Nokia 5530 XpressMusic

NOKIA 5530 XpressMusic

Specifications

Size

• Form: Classic with full touch
• Dimensions: 4.09 x 1.92 x .51 in
• Weight: 3.77 oz
• Full touch interface

Display and 3D

• Size: 2.9"
• Resolution: 640 x 360 pixels
• Up to 16.7 million colors
• AFFS technology
• Brightness control

Keys and input method

• Touch screen with pen or finger input
• Touch input methods
  - Full screen QWERTY
  - Alphanumeric keypad
  - Handwriting
• Power key
• Volume key
• Camera key
• Keylock switch
• Dedicated touch keys: send, end, home
• Voice commands with speaker independent name dialing

Colors and covers

• Available in-box colors:
  - Black with red accents
  - White with blue accents

Connectors

• Micro-USB connector
• 3.5 mm stereo headphone plug

Memory

• microSD memory card slot with hot swap, up to 16 GB (4 GB memory card included)
• 70 MB internal user memory

Power

• BL-4U 1000 mAh Li-Ion battery
• Talk time: up to 4 h 54 min (GSM)
• Standby time: up to 351 h (GSM)
• Video playback time: up to 3 h 45 min (QCIF, 15 fps) Music playback time: up to 27 h

Battery talk and standby times are estimates only and depend on network configuration, signal strength, features used, battery age and condition, charging practices, temperatures to which battery is exposed, whether use is in digital mode (or analog mode, if any), and many other factors. The amount of time a phone is used for calls will affect its standby time. Likewise, the amount of time that the phone is turned on and in standby mode will affect its talk time.

Operating frequency

• Quad-band GSM 850/900/1800/1900
• Automatic switching between GSM bands
• Flight mode

Data network

• CSD
• HSCSD
• GPRS / EDGE class B, Multi Slot Class 32 (5 Rx +3Tx, Max Su7m 6), maximum speed 177/296 kbps (UL/DL)
• WLAN; IEEE 802.11 b/g
• TCP/IP support

Local connectivity and synchronization

• Bluetooth version 2.0 (A2DP & AVRCP)
• MTP (Mobile Transfer Protocol) support

Call features

• Call waiting, call hold, call divert
• Logging of dialed, received and missed calls
• Automatic redial
• Contacts Bar; speed dialing
• Vibrating alert (internal)
• Side volume keys (dedicated)
• Mute/unmute
• Contacts with images
• Talking ring tones
• Conference calling

Messaging

• Automatically switch between keypad and QWERTY keyboard when the device is rotated
• SMS
• SMS storage: limited available memory (70 MB internal, 4 GB on memory card)
• Contacts bar for up to 20 contacts
• Multiple SMS deletion
• Text-to-speech message reader
• MMS (OMA 1.3)
• Automatic resizing of images for MMS
• Audio Messaging (AMS)
• Common inbox for SMS and MMS messages
• Distribution lists for messaging
• Cell broadcast

E-mail

• Supported protocols: IMAP, POP, SMTP
• Support for e-mail attachments
• Support for e-mail with filtering
• IMAP IDLE support

Only devices that offer compatible multimedia message or e-mail features can receive and display multimedia messages. Content appearance may vary. Some images and ring tones can not be forwarded.

Web browsing

• Supported mark-up languages: HTML, XHTML, WML
• Supported protocols: HTTP, WAP
• TCP/IP support
• eb browser with full screen
• Nokia Mobile Search

Requires data service. Data Services may not be available in all networks. Data transmission speeds may be as high as 3.6 Mbps, but may vary based upon network capabilities and other conditions. The establishment and continuation of a data connection depends on network availability, provider support and signal strength.

Photography

• 3.2 megapixel camera (2048 x 1536 pixels)
• Image formats: JPEG
• 4x digital zoom
• Autofocus
• Focal length: 3.7 mm
• Focus range: 10 cm to infinity
• Macro focus: 10-60 cm
• LED flash
• Flash modes: On, off, automatic, red-eye reduction
• White balance modes: automatic, sunny, cloudy, incandescent, fluorescent
• Center weighted auto exposure; exposure compensation: 1/10000 ~ 1/5 s
• Capture modes: still, sequence, self-timer, video
• Scene modes: automatic, user defined, close-up, portrait, landscape, sports, night, night portrait
• Color tone modes: normal, sepia, black & white, vivid, negative
• Light sensitivity modes: high, medium, low, automatic
• Full-screen viewfinder with grid
• Active toolbar
• Dedicated camera key
• Photo editor on device

Video

• Video recording at up to 176 x 220 pixels (QCIF) and up to 15 fps
• Up to 4x digital video zoom
• Video recording file formats: .mp4, .3gp
• Audio recording format: AMR
• Video white balance modes: automatic, sunny, cloudy, incandescent, fluorescent
• Scene modes: automatic, low light mode, night
• Color tone modes: normal, sepia, black & white, vivid, negative
• Clip length (maximum): 1 h 30 min
• RealPlayer
• Video playback file formats: .3gp, .mp4, RealPlayer
• Video streaming: .3gp, .rm
• Landscape mode video playback
• Video ring tones
• Video editor on device

Music and audio playback

• Nokia music player
  - Playlists
  - Shuffle
  - Repeat
  - Equalizer
  - Use music as ringtone
  - Assign song to contact
  - Loudness
  - Stereo widening
  - Bass booster
• Music playback file formats: .mp3, SpMidi, AAC AAC+, eAAC+, WMA. MTP support
• Audio streaming
• Dedicated volume keys
• Dedicated touch music keys on Homescreen
• Touch volume switch when using video player
• Stereo FM radio
• 3.5 mm stereo headphone plug
• Nokia Podcasting support
• Nokia Music Store support
• Ring tones: mp3, aac, 64-tone polyphonic
• 3D surround sound stereo speakers

Voice and audio recording

• Voice commands
• Voice dialing
• Voice recorder
• Audio recording formats: AMR
• FR, EFR, WCDMA, and GSM AMR
• Digital stereo microphone
• Text-to-speech

Personalization: profiles, themes, ring tones

• Customizable profiles
• Ring tones: mp3, aac, 64-tone polyphonic
• Video ring tones
• Support for talking ring tones
• Themes
• Homescreen elements customizable

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Symbian to maintain OS dominance

01 October 2009 – A new report from Juniper Research finds that recent concern over the future health of the Symbian platform may be ill-judged, with the analyst firm predicting that it will remain the dominant mobile operating system (OS) for the next five years. Juniper expects shipments of open source Symbian handsets to more than double between now and 2014, reaching 180 million (up from 87 million today). Although Juniper asserts that the platform faces strong competition in a smartphone marketplace increasingly targeting consumers, 'prosumers,' as well as corporate customers, Symbian's overall market share will remain virtually unchanged over that period. According to Gartner, Symbian held a 51 percent share of the smartphone OS market in 2Q09. Recent reports talking up the heavily-hyped Android platform (from Google), and Apple's iPhone OS, have suggested that the Symbian platform may struggle to maintain dominance. A move announced in August by Nokia - traditionally Symbian's biggest supporter - to use Windows in its upcoming netbook and Linux in its N900 smartphone has also fuelled such concern.
Juniper adds that Symbian's growth, allied to a steady increase in Android and LiMo OS shipments, will push the total open source handset market beyond 220 million by 2014 (from 106 million this year). Although rival platforms from Apple, RIM, Microsoft and Palm use proprietary operating systems, Juniper notes that, with over 60 percent of the smartphone market now using an open source OS, there has been a significant shift in position from proprietary to open source.

Latest Mobile Phones - Simple and Fashionable

The change is a new word for mobile phones. Every day is a new day for mobile industry. All the mobile brands are coming with new and stylish mobile phones like Nokia N96 and Nokia N98, Samsung introduces Samsung U800 Soul, Motorola comes with Motorola Z6w, LG introduces LG U970 Shine 3G, Apple phone comes with Apple iPhone 2 3G etc. These latest mobile phones are fully loaded with latest technology with all amazing features.
In Latest Mobile Phones Nokia N 96 is not less than an achievement. This Nokia mobile phone has all modern and necessary technology which a latest phone should have. The wide and large screen has 2.8 inches screen size, which is filled with 16 million colours. The QVGA LCD TFT screen comes with 240 x 320 pixels resolution. Its connectivity is 3G HSDPA, Bluetooth with A2DP, USB, EDGE and WLAN WiFi UPnP technology. Its internet browser has mini maps, HTML, and RSS reader.
Most of the latest phones has music player, long lasting battery back up, FM radio, camera, with a vast storage memory. Most of the new mobile have vast storage memory in it they are free to save music, video, picture and others files. They can support high speed data transferring capabilities and come with high resolution display.
When it comes to buy a latest mobile phones people have so many choices. There so many leading mobile manufacturers are Nokia, Sony Ericsson, LG, Motorola and Blackberry etc. anybody can get these mobiles fro network providers like T mobile, 3 Mobile, Virgin, Orange, And O2 and so on. This service provider offers you latest phones in a very cheap price with their service.

Your Mobile Phone is More Advanced Than Your Entire Company, But it Doesn't Need to Be!

Technology is ever changing, evolving and becoming things that we never thought possible ten years ago, but business are being left behind, failing to utilise technological advances. Allow me for a moment to use the analogy of the mobile phone. Mobile phones no longer just make phone calls and send text messages. They and now super-computers that sit in the palm of your hand. Digital camera, video recorder, video calling, portable music players, GPS, digital radio, e-mail, calendars that synchronise with your PC, Bluetooth, the internet (which contains just about everything, ever) and now applications -which provide endless possibilities - are all features that are starting to appear as standard.
Think back ten years, and work out how many different devices you would need to serve all the functions that you get in a typical mobile phone. You have a list of maybe a dozen different devices that you would struggle to fit into the boot of a car, let alone the palm of your hand. So why aren't businesses keeping up? It's simple. Businesses are failing to become what mobiles are, integrated.
The business of yesterday has all the functionality of the business of today, but it is split into a number of large, cumbersome components that do not talk to one another. When you bring these functions together and get them communicating seamlessly through one system, you won't just be up to date, you'll be one step ahead of your competitors. It's quick and easy to do, and you'll be surprised how affordable it is.

Mobile Phone microscopy

RESEARCHERS at the University of California, Berkeley have developed a microscope attachment which enables a standard mobile phone with a camera to be used for high-resolution clinical microscopy. Daniel Fletcher and his colleagues describe the CellScope in a paper published today in the open access journal PLoS One, and demonstrate that it can be used to capture high quality bright field images of the malaria parasite and sickle blood cells, as well as fluorescence images of cells infected with the bacterium that causes tuberculosis. The device could potentially become an important tool for medical diagnostics in the developing world, where resources are limited and laboratory facilities scarce, but where mobile phone networks are ubiquitous.

The working prototype shown here consists of a compact optical microscope mounted onto a Nokia N73 mobile phone equipped with a 3.2 megapixel camera. With cheap eyepieces and objective lenses, the device has a magnification of up to 50X and an estimated resolution of 1.2 µm (micrometres, or thousandths of a millimeter). This is sufficient for direct observation of abnormally-shaped red blood cells which are characteristic of sickle-cell anemia (below left) and of cells infected with Plasmodium falciparum, the parasite that causes malaria. By attaching filters which block out background light and a simple light-emitting diode (LED) which emits light of a specific wavelength, the CellScope can also detect, in samples of sputum, the green fluorescent dye which is used to stain cells infected with Mycobacterium tuberculosis (below right).

Using CellScope, minimally trained health care workers could therefore capture images from samples obtained from patients, and transmit them wirelessly to a clinic so that they can be examined properly by an expert diagnostician. The evaluation of samples could also be performed in real-time whilst the patient is still in the presence of the health care worker, by treating samples with rapid staining techniques and then using a specialized Java-based image processing and analysis program called ImageJ for automated sample counting, so that, for example, the number of bacteria present in a sample can be determined almost immediately.
The device could be produced very cheaply as it uses simple components and expands on the capabilites of standard mobile phones while using the existing communication infrastructure. The use of LEDs - which have a lifespan of about 50,000 hours - makes it particilarly suited to clinical applications in the developing world as well as in rural areas, where replacement parts might be expensive or unavailable. CellScope could also provide remote access to digitized health records, and would be amenable to epidemiological studies, using triangulation or global positioning system location data, such that outbreaks could be monitored as they happen.