nokia X model

nokia model

"We're excited to have these two multimedia cell phones available in the United States now - and in time for the holidays," said Alessandro Lamanna, Vice President of Sales, Retail, Nokia Americas. "The Nokia N85 provides a great mobile gaming experience, lets you capture high quality videos, browse the web, shoot amazing high resolution pictures and enjoy a great music experience and everything else that consumers have come to enjoy with Nokia Nseries. Behind the slender exterior of the Nokia N79 is a wealth of wizardry to make discovering and sharing experiences with friends a real pleasure, any time of the year. Both devices even come with a three-month license for integrated pedestrian and voice-guided navigation with Nokia Maps."

new mobile in china

Sliding, Games & Free TV Mobile Phone 3.0" Touch Screen
• 120 x 58 x 20mm, 110g
• Dualband, GSM 900/1800
• Unlocked and ready to use in any GSM network in UK, Europe, Australia & Asia Pacific
• Does not work in USA, Canada & Mexico's networks
• Sliding screen for TV & Games
• TV tuner for free TV program, FM Radio
• Dual SIM cards Switching
• 3.0" LCD touch screen
• Hand writing recognition
• Bluetooth
• MP3 audio player
• 3GP & MP4 video players
• MP3 Ringtone, 3D Sound
• Digital video recording
• 2 & 1.3 mega pixel dual cameras (front & back)
• T-Flash memory card support
• Calendar, calculator & organizer
• Built-in games
• Plug & play with Windows XP & Vista, no software needed
• English, Italian, Malay, Portuguese, Spanish & Persian multi-languages support
• In the box

HTC Hero

HTC Hero introduces a more natural way for reaching out to the people and accessing your important information, not by following the status quo of today’s phones, but by following how you communicate and live your life,” enthused Peter Chou, CEO of HTC Corp.
“HTC Sense is a distinct experience created to make HTC phones more simple for people to use, leaving them saying, it just makes sense,” he added.
From a technical standpoint, the ‘optimised’ Hero comes equipped with HSPA/WCDMA network connectivity, a generous 3.2-inch HVGA (320 x 480), a 5.0 mega pixel camera with autofocus, integrated GPS functionality, expandable microSD memory, a digital compass, and even a gravity sensor.
Other features and functions include the Qualcomm MSM7200A processor (528MHz), 288MBs of RAM, 2.0, Wi-Fi (802.11 b/g), a 1350mAh lithium-ion battery promising up to 470 minutes of talk time – and, notably, support for Adobe Flash.

diffrent type of mobile picture

Sony Ericsson Idou

Sony Ericsson Idou is the first all rounder from SE sporting a 12-mega pixel camera with Xenon flash,a 640x360 pixels display with full touchscreen and 16:9 support. It also has an inbuilt accelerometer sensor

nokia 6790

the nokia does 850/1900 HSDPA and has a secondary camera for video calls. Its multimedia capabilities include a 2.4" QVGA screen, Bluetooth with A2DP, a hot-swappable memory card plus it comes with MP3, WMA and AAC audio and H.263, H.264 and WMV video codecs out of the box.

5530 xpress music

nokia xpress music now lanch new cell more picture is follow

htc model

HTC Innovation!
Key Features:
• 3.2 Mega Pixel Colour Camera with Auto Focus
• Built-in Microphone
• Built-in Speaker
• MP3 Player
• FM Radio with RDS
• Bluetooth, Wi-Fi
• Internal Storage: 4GB
• TouchFLO 3D
• Touch-sensitive Navigation Control
• GPS and A-GPS ready
• Operating System: Windows Mobile 6.1 Professional
• Talk Time: Up to 330 minutes for GSM
• Stand-by Time: Up to 285 hours for GSM
Images & Videos:
• 3.2 Mega Pixel Colour Camera
• Auto Focus
Audio:
• Built-in Microphone
• Built-in Speaker
• FM Radio with RDS
Connectivity:
• Bluetooth
• Wi-Fi
• HTC ExtUSB (Mini-USB 2.0 and Audio Jack in one)
Memory:
• Internal Storage: 4GB
Other Features:
• 2.8 inch (7.1cms) TFT-LCD Flat Touch-sensitive Screen with VGA Resolution
• TouchFLO 3D
• Touch-sensitive Navigation Control
• GPS and A-GPS ready
• Compatible Ringtones: MP3, AAC, AAC+, WMA, WAV and AMR-NB, 40 Polyphonic and Standard MIDI Format
Operating Details:
• Processor: Qualcomm MSM7206A 528 MHz
• Operating System: Windows Mobile 6.1 Professional
• RAM: 192MB DDR SDRAM
• ROM Memory: 256MB
Battery & Power Management:
• Rechargeable 900 mAh Lithium-ion or 900 mAh Lithium-ion Polymer Battery
• Talk Time: Up to 330 minutes for GSM
• Stand-by Time: Up to 285 hours for GSM
Size:
• Dimensions (LxWxT): 102 x 51 x 11.35 mm
• Weight: 110gms (With Battery)

Samsung Pixon US to Entertain T-Mobile and AT&T Customers

The immensely popular cell phone model from Samsung, called Pixon, is set to provide advantages to the customers of T-Mobile as well as AT&T. While the awaited version of Pixon, titled Memoir or, has been recently released by T-Mobile, AT&T will have to wait for its share in the form of M8800L, which is getting prepared for launch.
Talking about the differences in various features offered by these cell phone versions of Pixon, Memoir is facilitated with 1700MHz HSDPA, while AT&T facilitated M8800L will be endowed with 3.5G technology support. Another difference is expected in the shape and location of the flash accommodated for the built-in camera.
Apart from these differences, there will be few small differences, leaving all other features to remain same for both the devices. This means that both handsets will contain 8MP shooter and TFT display with touch screen functionality. Other features to be seen in both the devices are FM radio, TV Out functionality and MP3 player.
Also, there will be support for Bluetooth with A2DP profile. GPRS and EDGE will also be available on both versions of Pixon. The 8GB of micro SD card slot is another impressive feature to be found in them. Along with that, a dedicated battery support is promised for these devices.
What will be the name of cell phone version to be launched by AT&T? Well! You will have to wait for this piece of information. We can expect an early release of second version to make customers happy.

htc model

HTC Innovation!
Key Features:
• 2 Mega Pixel Digital Camera
• GPRS: Yes
• EDGE: Yes
• USB: Yes
• Bluetooth: Yes
• Wireless LAN
• External microSD Card Slot
• Built-in Speakerphone
• Touch-screen
• Directional Pad: 5-way
• HTC TouchFLO
• Operating System: Microsoft Windows Mobile 6.1 Professional
Images & Videos:
• 2 Mega Pixel Digital Camera
• Sensor Type: CMOS Sensor
• Resolution: 1600 x 1200 Pixels
Audio:
• Audio Channel(s): Stereo
• Microphone: Mono
Connectivity:
• GPRS, EDGE
• USB: Yes
• Bluetooth: Yes
• Wireless LAN: Yes
Memory:
• External microSD Card Slot
Other Features:
• Display:
o Type: Color Transflective TFT
o Colour Depth: 16 Bit/Pixel (65536 Scales)
o Screen Size: Diagonal 2.8 inch (7.1cms)
o Display Resolution: 240 x 320
• Vibrating Alert: Yes
• Speakerphone: Yes
• Touch-screen
• Directional Pad: 5-way
• HTC TouchFLO
Operating Details:
• Operating System: Microsoft Windows Mobile 6.1 Professional
• CPU: 32 Bit Texas Instruments OMAP 850
• CPU Clock: 201 MHz
• ROM Type: Flash EEPROM
• ROM Capacity: 256MiB
Battery & Power Management:
• 1100 mAh Lithium-ion Battery
Size:
• Dimensions (LxWxT): 104.5 x 59 x 15.75 mm
• Weight: 110gms

Nokia 6790 Mako - Some Impressive Information Leaked

Nokia Mako is one of the four cell phones that appeared in the rumors about a week ago. Thresher, Mako, Snapper and Grouper were the four devices with variety of features. Out of the list, has again buzzed on internet, with few of its shots leaked by the manufacturer.
Mako is powered by Symbian operating system and supports full QWERTY keyboard. GPS and HSDPA are among the technologies included in the design. The 2.4 inch QVGA display is another feature on the list of this device. Also, one can find Bluetooth connectivity and a swappable memory card.
The offers exciting multimedia capabilities, with support for audio formats like MP3, AAC and WMA. Apart from that, one can also find support for H.263, H.264 and WMV video formats. However, it could be considered strange that with these multimedia capabilities, the cell phone still packs in a 2.5 mm audio jack only. Moreover, the camera included in the design has only 2MP resolution. A secondary VGA camera for video calling can’t make up for the low resolution of the primary one.
Cellular Video and Video Exchange are some other facilities promised by Mako. The cell phone is going to make its way to the US stores on June 5. So, keep watching for the real glimpse of the device to evaluate its worth. From the remaining list, Grouper will be released by the end of July, whereas, August and September are the months chosen for Grouper and Snapper respectively.

htc modal

HTC Innovation!
Key Features:
• 3.2 Mega Pixel Digital Camera
• Autofocus
• Built-in Flash: Mobile Light (LED)
• FM Radio with RDS Radio Receiver
• GPRS, EDGE, UMTS, HSDPA, USB, Bluetooth, Wireless LAN
• External microSD Card Slot
• GPS
• Built-in Speakerphone
• Touch-screen
• HTC TouchFLO 3D
• Operating System: Microsoft Windows Mobile 6.1 Professional
Images & Videos:
• 3.2 Mega Pixel Digital Camera
• Sensor Type: CMOS Sensor
• Resolution: 2048 x 1536 Pixels
• Autofocus
• Built-in Flash: Mobile Light (LED)
Audio:
• Audio Channel(s): Stereo
• Microphone: Mono
• FM Radio with RDS Radio Receiver
Connectivity:
• GPRS: Yes
• EDGE: Yes
• UMTS: Yes
• HSDPA: Yes
• USB: Yes
• Bluetooth: Yes
• Wireless LAN: Yes
Memory:
• External microSD Card Slot
Other Features:
• Display:
o Type: Colour-Transflective TFT
o Colour Depth: 16 Bit/Pixel (65536 Scales)
o Screen Size: 2.8 inch (72 millimeters)
o Resolution: 480 x 640
o Video Out: NTSC/PAL
• GPS: Yes
• Call Alert: 40-Chord Melody
• Vibrating Alert: Yes
• Speakerphone: Yes
• Touch-screen
• Primary Keyboard: Slide-out QWERTY-Type
• Secondary Keyboard: 57 Keys
• Directional Pad: 5-way
• Scroll Wheel: 5-way
• HTC TouchFLO 3D (HTC Manila)
Operating Details:
• Operating System: Microsoft Windows Mobile 6.1 Professional
• CPU: 32 Bit Qualcomm MSM7201A
• CPU Clock: 528 MHz
• ROM Type: Flash EEPROM
• ROM Capacity: 512MiB
• RAM Type DDR SDRAM
• RAM Capacity: 288MiB
Battery & Power Management:
• 1350 mAh Lithium-ion Battery
Size:
• Dimensions (LxWxT): 51 x 102 x 18.05 millimeters
• Weight: 165gms (including Battery)

Nokia 7205 Intrigue to Be Sold Exclusively by Verizon Wireless

Nokia 7205 Intrigue, a new cell phone carrying some great features, has been introduced by. The cell phone has an array of remarkable features like 2MP camera with video recorder and Bluetooth with stereo audio support. Apart from these well-known features, the cell phone also introduced some innovative features to become the talk of the town.
Habitat mode is the latest feature included by the manufacturer in 7205 Intrigue, which assists the user to arrange the contacts in an easy to access manner. It is worth mentioning that this feature has been exclusively introduced by for Verizon Wireless. Another highlight of the cell phone is the availability of V CAST Music with Rhapsody support. Needless to say, V CAST is one of the biggest music databases, with more than 5 million songs.
also features the memory capacity of 8 GB to provide a huge space for the data to exist. Visual Voice Mail is another countable good feature of this device, which can help you to add priority to your messages.
Other good features of the cell phone include QVGA internal display and the existence of a secondary display, which allows the user to read new messages and play music, without actually opening the cell phone. The cell phone is available at the price tag of $129.99, after a $59 rebate. The monthly charges of $14.99 and $2.99 have been fixed respectively to access V CAST music and Visual Voice Mail.

cell code

Now I tell you some Codes in short description that work on all mobiles. On the main screen type in :

*#06# for checking the IMEI (International Mobile Equipment Identity).

*#7780# reset to factory settings.

*#67705646# This will clear the LCD display(operator logo).

*#0000# To view software version.

*#2820# Bluetooth device address.

*#746025625# Sim clock allowed status.

#pw+1234567890+1# Shows if sim have restrictions.

*#92702689# - takes you to a secret menu where you may find some of the information below:
1. Displays Serial Number.
2. Displays the Month and Year of Manufacture
3. Displays (if there) the date where the phone was purchased (MMYY)
4. Displays the date of the last repair - if found (0000)
5. Shows life timer of phone (time passes since last start)

*#3370# - Enhanced Full Rate Codec (EFR) activation. Increase signal strength, better signal reception. It also help if u want to use GPRS and the service is not responding or too slow. Phone battery will drain faster though.

*#3370* - (EFR) deactivation. Phone will automatically restart. Increase battery life by 30% because phone receives less signal from network.

*#4720# - Half Rate Codec activation.

*#4720* - Half Rate Codec deactivation. The phone will automatically restart
If you forgot wallet code for Nokia S60 phone, use this code reset: *#7370925538#
Note, your data in the wallet will be erased. Phone will ask you the lock code. Default lock code is: 12345

Press *#3925538# to delete the contents and code of wallet.

Unlock service provider: Insert sim, turn phone on and press vol up(arrow keys) for 3 seconds, should say pin code. Press C,then press * message should flash, press * again and 04*pin*pin*pin# \

*#7328748263373738# resets security code.
Default security code is 12345
Change closed caller group (settings >security settings>user groups) to 00000 and ure phone will sound the message tone when you are near a radar speed trap. Setting it to 500 will cause your phone 2 set off security alarms at shop exits, gr8 for practical jokes! (works with some of the Nokia phones.) Press and hold "0" on the main screen to open wap browser.

How Mobile Telephone Calls Are Handled

Telephone customer (1) dials 'Long Distance' and asks to be connected with the mobile services operator, to whom he gives the telephone number of the vehicle he wants to call. The operator sends out a signal from the radio control terminal (2) which causes a lamp to light and a bell to ring in the mobile unit (3). Occupant answers his telephone, his voice traveling by radio to the nearest receiver (4) and thence by telephone wire.

To place a call from a vehicle, the occupant merely lifts his telephone and presses a 'talk' button. This sends out a radio signal which is picked up by the nearest receiver and transmitted to the operator.[BLR1]

(The above accompanies a Bell Laboratories Record illustration, from the 1946 article first describing the system. It's a 346k download.)

The 20 watt mobile sets did not transmit back to the central tower but to one of five receivers placed across the city.[BLR2] Once a mobile went off hook all five receivers opened. The Mobile Telephone Service or MTS system combined signals from one or more receivers into a unified signal, amplifying it and sending it on to the toll switchboard. This allowed roaming from one city neighborhood to another. Can't visualize how this worked? Imagine someone walking through a house with several telephones off hook. A party on the other end of the line would hear the person moving from one room to another, as each telephone gathered a part of the sound.

One party talked at a time with MTS. You pushed a handset button to talk, then released the button to listen. (This eliminated echo problems which took years to solve before natural, full duplex communications were possible.) Mobile telephone service was not simplex operation as many writers describe, but half duplex operation. Simplex uses only one frequency to both transmit and receive. In MTS the base station frequency and mobile frequency were offset by five kHz. Privacy is one reason to do this; eavesdroppers could hear only one side of a conversation. Like a citizen's band radio, a caller searched manually for an unused frequency before placing a call. But since there were so few channels this wasn't much of a problem. This does point out radio-telephones' greatest problem of the time: too few channels.

This system presaged many cellular developments, indeed, Bell Laboratories' D.H. Ring articulated the cellular concept one year later in an unpublished paper. Young states all the elements were known then: a network of small geographical areas called cells, a low powered transmitter in each, the cell traffic controlled by a central switch, frequencies reused by different cells and so on. Young states that from 1947 Bell teams "had faith that the means for administering and connecting to many small cells would evolve by the time they were needed." [Young] While recognizing the Laboratories' prescience, more mobile telephones were always needed. In every city where mobile telephone service was introduced waiting lists developed, growing every year. By 1976 only 545 customers in New York City had Bell System mobiles, with 3,700 customers on the waiting list. Around the country 44,000 Bell subscribers had AT&T mobiles but 20,000 people sat on five to ten year waiting lists. [Gibson] Despite this incredible demand it took cellular 37 years to go commercial from the mobile phone's introduction. But the FCC's regulatory foot dragging slowed cellular as well. Until the 1980s they never made enough channels available; as late as 1978 the Bell System, the Independents, and the non-wireline carriers divided just 54 channels nationwide. [O'Brien] That compares to the 666 channels the first AMPS systems needed to work.

In mobile telephony a channel is a pair of frequencies. One frequency to transmit on and one to receive. It makes up a circuit or a complete communication path. Sounds simple enough to accommodate. Yet the radio spectrum is extremely crowded. In the late 1940s little space existed at the lower frequencies most equipment used. Inefficient radios contributed to the crowding, using 60 kHz to send an signal that can now be done with 10kHz or less. But what could you do with just six channels, no matter what the technology? Users by the scores vied for an open frequency. You had, in effect, a wireless party line, with perhaps forty subscribers fighting to place calls on each channel. Most mobile telephone systems couldn't accommodate more than 250 people. There were other problems.

Radio waves at lower frequencies travel great distances, sometimes hundreds of miles when they skip across the atmosphere. High powered transmitters gave mobiles a wide operating range but added to the dilemma. Telephone companies couldn't reuse their precious channels in nearby cities, lest they interfere with their own systems. They needed at least seventy five miles between systems before they could use them again. While better frequency reuse techniques might have helped, something doubtful with the technology of the times, the FCC held the key to opening more channels for wireless.

In 1947 AT&T began operating a "highway service", a radio-telephone offering that provided service between New York and Boston. It operated in the 35 to 44MHz band and caused interference from to time with other distant services. Even AT&T thought the system unsuccessful.

In that same year the Bell System asked the FCC for more frequencies. The FCC allocated a few more channels in 1949, but gave half to other companies wanting to sell mobile telephone service.

Berresford says "these radio common carriers or RCCs, were the first FCC-created competition for the Bell System" He elaborates on the radio common carriers, a group of market driven businessmen who pushed mobile telephony in the early years further and faster than the Bell System:

The telephone companies and the RCCs evolved differently in the early mobile telephone business. The telephone companies were primarily interested in providing ordinary, 'basic' telephone service to the masses and, therefore, gave scant attention to mobile services throughout the 1950s and 1960s. The RCCs were generally small entrepreneurs that were involved in several related businesses-- telephone answering services, private radio systems for taxicab and delivery companies, maritime and air-to-ground services, and 'beeper' paging services. As a class, the RCCs were more sales-oriented than the telephone companies and won many more customers; a few became rich in the paging business. The RCCs were also highly independent of each other; aside from sales, their specialty was litigation, often tying telephone companies (and each other) up in regulatory proceedings for years.

As proof of their competitiveness, the RCCs serviced 80,000 mobile units by 1978, twice as many as Bell. This growth built on a strong start, the introduction of automatic dialing in 1948. On March 1, 1948 the first fully automatic radiotelephone service began operating in Richmond, Indiana, eliminating the operator to place most calls. [McDonald] The Richmond Radiotelephone Company bested the Bell System by 16 years. AT&T didn't provide automated dialing for most mobiles until 1964, lagging behind automatic switching for wireless as they had done with landline telephony. (As an aside, the Bell System did not retire their last cord switchboard until 1978.) Most systems, though, RCCs included, still operated manually until the 1960s. Interestingly, some claim the Swedish Telecommunications Administration's S. Lauhrén designed the world's first automatic mobile telephone system, with a Stockholm trial starting in 1951.

I've found no literature to support a claim they were the first, before the 1948 Richmond Telephone Company service. For completeness, I should mention the following.

Anders Lindeberg of the Swedish Museum of Science and Technology does point out the link I provide in the preceding paragraph is "a summary from an article in the yearbook "Daedalus" (1991) for the Swedish Museum of Science and Technology http://www.tekmu.se/

The Swedish original article is much more extensive than the summary." He adds that "The Mobile Phone Book" by John Meurling and Richard Jeans, ISBN 0-9524031-02 published by Communications Week International, London in 1994 does briefly describe the "MTL" from 1951.

Speaking of Sweden, let's go to Europe to read about a typical radio-telephone unit, something similar to American installations:

It was in the mid-1950's that the first phone-equipped cars took to the road. This was in Stockholm - home of Ericsson's corporate headquarters - and the first users were a doctor-on-call and a bank-on-wheels. The apparatus consisted of receiver, transmitter and logic unit mounted in the boot of the car, with the dial and handset fixed to a board hanging over the back of the front seat. It was like driving around with a complete telephone station in the car. With all the functions of an ordinary telephone, the telephone was powered by the car battery. Rumor has it that the equipment devoured so much power that you were only able to make two calls - the second one to ask the garage to send a breakdown truck to tow away you, your car and your flat battery. . . These first car phones were just too heavy and cumbersome - and too expensive to use - for more than a handful of subscribers. It was not until the mid-1960's that new equipment using transistors were brought onto the market. Weighing a lot less and drawing not nearly so much power, mobile phones now left plenty of room in the boot - but you still needed a car to be able to move them around.

In 1956 the Bell System began providing manual radio-telephone service at 450 MHz, a new frequency band assigned to overcrowding. AT&T did not automate this service until 1969. In 1958 the innovative Richmond Radiotelephone Company improved their automatic dialing system. They added new features to it, including direct mobile to mobile communications.

Other independent telephone companies and the Radio Common Carriers made similar advances to mobile-telephony throughout the 1950s and 1960s. If this subject interests you, The Independent Radio Engineer Transactions on Vehicle Communications, later renamed the IEEE Transactions on Vehicle Communications, is the publication to read during those years.

In that same year the Bell System petitioned the FCC to grant 75 MHz worth of spectrum to radio-telephones in the 800 MHz band. The FCC had not yet allowed any channels below 500MHz, where there was not enough continuous spectrum to develop an efficient radio system. Despite the Bell System's forward thinking, the FCC sat on this proposal for ten years and only considered it in 1968 when requests for more frequencies became so backlogged that they could not ignore them.

In 1964 the Bell System introduced Improved Mobile Telephone Service or IMTS, a replacement to the badly aging Mobile Telephone System. It worked in full-duplex so people didn't have to press a button to talk. Talk went back and forth just like a regular telephone. It finally permitted direct dialing, automatic channel selection and reduced bandwidth to 25-30 kHz.

Before leaving conventional radio telephony I should mention fraud. As telephone folks were well acquainted with landline toll fraud, begun in earnest in the late 1960s, so they were aware of wireless fraud. Here's a summary from a 1985 article in Personal Communications Technology Magazine: "The earliest form of mobile telephony, unsquelched manual Mobile Telephone Service (MTS), was vulnerable to interception and eavesdropping. To place a call, the user listened for a free channel. When he found one, he would key his microphone to for service: 'Operator, this is Mobile 1234; may I please have 555-7890.' The operator knew to submit a billing ticket for account number 1234 to pay for the call. So did anybody else listening to the channel--hence the potential for spoofing and fraud.

Squelched channel MTS hid the problem only slightly because users ordinarily didn't overhear channels being used by other parties. Fraud was still easy for those who turned off the squelch long enough to overhear account numbers.

Direct-dial mobile telephone services such as Improved Mobile Telephone Service (IMTS) obscured the problem a bit more because subscriber identification was made automatically rather than by spoken exchange between caller and operator. Each time a user originated a call, the mobile telephone transmitted its identification number to the serving base station using some form of Audio Frequency Shift Keying (AFSK), which was not so easy for eavesdroppers to understand.

Committing fraud under IMTS required modification of the mobile--restrapping of jumpers in the radio unit, or operating magic keyboard combinations in later units--to reprogram the unit to transmit an unauthorized identification number. Some mobile control heads even had convenient thumb wheel switches installed on them to facilitate easy and frequent ANI (Automatic Number Identification) changes."

History of mobile phones

This history of mobile phones chronicles the development of radio telephone technology from two-way radios in vehicles to handheld cellular communicating devices.
In the beginning, two-way radios (known as) were used in vehicles such as taxicabs, police cruisers, ambulances, and the like, but were not mobile phones because they were not normally connected to the telephone network. Users could not dial phone numbers from their mobile radios in their vehicles. A large community of mobile radio users, known as the, popularized the technology that would eventually give way to the mobile phone. Originally, mobile phones were permanently installed in vehicles, but later versions such as the so-called transportables or "bag phones" were equipped with a so that they could also be carried, and thus could be used as either mobile or as two-way radios. During the early 1940s, Motorola developed a backpacked two-way radio, the and later developed a large hand-held two-way radio for the US military. This battery powered "Handie-Talkie" (HT) was about the size of a man's forearm.
In Europe, radio telephony was first used on the first-class passenger trains between Berlin and Hamburg in 1926. At the same time, radio telephony was introduced on passenger airplanes for air traffic security. Later radio telephony was introduced on a large scale in German tanks during the. After the war German police in the British zone of occupation first used disused tank telephony equipment to run the first radio patrol cars. In all of these cases the service was confined to specialists that were trained to use the equipment. In the early 1950s ships on the Rhine were among the first to use radio telephony with an untrained end customer as a user.

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HTC - Lancaster

HTC - Lancaster
Network GSM850 GSM1800 GSM1900 UMTS dual-band American 3G (850/1900 MHz)
Size 109 x 54 x 17.10 mm
Case Type Slider
Weight 110gm
Internal Antenna
Display
Resolution - Pixels
Colors
Size 2.8"
Accumulator
Capacity 1350 mAh
Type
Talk Time
Stand by time
Ring Tones / Sound Functions
Polyphonic
MP3 Support MP3, AAC, AAC+, WMA, WAV , Music Player
FM Radio
Voice Recorder

Voice Command
Hands-free mode
Push-to-talk
3D-Sound
Camera
Resolution 3 MP
Zoom
Flash
Video

Internet
GPRS
WAP
EDGE
HSCSD
HTML Browser

Message Services
EMS
MMS
T9

Other Parameters
RAM
Phonebook Records
Memory Slot

Bluetooth

IR
USB

Change Panel

Blackberry Promises Four New Devices for Its Admirers

Blackberry has officially announced four new devices, which will be released via AT&T this year. Magnum, and Gemini are the three devices that have been in news for few days. Pearl 3G is the newest device in the list. Here are the few important specifications of these devices.
Blackberry Onyx is certainly the most interesting cell phone on the list, as it has already aroused curiosity among the people. The cell phone will be admired for its beautiful display and support for Wi-Fi, GPS and 3G HSDPA. Along with that, a 3.2MP camera is also accommodated in the list. The hottest aspect of the device is that it has been designed as a compact shell with spectacular looks.
Blackberry Magnum is going to support full QWERTY keyboard as well as touch screen functionality. Also, it will provide support to 3G, GPS, Wi-Fi and HVGA display as well. The is expected to adopt the portfolio similar to Blackberry Bold.
Blackberry Gemini is going to accommodate a powerful CPU, along with a QVGA display. The user will also be facilitated with micro SD card slot as well as a 3.5mm audio jack. A 2MP camera is also going to mark its presence in the device and it might also support GPS.
HSDPA, GPS and micro SD card support are some of the features disclosed for 3G Pearl. However, other specifications about the device will be disclosed soon.
The release dates of all the devices have not been disclosed, but one can expect Blackberry Onyx to appear soon on the shelves.

HTC Touch P3450 Cell Phone

The HTC Touch is the first device to feature TouchFLO, the new underlying touch screen technology developed by HTC. Consumers simply sweep their finger up the display to launch an animated, three-dimensional interface comprising three screens: Contacts, Media and Applications. The interface can be spun by swiping a finger right or left across the display, providing...

The HTC Touch is the first device to feature TouchFLO, the new underlying touch screen technology developed by HTC. Consumers simply sweep their finger up the display to launch an animated, three-dimensional interface comprising three screens: Contacts, Media and Applications. The interface can be spun by swiping a finger right or left across the display, providing efficient access to the features consumers use most. TouchFLO also enhances finger touch scrolling and browsing of Web pages, documents, messages and contact lists.


Leveraging the broad functionality of Windows Mobile 6 Professional, the HTC Touch includes Outlook Mobile, Office Mobile, Windows Live and the capabilities to run thousands of third-party applications. Users can surf the web with Internet Explorer, send and receive emails, chat on Messenger and send files to their own web space through Windows Live.


Other HTC Touch details include:

Dimensions: 99.9mm (L) x 58mm (W) x 13.9mm (T)

Weight: 112g with battery

1GB microSD storage card included / 64MB RAM, 128MB ROM

2.8" LCD touch screen with backlight, 240 x 320 dots resolution with 65,536 colours

Battery Life: Rechargeable Li-Ion battery with a capacity of 1100 mAh

Standby time: Up to 200 / Talk time: Up to 5 hours

Camera: 2.0 mega-pixel CMOS colour camera

Windows Mobile 6 Professional with Direct Push Email and HTML email support

Wireless Connectivity: GSM/GPRS/EDGE Tri-band: 900, 1800,1900, Wi-Fi: IEEE 802.11 b/g and Bluetooth 2.0

Choice of two colors at launch - elegant soft black or alluring wasabi green

Nokia N96 Cell Phone

Nokia N96 Cell Phone


This product is designed for great video and live TV. Turn on and enjoy prime time mobile entertainment that suits your schedule.
You can enjoy high-quality video on a large bright display with superb sound, store more of your videos, musics, pictures and maps with massive storage, and choose from several high-speed connectivity options to access content and services.

Nokia N95

It's GPS. It's a photo studio. It's a mobile disco. It's the world wide web. It's anything you want it to be. Explore the internet with 3.5G ease. Navigate the world with interactive maps and purchasable local city guides. Download your favorite music tracks. And capture it all with 5 megapixel clarity and Carl Zeiss optics. Experience the true power of multimedia

Apple iPhone 3G 16GB

Apple iPhone 3G 16GB (Black)iPhone combines three products - a revolutionary mobile phone, a widescreen iPod with touch controls, and a breakthrough Internet communications device with desktop-class email, web browsing, maps, and searching - into one small and lightweight handheld device. iPhone also introduces an entirely new user interface based on a large multi-touch display and pioneering new




Carrier: AT&T
Color Reference: Black
Storage Capacity: 16 GB
Cell Phone Type: Bluetooth, Camera, Digital Player, GPS, MP3
Product Line: iPhone
Cell Network Technology: WCDMA, GSM
Wireless Technology: Wi-Fi, Bluetooth
Weight: 4.7 oz.

Nokia N76

Nokia N76Intelligent inside, dynamic outside. The Nokia N76 is a revolution in one-touch technology. Shoot high-resolution images, play thousands of songs, and connect instantly to the web - without ever opening your device. Search and surf with advanced web navigation. The Nokia N76 is the multimedia computer that lets you do it all - and with personal color options, tempered...
Intelligent inside, dynamic outside. The Nokia N76 is a revolution in one-touch technology. Shoot high-resolution images, play thousands of songs, and connect instantly to the web - without ever opening your device. Search and surf with advanced web navigation. The Nokia N76 is the multimedia computer that lets you do it all - and with personal color options, tempered glass, and mirrored steel, you'll stand out doing it.












Storage Capacity: 26 MB
Cell Phone Type: Push to Talk, Bluetooth, MP3, Video, Camera, Digital Player, FM Radio
Cell Network Technology: WCDMA, GSM
Wireless Technology: Bluetooth
Weight: 4.1 oz.

BlackBerry Curve 8310

BlackBerry Curve 8310Featuring a metallic finish, clean lines and soft edges, the BlackBerry Curve 8310 smartphone is the smallest and lightest BlackBerry smartphone ever to come with a full QWERTY keyboard.
It's packed with incredible features, including a camera, a multi-media player, built-in GPS, expandable memory, Voice Dialing, BlackBerry Maps and trackball navigation. Plus, you get




Carrier: AT&T
Color Reference: Titanium
Cell Phone Type: GPS, MP3
Product Line: BlackBerry
Manufacturer Product Manual: Manufacturer Product Manual
Cell Network Technology: GSM
Wireless Technology: Bluetooth

Sony Glasstron

There's no denying that a big screen provides the ultimate in viewing. Problem is, a big screen keeps you pretty much anchored to your living room or den. Fortunately, Sony has developed an extraordinary solution.

Introducing the Glasstron Audio/Video/PC Headset, Sony's newest portable big screen experience. This personal video theater projects a 52" virtual image of your program inside lightweight, comfortable and futuristic-looking glasses.

Simply slip on Glasstron, connect to a video source or a PC, and you're ready for an eye-opening view of your favorite programming, complete with high-fidelity stereo sound.

Sony's Glasstron Audio/Video/PC Headset is so lightweight and compact you can take it just about anywhere. Whether you're relaxing on the couch, enjoying the great outdoors, or flying cross-country, Glasstron is designed to go to great lengths to enhance your viewing pleasure.

Note: The Sony Glasstron is no longer being manufactured or supported. Limited stock available.

Sony Ericsson C903 review: Slider-shot

Inspired by the Sony T-series point-and-shoot digcams with an elegant lens cover, the Sony Ericsson C903 is a compact and attractive cameraphone. The C903 is packed with features you'd expect of a high-end phone and it behaves like one as well. A GPS-enabled 5 MP slider with a nice large display, nifty feature-phone interface and friendly size is a welcome addition to the company portfolio. And yes, we think the Glamour Red version will be a favorite with the ladies.

The C903 official announcement served the humble purpose of warming the crowd up for the Sony Ericsson deployment at this year's MWC. Obviously no match for the Idou and Hikaru, the C903 simply completes the Cyber-shot lineup of the house featuring some welcome upgrades over the C902 like screen size and GPS. There's a distinctive design highlight too and the Sony T-series digicam back styling may as well be a strong selling point
•Quad-band GSM/GPRS/EDGE and dual-band HSDPA/ tri-band HSDPA in US version
•5 MP AF camera with dual LED flash, geo-tagging, face and smile detection, active lens cover
•Built-in GPS with A-GPS support, Wayfinder Navigator software, geotagging
•Dedicated camera mode switch and gallery keys
•Scratch resistant 2.4" 256K-color TFT display
•Backlit D-pad shortcuts in camera mode
•Accelerometer sensor for UI auto-rotate
•Bluetooth (with A2DP), USB v2.0
•FM radio with RDS and enhanced TrackID, YouTube client
•Threaded conversations in messaging
•Smart dialing