with 4x4 MIMO called VSF-OFCDM at 100 Mbit/s while moving, and 1 Gbit/s while stationary. NTT DoCoMo recently reached 5 Gbit/s with 12x12 MIMO while moving at 10 km/h,and is planning on releasing the first commercial network in 2010.

Digiweb, an Irish fixed and wireless broadband company, has announced that they have received a mobile communications license from the Irish Telecoms regulator, ComReg. This service will be issued the mobile code 088 in Ireland and will be used for the provision of 4G Mobile communications. Digiweb launched a mobile broadband network using FLASH-OFDM technology at 872 MHz.

Pervasive networks are an amorphous and at present entirely hypothetical concept where the user can be simultaneously connected to several wireless access technologies and can seamlessly move between them (See handover, IEEE 802.21). These access technologies can be Wi-Fi, UMTS, EDGE, or any other future access technology. Included in this concept is also smart-radio (also known as cognitive radio technology) to efficiently manage spectrum use and transmission power as well as the use of mesh routing protocols to create a pervasive network.

Sprint plans to launch 4G services in trial markets by the end of 2007 with plans to deploy a network that reaches as many as 100 million people in 2008.... and has announced WiMax service called Xohm. Tested in Chicago, this speed was clocked at 100 Mbit/s.

Verizon Wireless announced on September 20, 2007 that it plans a joint effort with the Vodafone Group to transition its networks to the 4G standard LTE. The time of this transition has yet to be announced.

The German WiMAX operator Deutsche Breitband Dienste (DBD) has launched WiMAX services (DSLonair) in Magdeburg and Dessau. The subscribers are offered a tariff plan costing 9.95 euros per month offering 2 Mbit/s download / 300 kbit/s upload connection speeds and 1.5 GB monthly traffic. The subscribers are also charged a 16.99 euro one-time fee and 69.90 euro for the equipment and installation.DBD received additional national licenses for WiMAX in December 2006 and have already launched the services in Berlin, Leipzig and Dresden.

American WiMAX services provider Clearwire made its debut on Nasdaq in New York on March 8, 2007. The IPO was underwritten by Merrill Lynch, Morgan Stanley and JP Morgan. Clearwire sold 24 million shares at a price of $25 per share. This adds $600 million in cash to Clearwire, and gives the company a market valuation of just over $3.9 billion.

Applications

The killer application of 4G is not clear, though the improved bandwidths and data throughput offered by 4G networks should provide opportunities for previously impossible products and services to be released. Perhaps the "killer application" is simply to have mobile always on Internet, no walled garden and reasonable flat rate per month charge. Existing 2.5G/3G/3.5G phone operator based services are often expensive, and limited in application.

Already at rates of 15-30 Mbit/s, 4G should be able to provide users with streaming high-definition television. At rates of 100 Mbit/s, the content of a DVD-5, for example a movie, can be downloaded within about 5 minutes for offline access.

Pre-4G wireless standards

See also section 3G evolution/pre-4G of the 3G article.

According to a Visant Strategies study there will be multiple competitors in this space:^[15]

• WiMAX - 7.5 million units by 2010 (May include fixed and mobile)
• Flash-OFDM - 13 million subscribers in 2010 (only Mobile)
• 3GPP Long Term Evolution of UMTS in 3GPP - valued at US$2 billion in 2010 (~30% of the world population)
• UMB in 3GPP2
• IEEE 802.20

Fixed WiMax and Mobile WiMax are different systems, as of July 2007, all the deployed WiMax is "Fixed Wireless" and is thus not yet 4G (IMT-advanced) although it can be seen as one of the 4G standards being considered.

GET, SET, GO..........................

XP 3D flip:

Here using this software you can flip up the windows like VISTA in XP itself.

Download Link:http://winflip.stylekings.de/download/

Shaplus Bandwidth:

You can know your download rates. Go to get it

Download Link: http://mihd.net/zm7vc8i

Break through Vista:(e- BOOK)

Breakthrough Windows Vista(TM): Find Your Favorite Features and Discover the Possibilities/by Joli Ballew (Author), S. E. Slack (Author)
Description
Learn how to use the Microsoft Windows Vista features that interest you most with this full-colour guide that gives you the straight scoop. Packed with information in manageable-sized projects, you can jump right in to any topic that interests you

You'll discover everything from how to set up your new operating system, to accessing the Windows Vista Sidebar and customizing it with the gadgets you use most, to helping ensure a more secure setup. Plus, you can discover the media possibilities with Windows Vista: set up Media Center and watch and record live television; create, share, and organize your photos, music, and videos; be a director and make your own movies with Movie Maker. Discover the possibilities of what you can do with Windows Vista!

Download Link: http://rapidshare.com/files/142137120/Breakthrough_Windsta_www.softarchive.net.rar

VISTA SECRETS:(e-book)

This book contains the hacks and secrets in VISTA!!

Download Link: http://rapidshare.com/files/120744773/WinVisATSaS_www.softarchive.net.rar

TECHNOLOGY

Here you can get the latest informations......

• 3G is going to get launched on INDIA soon

It was announced that the 3G technology will be launched as soon as possible and mostly it will get announced at the min of 2009. Airtel users, who are using Prepaid may have experirnced that without paying any money their validity keeps on increasing. All this is due to this. They Process for 3G is undergoing and they do not want you, customers to switch to anyother Sim. This is the reason. It is also said that they are going to divide pondicherry, Chennai into a seperate one and they are going to fix a rate for a month and give all calls within them for free. This is what they are planning . All these are going to happen after 3G technology comes into action in INDIA. BSNL will be the first one in releasing this.

• IPHONE a great faillure in INDIA

All were expecting iphone 3G for a low rate but in INDIA but the rate was high. Till now there is no 3G also so that too a great drawback. No removable battery-Since all of them in India got practiced with mobiles like Nokia, sony erricson, etc.,. and apple has lot of disadvantages while compared to those mobiles. No file transfer in bluetooth within these mobiles, Cannot mkake a video recording, It is not like nokia and all if we install any 3rd party applications and if anything happens to that mobile then thats all-No guarantee. No MMS. You can only synchronise within your computer if we put in any other computer then thats all all your datas will get erased. No removable memory. Still many........... So buying APPLE in INDIA is merely waste. We can get these features and more support in our frothcoming nokia, Sony erricson, Samsung mobiles. So stay tunes to get them.

For more informations about any technology post here and you get the results Soon:

Suggestions will be given from our Technical teams.

Thankyou,