Android (Google) vs (Apple) iOS

Google Maps vs Apple Maps

2012-12-22T07:36:00.001+07:00

^{Google Map Feature}

Google Maps is a web mapping service application and technology provided by Google. Google Maps uses a close variant of the Mercator projection, so it cannot show areas around the poles. A related product is Google Earth, a stand-alone program which offers more globe-viewing features, including showing polar areas. Google maps powers many map-based service, including the Google Maps website:

Google Ditu

Google Ditu (谷歌地图 lit. "Google Maps") was released to the public on February 9, 2007, and replaced the old Google Bendi (谷歌本地 lit. "Google Local"). This is the Chinese localized version of Google Maps and Google Local services.

Google Moon

In honor of the 36th anniversary of the Apollo 11 moon landing on July 20, 1969, Google took public domain imagery of the Moon, integrated it into the Google Maps interface, and created a tool called Google Moon. By default this tool, with a reduced set of features, also displays the points of landing of all Apollo spacecraft to land on the Moon. A recent collaborative project between NASA Ames Research Center and Google is integrating and improving the data that is used for Google Moon. This is the Planetary Content Project.

^{Google Mars}

^{Google Mars provides a visible imagery view, like Google Moon, as well as infrared imagery and shaded relief (elevation) of the planet Mars.
Users can toggle between the elevation, visible, and infrared data, in
the same manner as switching between map, satellite, and hybrid modes of
Google Maps. In collaboration with NASA scientists at the Mars Space Flight Facility located at Arizona State University, Google has provided the public with data collected from two NASA Mars missions, Mars Global Surveyor and 2001 Mars Odyssey.}

^{Google Sky}

^{On August 27, 2007, Google introduced Google Sky, an online space
mapping tool that allows users to pan through a map of the visible
universe, using photographs taken by the Hubble Space Telescope.}

^{Google Ride Finder}

^{Google launched an experimental Google Maps-based tool called Ride Finder, tapping into in-car GPS
units for a selection of participating taxi and limousine services. The
tool displays the current location of all supported vehicles of the
participating services in major U.S. cities, including Chicago and San
Francisco, on a Google Maps street map.}

^{Google Transit}

^{In December 2005, Google launched public transport route planner Google Transit on Google Labs, a 20% project of Chris Harrelson and Avichal Garg. Google Transit launched initially with support for Portland, Oregon,
and now includes hundreds of cities in the United States, Canada,
Europe, Asia, Africa, Australia, India and New Zealand. The service
calculates route, transit time and cost, and can compare the trip to one
using a car. In October 2007 Google Transit graduated from Google Labs
and became fully integrated into Google Maps.}

^{Google Biking}

^{On March 10, 2010, Google added the possibility to search for biking
directions on Google Maps. Optimal routes are calculated from traffic,
elevation change, bike paths, bike lanes, and preferred roads for
biking. An optional layer also shows different types of biking paths,
from bike-only trails to preferred roads.}

^{Google My Maps}

In April 2007, My Maps was a new feature added to Google's local search maps. My Maps lets users and businesses create their own map by positioning markers, polylines and polygons onto a map. The interface is a straightforward overlay on the map. A set of eighty-four pre-designed markers is available, ranging from bars and restaurants to webcam and earthquake symbols. Polyline and Polygon color, width and opacity are selectable. Maps modified using My Maps can be saved for later viewing and made public or marked as unlisted, in which case a user will need the saved URL with a 42 character unique ID.

Each element added to a My Map has an editable tag. This tag can contain text, rich text or HTML. Embeddable video and other content can be included within the HTML tag.

Upon the launch of My Maps there was no facility to embed the created maps into a webpage or blog. A few independent websites have now produced tools to let users embed maps and add further functionality to their maps.

Google Street View

On May 25, 2007, Google released Street View, a new feature of Google Maps which provides 360° panoramic street-level views of various locations. On this date, the feature only included five cities in the U.S., but it has since expanded to thousands of locations around the world.

Google Aerial View

In December 2009, Google released Aerial View, consisting of angled aerial imagery, offering a "bird's eye view" of cities. This feature was available only to developers via the Google Maps API.

Google Latitude

Google Latitude is a feature from Google that lets users share their physical locations with other people. This service is based on Google Maps, specifically on mobile devices. There's an iGoogle widget for Desktops and Laptops as well. Some concerns have been expressed about the privacy issues raised by the use of the service.

Google Flu Vaccine Finder

Google retired its Flu Vaccine Finder in April 2012, but worked closely with HealthMap to launch HealthMap Flu Vaccine Finder.

Courtesy http://en.wikipedia.org/wiki/Google_Maps

iPhone 5 New Technology

2012-12-14T22:06:00.000+07:00

iPhone 5 New Technology Development

The iPhone 5 is a touch screen based smartphone developed by apple. It is the sixth generation of the iPhone and succeeds the iPhone 4S. The phone is a slimmer, lighter model that introduces a higher-resolution, 4-inch screen to the series with 16:9 widescreen aspect ration support. The phone also includes a custom-designed ARMv7 processor called the Apple A6 an update to Apple's mobile operating system known as iOS 6, and support for LTE.

Feature iPhone 5:
- Compatible networks: GSM, CDMA, 3G, EVDO, HSPA+, 4G LTE
- Type: Smartphone
- Dimensions: 123.8 mm (4.87 in) H, 58.6 mm (2.31 in) W,7.6 mm (0.30 in) D
- Weight:112 g (3.95 oz)
- Operation System: iOS 6.0.1
- Processor: CPU 1.3 GHz dual core Apple A6 and GPU PowerVR SGX543MP3
- Memory: 1GB LPDDR2-1066 RAM
- Storage Available: 16GB,32GB, or 64GB
- Battery: 3.8 V, 5.45 Wh (1,440 mAh)
- Data Input: touch screen
- Display: 4-inch (100 mm) diagonal (16:9 aspect ratio), multi-touch display,
640 × 1,136 pixel at 326 ppi, 800:1 contras ratio (typical), 500 cd/m² max.
brightness(typical), Fingerprint-resistant oleophobic coating on front
- Rear Camera: 8 MP backside illuminated sensor, HD Video 1080p
- Front Camera: 1.2 MP, HD video (720p)
- Sound Speaker: 3.5mm audio jack
- Connectivity: Wi-Fi (802.11a/b/g/n) (802.11n: 2.4 and 5 GHz),
Bluetooth 4.0, GPS & GLONASS,
Quad-band GSM/GPRS/EDGE (850, 900, 1800, 1900 MHz),
Quad-band UMTS/HSDPA+/DC-HSDPA (850, 900, 1900, 2100 MHz)
GSM model (A1428): Dual-band 4G LTE (Bands 4, 17: 1700 (AWS), 700b MHz)
GSM model (A1429): Tri-band 4G LTE (Bands 1, 3, 5: 2100, 1800, 850 MHz)
CDMA model (A1429): Tri-band 2G CDMA (800 (CDMA over ESMR), 850, 1900 MHz)
Dual-band 3G CDMA/EV-DO Rev. A and Rev. B (850, 1900 MHz)
Penta-band 4G LTE (Bands 1, 3, 5, 13, 25: 2100, 1800, 850, 700c, 1900 MHz)
- Others: Talk time Up to 8 hours, Standby time Up to 225 hours (9 days, 9 hours),
Internet use Up to 8 hours (3G), up to 8 hours (LTE), up to 10 hours (Wi-Fi),
Video playback Up to 10 hours, Audio playback Up to 40 hours (1 day, 16 hours)

Peripheral Technology

The iPhone 5, as well as the iPod Touch (5th generation), and iPod Nano (7th generation), feature a new dock connector named Lightning, which replaces the 30-pin Apple Dock connector introduced in 2003 by Apple on the iPod (3rd generation). The Apple Lightning connector has eight pins and all signaling is digital. This new connector is smaller than the previous one, helping the iPhone 5 to be slimmer than its predecessors. Apple Lightning cables have duplicate pins on two sides of each plug, so it can be inserted either way round. Various accessories will be available to convert the Apple Lightning connector to the older 30-pin Apple Dock connector or USB, although not all old accessories will work, as not all signals are available, in particular video output and the iPod Out feature for BMW automobiles.

Earphones known as Apple EarPods are included with the iPhone 5 and other devices announced at the Apple media event on September 12, 2012. They superseded earphones that were included with previous generation iPhones and iPods. According to technology commentators, the redesign of the earphones is aimed to improve sound quality by allowing air to travel in and out more freely. Apple claims that the redesign of their earphones allows it to "rival high-end headphones that cost hundreds of dollars more". Reviews by Gizmodo and TechRadar concluded that although the redesigned earphones sounded better than its predecessor, the quality of sound produced is still considered poor. TechRadar further claimed that the EarPods is inferior to other earphones of a similar price

Timeline of Models

Coutesy by http://en.wikipedia.org/wiki/IPhone5

Service Menu Code TV

2010-01-07T10:23:00.010+07:00

Service Menu Code TV

SERVICE MENU CODE is the code to enter into the condition "SERVICE MODE". In terms of repairing the aircraft televisiada several ways, including by using code numbers or letters or even a combination of both. Another way is to use hardware tricks instantaneous manner at the point men-short/jumper / or switches on the reply provided (sharp, panasonic, Thomson, phillips etc.).
Here I will give some way / code to open the service menu of some generality television brands available in Indonesia, of course, tv output planes starting in 2000 until now, because most manufacturers only have to modify its features.

TOSHIBA: In remote press MUTE once, then click again and hold MUTE + MENU on TV. Repeat for next process press MENU in remote number 4,7,2,5 - click VOL (-) in the TV press and HOLD NUMBERS 9.

SANYO: MENU in remote + VOLUME UP TV

LG FLATRON: Press OK at remote + OK in TV + remote MENU or MENU on TV

PHILIPS: TV STNDBY position, press 0, 6, 2, 5, 9, MENU

POLYTRON: TV STANDBY position, click and hold the MENU to the TV remote code number input 1013.

PANASONIC: Short (Connect Moment) pin 'FA-1' TO 'FA-2' or TP-8 to ground
PANASONIC TX SERIES: click VOL (-) in TV + OSD

SHARP: short leg (pin) pin 6 and 7 on instaneous MCU IC (TDA 98XXX). Back to out short again.
SHARP EXPRESSION: Connect pins or two wire/jumper J800 (next on tuner beside) PCB has been delivered and

two jumper parallel.

AKARI: Press SLEEP in remote + MENU TV

SAMSUNG: Standby position click on remote: MENU - PSTD - MUTE - POWER ON
Samsung Plano: position standby, click in the remote: DISPLAY-MENU-MUTE-POWER ON
SAMSUNG DIGITAL Plano HD100: standby-DISPLAY-MENU-MUTE-POWER
or Standby-MUTE-1-8-2-POWER ON

JVC: Press and hold the same OSD + MUTE press and hold or OSD + PICTURE.

HITACHI: Press and hold the AVDI TV, turn on the TV POWER SWITCH.

SONY: standby-OSD - 5 - VOL (-) - POWER ON.
RCA / THOMSON: Press and hold button in VT TV + POWER SWITCH ON TV.
AIWA: The repairs MENU button inthe remote above VOLUME (+), loading notice.
TCL: Press DISPLAY (OSD) in remote + VOLUME DOWN in TV, hold 3 seconds.
Crystal: TV STNDBY position, click VOLUME UP + VULUME DOWN together and hold on TV simultaneously TV ON.

AKIRA, FUJITEC, BOOMBA:Brand China and some other using the course type LC8632XX IC series: click MENU ON remote twice - Recall (Q. VIEW) - MUTE.

TV CHINA other (KCL, MITOCHIBA, BAZZOMBA):
click to VOLUME in TV remote NUL. Press RECCAL at once, press and hold VOLUME (-) in TV along with press RECCALin remote. repeated the process to enter into further sub-menu up to a position outside the service menu.

Easy Drawing OpenGL

2009-08-27T09:06:00.005+07:00

Easy Drawing OpenGL

glutInitWindowPosition(100,100);
glutInitWindowSize(640,480);
Creating windows with size (640.480) with the upper-left point of the window is placed at the position (100.100) on the computer screen.
glutCreateWindow(“Drawing By Rachman Ardyansyah");
Entitled to the windows with "Drawing By Rachman Ardyansyah".

glVertex2i(x,y) To draw a point at position (x, y) where x and y is defined as an integer.

glVertex2f(x,y) To draw a point at position (x, y) where x and y are defined as fractions (float / double).

glBegin(GL_LINES);
glVertex2i(100,100);
glVertex2i(200,150);
glEnd(); To create a line of libraries required by state GL_LINES starting point and end point of the line.

glBegin(GL_LINE_STRIP);
glVertex2i(x1,y1);
glVertex2i(x2,y2);
glVertex2i(x3,y3);
…………………………………………… glVertex2i(xn,yn);
glEnd();
Polyline is a set of lines that are connected to each other to form an object image.

glColor3f(red,green,blue);
glColor3f(0.0.0.);//black
glColor3f(0.0.1.);//blue
glColor3f(0.1.0.);//green
glColor3f(0.1.1.);//cyan
glColor3f(1.0.0.);//red
glColor3f(1.0.1.);//magenta
glColor3f(1.1.0.);//yellow
Tinting on OpenGL using color combinations with colors based on RGB (Red, Green, Blue).

Quick to Learn OpenGL

2009-06-16T15:52:00.027+07:00

Introduction to Computer Graphic
Graphic computer is a field that learn how to produce an image using a computer. So the computer graph will be discussed drawing techniques.Graphic produce computer-software software design graphics at this time is very powerful. Graphic computer software with the GUI (graphics user interface) that is easy and fun.

Graphic vs Image Processing

Computer Graphic difference, namely:

Graphic computer generate an image

Material contains drawing techniques

The result image

Image Processing is the difference, namely:

Image processing to make a picture

Include techniques to improve the material and presents the information from the image

The result can be images or information

Photos vs. Pictures
The difference is in the photo:

Photos from the resulting capture (take) a picture of

Details of any complete object, for example, the number of cats caught in the stash is.

The difference is in the image:

Image generated from the process of imitation or

Details tidaklengkap, for example, who want to calculate the number of new mustache cat is described in accordance with the amount

Benefit Computer Graphic (Software Graphics)

Games and Entertainment

Graphic Design

Graph Visualization and Monitoring

CAD (Computer Aided Design)

GUI (Graphics User Interface)

Image Processing

In the Graphic Materials 1:

Primitive Drawing

Object Dimensions Graphic 2

Transformation 2 Dimensions

Object Graphic 3 Dimensions

Transformation 3 Dimensions

Visible and Invisible

Shading

Z-Order

In the Graphic Materials 2:

Z-Order and Z-buffer

Morphing

Color Map

Texture Map

Curve

Camera View

Graphic Tranformasi geometry

Recognize OpenGL Graphics Library
OpenGL graphics library is a standard that is used needs to graphical programming. In addition to OpenGL, the graphics library used is Direct-X. OpenGL is Open-Source, multi-platform and multi-language. Currently, all programming languages support OpenGL and OpenGL can work in Windows environment, Unix, SGI, Linux, FreeBSD, etc.
Library is the basis of OpenGL GLUT, with facilities that can be developed. For the Windows operating system, this library consists of 3 files, namely:
- Glut.h
- Glut32.lib
- Glut32.dll
How to Install GLUT Library as follows:

Copykan file glut.h in the folder c: \ Program Files \ Microsoft Visual Studio \ VC98 \ Include \

GLCopykan file glut32.lib in the folder c: \ Program Files \ Microsoft Visual Studio \ VC98 \ lib

Copykan file glut32.dll in the folder c: \ Windows \ System32

Understanding Graphical Programming
Graphical programming is programming that is used to produce images on a computer using the library. Technic-programming technique is based on graphical techniques to portray the geometry as a basic structure is a graphical programming data. Result visualization graphics.

Basic Structure of Graphics Programming Using C + +
-------------------------------------------------- ------------
# include < GL/glut.h >
userdraw void (void)
(
/ / This is the place to draw
)

void display (void)
(
glClear (GL_COLOR_BUFFER_BIT);
userdraw ();
glutSwapBuffers ();
)

intmain (intargc, char ** argv)
(
glutInit (& argc, argv);
glutInitDisplayMode (GLUT_DOUBLE GLUT_RGB);
glutInitWindowPosition (100.100);
glutInitWindowSize (640.480);
glutCreateWindow ( "Drawing by RachmanArdyansyah");
glClearColor (0.0, 0.0, 0.0, 0.0);
gluOrtho2D (-320., 320th, -240.0, 240.0);
glutIdleFunc (display);
glutDisplayFunc (display);
glutMainLoop ();
return 0;
)
-------------------------------------------------- -----------
# include < GL/glut.h >
Graphical programming using OpenGL-GLUT header need glut.h existing in folder
c: \ Program Files \ Microsoft Visual Studio \ VC98 \ bin \ GL

GLvoid userdraw (void)
(
/ / This is place to draw
)
Userdraw function is a function to create program code to produce an image.

glutInitWindowPosition (100.100);
glutInitWindowSize (640.480);
Creating windows with size (640.480) with the top left of the dots placed on the window position (100.100) Is the computer.

glutCreateWindow ( "Drawing By RachmanArdyansyah");
Title on the windows with the "Drawing By RachmanArdyansyah".

glClearColor (1.0,1.0,1.0,0.0);
Defines the color of windows created with the color (1,1,1) is white.

gluOrtho2D (-320., 320th, -240., 240th);
Defining the size of the system of coordinates with the range is sumbux [-320.320], and range for the y axis is [-240.240].

Bipolar vs Unipolar the Stepper Motor

2009-06-04T09:28:00.023+07:00

Motor Stepper Theory

Stepper motor is the electric motor is controlled with a digital free-free, not to provide a voltage continuously. Cartenarian balance shaft is translated into rounds, where each round requires a specified number of credits. One free round result in one step increase, which is part of a full lap. therefore, the calculation of the amount of credits can be applied to obtain the desired number of rounds. Calculation of credit automatically show amount of rounds have been done, without requiring the information back (feedback).

The accuracy of the stepper motor control movement primarily influenced by the number of rounds each step; the more the number of step, the more precise the resulting movement. For higher accuracy, several stepper motor drivers to share a half-step normal step (half step) or micro-step.

Part of the stepper motor that is arranged on the rotor, stator, bearing, casing and the wick. Axis is the specialty of the rotor axis which is the center of the rotor, so that when the rotor rotates rotary axis participate.Stator has two parts, namely the core and coil plate. From the core plate stepper motor usually ignites with the casing. Stepper motor casing made of aluminum and this functions as a bearing holder and the stator is handle of four baud. In the motor stepper has two bearing fruit that is bearing the top and the bottom bearing.

In the stepper motor is generally a written specification of Np (= credits / rotation). While the speed of credit expressed as pps (= credit per second) and speed of play is generally written as ω (= rotation / min or rpm). Turn the stepper motor speed (rpm) to expression can use the free speed (pps). Because 1 rotation = 360 degrees.

Basically the stepper motor are grouped into 3 types, namely:

a. Permanent Magnet (PM)

Appropriate name, version formed PM stepper motor has a rotor permanent magnets. Usually have low speed, the tool with torque low angle and large steps, can be 45 or 90 degrees.

b. Variable Reluctance (VR)

Stepper motor of this type of rotor has a unique shape that is cylindrical and the unit has all the serration has a relationship with the pole-pole stator.Magnet on the rotor does not use this type of permanent magnet. Stator twist by winding so that at the time flow, will result in stator magnet poles. Number of serration on the rotor will determine the steps, or step motor. Differences version formed PM stepper motor with the motor version formed VR VR torque have a relatively smaller compared with the stepper motor version formed PM. Another thing that you can view the remaining magnetic is very small so that when the stepper motor does not flow then when torque have not played against that. Step angle stepper motor version formed VR that varies up to about 30o. Version formed VR stepper motor has a small torque.Often found in the printer and instruments factory that light that does not require a large torque.

As in the picture above, the motor has 3 pairs of stator poles (A, B, C) a separate set of 15 degrees. Cash flowed to the pole through a motor winding that causes the magnetic tug parallel rotor teeth to pole A. If we give the energy to pole B will cause the rotor rotates 15 degrees parallel polar B. This process will continue to pole C and A to pole back with counter-clockwise direction.

c. Permanent Magnet - Hybrid (PM-H)

Hybrid permanent magnet stepper motor was a refinement in which the stepper motor has a speed 1000 step/sec but also has torque large enough can be said that the PM-H stepper motor is a combination of PM and VR stepper motor. Motor hybrid combines the best characteristics of the motor and variable reluktantion permanent magnet motor. Motor is built with the stator pole teeth and many-rotor permanent magnet. Motor has 200 standard hybrid rotor teeth and rotate at 1.8 degree step angle. Due to the dynamic and high torque and rotates with the speed of the motor this high using on the application that is very knowledgeable.

View from the stepper motor twisted divided into 2 types, namely:

a. Stepper Motor Unipolar

Stepper motor consists of two unipolar winding that has a center tap. Center tap of each coil is in the form of a separate cable that is also connected to center tap so that there is only one cable exit. For the stepper motor in the center tap each - each twist input have cable 6 cable.However, if the center tap already connected in the cable input only 5 cable. Center tap of the stepper motor can be connected to grounding or that there are also connecting it to VCC + this is influenced by the driver used.

b. Bipolar Stepper Motor

Bipolar stepper motor has two types of winding differential is that in the unipolar type bipolar twister a does not have a center tap. Benefits of the bipolar type have torque greater if compared with the unipolar type size for the same. In the stepper motor type is the cable only has four entries. However for movement type stepper motor is more complex compared to the stepper motor movement type unipolar.

For more details, visit the following website:

http://www.ittelkom.ac.id/ library / index.php? view = art icle & catid = 16% 3Amikroproce ssorkontroller & id = 27% 3Amot or-stepper & option = com_cont ent & Itemid = 15

Torque vs Force vs Inertia Moment Formula

2009-06-04T08:44:00.005+07:00

Force vs Torque

An object that can still move forwards because of the Force. Similarly an object that are moving can stop or decrease speed as there is Force. For example a car at first silent. After the engines start and the driver add throttle, the car is moving. In this case the car is moving because the style of push generated by the engine. Cars that are moving can also stop if the driver pressing brake pedal. In this case, stop the car because there is friction between the tire style and canvas. We can conclude that the movement is influenced by the style of the car. Gurumuda explain that this is the case for the movement forwards.

If in a straight movement, object movement is influenced by the style, the movement in the rotation, movement of objects is influenced by torque. About Torque already described in gurumuda main criticism torque. Torque bigger, faster objects rotation. Instead the small torque, the more things slow rotation. for example, initially silent object (corner speed = 0). If the object is done torque, objects that rotation with a certain speed corner. In this case, the object changes speed corner (from the still to be rotation). Changes speed angle = angle acceleration. The greater torque, the greater the acceleration angle. Otherwise the small torque, the small corner of the acceleration. In other words, the alias torque comparable proportionate straight angle with the acceleration.

Mass vs Inertia Moment

As described in gurumuda main criticism Inertia moment, in the true mass movement can be defined as an object's ability to maintain speed. If the object is moving at a certain speed, hard object stops if the large mass objects. Coupled to a truck being stopped moving more difficult than with a taxi. Conversely, if things are quiet (speed = 0), objects are also difficult moved if mass large. For example if we are kicking marbles and football with the strength (style) the same, then, of course, marbles will move more quickly, while football will move more slowly. This is because the mass is smaller marbles, the mass football more. So in addition is influenced by the style, movement of objects is also determined by the mass.

Movement in the rotation, in addition affected by torque, rigid object rotation movement is also influenced by the moment inertia. For example there are two rigid objects, objects are called A and B. A moment of inertia have a larger, while the object B has a moment inertia smaller. If the second object torque this is done the same, then the object A to move more slowly while the object B moving faster. This is because objects have a moment inertia greater. by the way, moment inertia a rigid object is determined by the position of rotation axis, the mass and the square of the distance each particle composer object axis of rigid rotation. about this already gurumuda explain the main criticism Inertia moment.

At first the still objects (speed angle = 0). Once done torque, rotation objects with a certain speed corner. in this case, the object changes speed corner (from the still to be rotation). speed change angle = angle acceleration.Based on the illustration of objects A and B above, we can say that the big moment inertia, the small corner of the acceleration. So moments inertia proportionate to the upside acceleration angle.

For more details visit the website:

http://www.gurumuda.com/2009/02/hukum-ii-newton-untuk-gerak-rotasi/

Specifications Mobile Phone by Apple

2009-04-03T19:32:00.011+07:00

Specifications of I-Phone

Network:

GSM 850 / GSM 900 / GSM 1800 / GSM 1900

Dimensions:

115 x 61 x 11.6 mm

Weight:

135 g

Monitor:

Touch screen, 16 million color 320 x 480 pixels, 3.5 inches

Memory:

4 / 8 GB shared memory

Operating system:

Mac OS X V10.4.8

Connectivity:

GPRS, EDGE, WLAN Wi-Fi 802.11b / g, Bluetooth v2.0 (headset only)

Games:

Nothing

Camera:

2 MP, 1600 x 1200 pixels

Feature :

iPod audio / video player

Battery:

250 hours standby time, 8 hours talk time