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A camera phone is a which is able to capture and often record using one or more built-in . It can also send the resulting image wirelessly and conveniently. The first color commercial camera phone was the Visual Phone VP-210, released in Japan in May 1999.

Most camera phones are smaller and simpler than the separate digital cameras. In the era, the steady sales increase of camera phones caused point-and-shoot camera sales to peak about 2010 and decline thereafter. The concurrent improvement of smartphone camera technology, and its other multifunctional benefits, have led to it gradually replacing compact point-and-shoot cameras.

Most modern smartphones only have a menu choice to start a camera application program and an on-screen button to activate the shutter. Some also have a separate camera button, for quickness and convenience. Few mobile phones such as the 2009 Samsung i8000 Omnia II have a two-level shutter button to resemble the point-and-shoot intuition from dedicated . A few camera phones are designed to resemble separate low-end digital compact cameras in appearance and to some degree in features and picture quality, and are branded as both mobile phones and cameras - an example being Samsung Galaxy S4 Zoom.

The principal advantages of camera phones are cost and compactness; indeed for a user who carries a mobile phone anyway, the addition is negligible. Smartphones that are camera phones may run mobile applications to add capabilities such as and . Also, modern smartphones can use their to direct their camera to focus on a particular object in the field of view, giving even an inexperienced user a degree of focus control exceeded only by seasoned photographers using manual focus. However, the touch screen, being a general purpose control, lacks the agility of a separate camera's dedicated buttons and dial(s).

Starting in the mid-2010s, some advanced camera phones feature optical image stabilisation (OIS), larger sensors, bright lenses, 4K video and even optical zoom, for which a few use a physical zoom lens. Multiple lenses and multi-shot night modes are also familiar. Since the late 2010s, high-end smartphones typically have multiple lenses with different functions, to make more use of a device's limited physical space. Common lens functions include an ultrawide sensor, a sensor, a macro sensor, and a sensor. Some phone cameras have a label that indicates the lens manufacturer, megapixel count, or features such as autofocus or zoom ability for emphasis, including the Samsung Omnia II (2009), Samsung Galaxy S II (2011), Sony Xperia Z1 (2013) and some successors, Nokia Lumia 1020 (2013), and the Samsung Galaxy S20 (2020).


Technology

Camera
Nearly all camera phones use CMOS active-pixel (CMOS sensors), due to largely reduced power consumption compared to charge-coupled device (CCD) type cameras, which few camera phones use. Some use CMOS back-illuminated sensors, which use even less energy, at higher price than CMOS and CCD.

The usual lenses and smaller sensors limit performance in poor lighting. Lacking a physical shutter, some have a long . by the typical internal LED source illuminates less intensely over a much longer exposure time than a flash strobe, and none has a for attaching an external flash. and tripod screws are rare and some also lack a connection or a removable memory card. Most have and , and can make geotagged photographs. Some of the more expensive camera phones have only a few of these technical disadvantages, but with bigger (a few are up to 1", such as the Panasonic Lumix DMC-CM1), their capabilities approach those of low-end point-and-shoot cameras. The few hybrid camera phones such as Samsung Galaxy S4 Zoom and K Zoom were equipped with real lenses.

As camera phone technology has progressed, lens design has evolved from a simple or to many molded plastic elements made with varying dispersion and refractive indexes. Some phone cameras also apply distortion (optics), , and various optical aberration corrections to the image before it is compressed into a format.

Most camera phones have a feature. A few have , and several have a few cameras with different field of view, combined with digital zoom as a hybrid zoom feature. For example, the Huawei P30 Pro uses a "periscope" 5x telephoto camera with up to 10x , resulting in 50x hybrid zoom. An external camera can be added, coupled to the phone by . They are compatible with most smartphones. can be configured to operate as a camera even if the phone is asleep.

Modern camera phones can also produce advance video with capability up to 4K 60fps.

When viewed vertically from behind, the rear camera on some mobile phones is located in the top center, while other mobile phones have cameras located in the upper left corner. The latter has benefits in terms of due to the lower likelihood of covering and soiling the lens when held horizontally, as well as more efficient packing of tight physical device space due to neighbouring components not having to be built around the lens.


Image format and mode
Images are usually saved in the file format. Some high-end camera phones have a feature, HDR, and " mode". Phones with Android 5.0 Lollipop and later versions can install phone apps that provide similar features.


Audio recording
Mobile phones with multiple usually allow video recording with . Samsung, Sony, and HTC initially implemented it in 2012 on their Samsung Galaxy S3, Sony Xperia S, and HTC One X. Apple implemented stereo audio starting with the 2018 family and .


Files and directories
Like dedicated ( stand-alone) , mobile phone camera software usually stores pictures and video files in a directory called DCIM/ in the internal memory, with numbered or dated file names. The former prevents missing out files during and facilitates counting files, while the latter facilitates by date/time, regardless of file attribute resets during transfer and possible lack of in-file date/time information .

Some can store this media in external memory (secure digital card or USB on the go pen drive).


Multimedia Messaging Service
Camera phones can share pictures almost instantly and automatically via a sharing infrastructure integrated with the carrier network. Early developers including Philippe Kahn envisioned a technology that would enable service providers to "collect a fee every time anyone snaps a photo". The resulting technologies, Multimedia Messaging Service (MMS) and , were developed parallel to and in competition to open -based mobile communication provided by and later 3G networks.

The first commercial camera phone complete with infrastructure was the J-SH04, made by Sharp Corporation; it had an integrated , with the (Picture-Mail in Japanese) infrastructure developed in collaboration with Kahn's venture, and marketed from 2001 by J-Phone in Japan today owned by .It was also the world's first cellular mobile camera phone. The first commercial deployment in North America of camera phones was in 2004. The Sprint wireless carriers deployed over one million camera phones manufactured by Sanyo and launched by the PictureMail infrastructure (Sha-Mail in English) developed and managed by .

While early phones had Internet connectivity, working and email-programs, the phone menu offered no way of including a photo in an email or uploading it to a web site. Connecting cables or removable media that would enable the local transfer of pictures were also usually missing. Modern have almost unlimited connectivity and transfer options with photograph features.


External camera
During 2003 (as camera phones were gaining popularity), in Europe some phones without cameras had support for MMS and external cameras that could be connected with a small cable or directly to the data port at the base of the phone. The external cameras were comparable in quality to those fitted on regular camera phones at the time, typically offering resolution.

One of these examples was the Nokia Fun Camera (model number PT-3) announced together with the Nokia 3100 in June 2003. The idea was for it to be used on devices without a built-in camera (connected via the interface) and be able to transfer images taken on the camera (VGA resolution and a flash) directly to the phone to be stored or sent via MMS.

In 2013-2014 Sony and other manufacturers announced add-on camera modules for called lens-style cameras. They have larger sensors and lenses than those in a camera phone but lack a viewfinder, display and most controls. They can be mounted to an Android or phone or tablet and use its display and controls. Lens-style cameras include:

  • Sony SmartShot QX series, announced and released in mid 2013. They include the DSC-QX100/B, the large Sony ILCE-QX1, and the small Sony DSC-QX30.
  • smart lens camera series, announced in 2014.
  • smart lens camera series from Vivitar/Sakar, announced in 2014.
  • HTC also announced an external camera module for smartphones, which can capture 16 MP still shots and Full HD videos. The RE Module is also waterproof and dustproof, so it can be used in a variety of conditions.

External cameras for also became available in late 2014.

Microscope attachments were available from several manufacturers in 2019, as are adapters for connecting an astronomical telescope.


Limitations
  • Mobile phone form factors are small. They lack space for a large and dedicated knobs and buttons for easier .
  • Controls work by a touchscreen menu system. The photographer must look at the menu instead of looking at the target.
  • Dedicated cameras have a compartment housing the memory card and battery. For most it is easily accessible by hand, allowing uninterrupted operation when storage or energy is exhausted (). Meanwhile, the battery can be charged externally. Most mobile phones have a non-replaceable battery and many lack a memory card slot entirely. Others have a memory card slot inside a tray, requiring a tool for access.
  • Mobile phone are not able to immediately like the of dedicated digital cameras/, and are prone to interference from processes running in background.
  • Dedicated digital cameras, even low-budget ones, are typically equipped with a photoflash capacitor-discharging , larger and by far more powerful than lamps found on mobile phones.
  • Due to the default orientation of mobile phones being vertical, inexperienced users might intuitively be encouraged to , making a poorly suited to the usual horizontal screens used at home.
  • Due to their comparatively thin form factor, smartphones are typically unable to stand upright on their own and must be leaned, whereas dedicated digital cameras and camcorders typically have a flat bottom that lets them stand upright.
  • Smartphones lack dedicated stable tripod mounts, and can only be mounted through a less stable device that grips the unit's edges.


History
The camera phone, like many , is the result of converging and enabling technologies. Compared to , a consumer-viable camera in a mobile phone would require far less power and a higher level of camera electronics integration to permit the miniaturization.

The metal-oxide-semiconductor (MOS) active pixel sensor (APS) was developed by Tsutomu Nakamura at Olympus in 1985. The complementary MOS (CMOS) active pixel sensor () "camera-on-a-chip" was later developed by and his team in the early 1990s. This was an important step towards realizing the modern camera phone as described in a March 1995 Business Week article. While the first camera phones (e.g. J-SH04) successfully marketed by in Japan used charge-coupled device (CCD) sensors rather than CMOS sensors, more than 90% of camera phones sold today use CMOS image sensor technology.

Another important enabling factor was advances in , due to the impractically high and bandwidth requirements of uncompressed media.

(2021). 9783319141664, Springer. .
The most important compression algorithm is the discrete cosine transform (DCT),
(2021). 9783540711698, Springer. .
a lossy compression technique that was first proposed by Nasir Ahmed while he was working at the University of Texas in 1972. Camera phones were enabled by DCT-based compression standards, including the H.26x and video coding standards introduced from 1988 onwards, and the image compression standard introduced in 1992.


Experiments
There were several early and cameras that included communication capability. Some devices experimented with integration of the device to communicate with the , which would allow instant media sharing with anyone anywhere. The DELTIS VC-1100 by Japanese company Olympus was the world's first digital camera with cellular phone transmission capability, revealed in the early 1990s and released in 1994. In 1995, Apple experimented with the Apple Videophone/PDA. There was also a digital camera with cellular phone designed by Shosaku Kawashima of Canon in Japan in May 1997. In Japan, two competing projects were run by Sharp and in 1997. Both had cell phones with integrated cameras. However, the Kyocera system was designed as a peer-to-peer video-phone as opposed to the Sharp project which was initially focused on sharing instant pictures. That was made possible when the Sharp devices was coupled to the Sha-mail infrastructure designed in collaboration with American technologist Kahn. The Kyocera team was led by Kazumi Saburi. In 1995, work by James Greenwold of Bureau Of Technical Services, in Chippewa Falls, Wisconsin, was developing a pocket video camera for surveillance purposes. By 1999, the Tardis recorder was in prototype and being used by the government. Bureau Of Technical Services advanced further by the patent No. 6,845,215,B1 on "Body-Carryable, digital Storage medium, Audio/Video recording Assembly".

A camera phone was patented by Kari-Pekka Wilska, Reijo Paajanen, Mikko Terho and Jari Hämäläinen, four employees at Nokia, in 1994. Their patent application was filed with the Finnish Patent and Registration Office on May 19, 1994, followed by several filings around the world making it a global family of patent applications. The patent application specifically described the combination as either a separate digital camera connected to a cell phone or as an integrated system with both sub-systems combined in a single unit. Their patent application design included all of the basic functions camera phones implemented for many years: the capture, storage, and display of digital images and the means to transmit the images over the radio frequency channel. On August 12, 1998, the United Kingdom granted patent GB 2289555B and on July 30, 2002, the USPTO granted US Patent 6427078B1 based on the original Finnish Patent and Registration Office application to Wilska, Paajanen, Terho and Hämäläinen.

On June 11, 1997, instantly shared the first pictures from the maternity ward where his daughter Sophie was born. In the hospital waiting room he devised a way to connect his laptop to his digital camera and to his cell phone for transmission to his home computer. This improvised system transmitted his pictures to more than 2,000 family, friends and associates around the world. Kahn's improvised connections augured the birth of instant visual communications. Kahn's cell phone transmission is the first known publicly shared picture via a cell phone.

(2021). 9781603201766, LIFE Books.


Commercialization
The first commercial camera phone was the Visual Phone VP-210, released in Japan in May 1999. It was called a "mobile videophone" at the time, and had a 110,000- front-facing camera. It stored up to 20 , which could be sent over , or the phone could send up to two images per second over Japan's Personal Handy-phone System (PHS) . The SCH-V200, released in in June 2000, was also one of the first phones with a built-in camera. It had a TFT liquid-crystal display (LCD) and stored up to 20 at 350,000-pixel resolution. However, it could not send the resulting image over the telephone function, but required a connection to access photos. The first mass-market camera phone was the J-SH04, a Sharp model sold in Japan in November 2000. It could instantly transmit pictures via cell phone telecommunication.

Cameras on cell phones proved popular right from the start, as indicated by the J-Phone in Japan having had more than half of its subscribers using cell phone cameras in two years. The world soon followed. In 2003, more camera phones were sold worldwide than stand-alone digital cameras largely due to growth in Japan and Korea. In 2005, Nokia became the world's most sold digital camera brand. In 2006, half of the world's mobile phones had a built-in camera. In 2006, released the first with an integrated camera. The Thuraya SG-2520 was manufactured by Korean company APSI and ran . In 2008, Nokia sold more camera phones than sold film-based simple cameras, thus becoming the biggest manufacturer of any kind of camera. In 2010, the worldwide number of camera phones totaled more than a billion. Since 2010, most mobile phones, even cheapest ones, are being sold with a camera. High-end camera phones usually had a relatively good lens and high resolution.

Higher resolution camera phones started to appear in the 2010s. 12-megapixel camera phones have been produced by at least two companies. To highlight the capabilities of the Nokia N8 (Big CMOS Sensor) camera, Nokia created a short film, The Commuter, in October 2010. The seven-minute film was shot entirely on the phone's 720p camera. A 14-megapixel with 3× optical zoom was announced in late 2010. In 2011, the first phones with dual rear cameras were released to the market but failed to gain traction. Originally, dual rear cameras were implemented as a way to capture 3D content, which was something that electronics manufacturers were pushing back then. Several years later, the release of the iPhone 7 would popularize this concept, but instead using the second lens as a wide angle lens. In 2012, Nokia announced Nokia 808 PureView. It features a 41-megapixel 1/1.2-inch sensor and a high-resolution f/2.4 Zeiss all-aspherical one-group lens. It also features Nokia's PureView Pro technology, a pixel oversampling technique that reduces an image taken at full resolution into a lower resolution picture, thus achieving higher definition and light sensitivity, and enables lossless zoom. In mid-2013, Nokia announced the Nokia Lumia 1020. In 2014, the HTC one M8 introduced the concept of having a camera as a depth sensor. In late 2016, Apple introduced the iPhone 7 Plus, one of the phones to popularize a setup. The iPhone 7 Plus included a main 12 MP camera along with a 12 MP telephoto camera which allowed for 2x optical zoom and for the first time in a smartphone. In early 2018 released a new flagship phone, the Huawei P20 Pro, with the first triple camera lens setup. Making up its three sensors (co-engineered with ) are a 40 megapixel RGB lens, a 20 megapixel monochrome lens, and an 8 megapixel telephoto lens. Some features on the Huawei P20 Pro include 3x optical zoom, and 960 fps slow motion. In late 2018, released a new mid-range smartphone, the Galaxy A9 (2018) with the world's first quad camera setup. The quadruple camera setup features a primary 24MP f/1.7 sensor for normal photography, an ultra-wide 8MP f/2.4 sensor with a 120 degrees viewing angle, a telephoto 10MP f/2.4 with 2x optical zoom and a 5MP depth sensor for effects such as Bokeh. Nokia 9 PureView was released in 2019 featuring penta-lens camera system.

In 2019, Samsung announced the Galaxy A80, which has only rear cameras. When the user wants to take a selfie, the cameras automatically slide out of the back and rotate towards the user. This is known as a pop-up camera, and it allows smartphone displays to cover the entire front of the phone body without a notch or a punch hole on the top of the screen. Samsung, , , and other manufacturers adopted a system where the camera "pops" out of the phone's body. Also in 2019, Samsung developed and began commercialization of 64 and 108-megapixel cameras for phones. The 108 MP sensor was developed in cooperation with Chinese electronics company Xiaomi and both sensors are capable of , which combines the signals of 4 or 9 pixels, and makes the 4 or 9 pixels act as a single, larger pixel. A larger pixel can capture more light (resulting in a higher ISO rating and lower image noise). Under display cameras are under development, which would place a camera under a special display that would allow the camera to see through the display.


Manufacturers
Major manufacturers of cameras for phones include , , ST Micro, Sharp, Omnivision, and (Now part of ).


Social impact
Personal photography allows people to capture and construct personal and group memory, maintain social relationships as well as expressing their identity.Gye, Lisa (2007) Picture This: The Impact of Mobile Camera Phones on Personal Photographic Practices in Continuum Vol 21 Issue 2. pp 279-288 The hundreds of millions of camera phones sold every year provide the same opportunities, yet these functions are altered and allow for a different user experience. As mobile phones are constantly carried, they allow for capturing moments at any time. Mobile communication also allows for immediate transmission of content (for example via Multimedia Messaging Services), which cannot be reversed or regulated. Brooke Knight observes that "the carrying of an external, non-integrated camera (like a ) always changes the role of the wearer at an event, from participant to photographer".Brooke A. Knight, "Performative Pictures: Camera Phones at the Ready," in New Visualities, New Technologies: The New Ecstasy of Communication, ed. J. Macgregor Wise and Hille Koskela (Farnham, Surrey, England: Ashgate, 2012), 162. The camera phone user, on the other hand, can remain a participant in whatever moment they photograph. Photos taken on a camera phone serve to prove the physical presence of the photographer. The immediacy of sharing and the liveness that comes with it allows the photographs shared through camera phones to emphasize their indexing of the photographer.

While phones have been found useful by tourists and for other common civilian purposes, as they are cheap, convenient, and portable; they have also posed controversy, as they enable secret photography. A user may pretend to be simply talking on the phone or browsing the internet, drawing no suspicion while photographing a person or place in non-public areas where photography is restricted, or against that person's wishes. Camera phones have enabled everyone to exercise freedom of speech by quickly communicating to others what they see with their own eyes. In most democratic free countries, there are no restrictions against photography in public and thus camera phones enable new forms of citizen journalism, fine art photography, and recording one's life experiences for or .

Camera phones have also been very useful to street photographers and social documentary photographers as they enable them to take pictures of strangers in the street without them noticing, thus allowing the artist/photographer to get close to subjects and take more lively photos. While most people are suspect of secret photography, artists who do street photography (like Henri Cartier-Bresson did), photojournalists and photographers documenting people in public (like the photographers who documented the Great Depression in 1930s America) must often work unnoticed as their subjects are often unwilling to be photographed or are not aware of legitimate uses of secret photography like those photos that end up in fine art galleries and journalism.

As a network-connected device, megapixel camera phones are playing significant roles in crime prevention, journalism and business applications as well as individual uses. They can also be used for activities such as , invasion of privacy, and copyright infringement. Because they can be used to share media almost immediately, they are a potent personal content creation tool.

Camera phones limit the "right to be let alone", since this recording tool is always present. A 2019-11-19

In January 2007, New York City Mayor Michael Bloomberg announced a plan to encourage people to use their camera phones to capture crimes happening in progress or dangerous situations and send them to emergency responders. The program enables people to send their images or video directly to 911. The service went live in 2020.

Camera phones have also been used to discreetly take photographs in museums, performance halls, and other places where photography is prohibited. However, as sharing can be instantaneous, even if the action is discovered, it is too late, as the image is already out of reach, unlike a photo taken by a digital camera that only stores images locally for later transfer. However, as the newer digital cameras support Wi-Fi, a photographer can perform photography with a DSLR and instantly post the photo on the internet through the mobile phone's Wi-Fi and 3G capabilities.

Apart from street photographers and social documentary photographers or cinematographers, camera phones have also been used successfully by war photographers. The small size of the camera phone allows a war photographer to secretly film the men and women who fight in a war, without them realizing that they have been photographed, thus the camera phone allows the war photographer to document wars while maintaining her or his safety.

In 2010, in the annual "RTÉ 60 second short award" was won by 15-year-old Laura Gaynor, who made her winning cartoon,"Piece of Cake" on her C510 camera phone. In 2012, director and writer Eddie Brown Jr. made the reality thriller Camera Phone, one of the first commercial produced movies using camera phones as the story's perspective. The film is a reenactment of an actual case, and the names were changed to protect those involved. Some modern camera phones (in 2013–2014) have big sensors, thus allowing a street photographer or any other kind of photographer to take photos of similar quality to a semi-professional camera.


Camera as an interaction device
The cameras of smartphones are used as input devices in numerous research projects and commercial applications. A commercially successful example is the use of attached to physical objects. QR codes can be sensed by the phone using its camera and provide an according link to related digital content, usually a . Another approach is using camera images to recognize objects. Content-based image analysis is used to recognize physical objects such as advertisement posters to provide information about the object. Hybrid approaches use a combination of un-obtrusive visual markers and image analysis. An example is to estimate the pose of the camera phone to create a real-time overlay for a 3D paper globe.

Some smartphones can provide an augmented reality overlay for 2D objects and to recognize multiple objects on the phone using a stripped down object recognition algorithm as well as using and . A few can translate text from a foreign language. can show where a picture is taken, promoting interactions and allowing a photo to be mapped with others for comparison.

Smartphones can use their front camera (of lesser performance as compared to rear camera) facing the user for purposes like () and videoconferencing.

Smartphones can usually not fixed on a tripod, which can make problems at filming or at taking pictures with long exposure times.


Laws
Camera phones, or more specifically, widespread use of such phones as cameras by the general public, has increased exposure to laws relating to public and private photography. The laws that relate to other types of cameras also apply to camera phones. There are no special laws for camera phones. Enforcing bans on camera phones has proven nearly impossible. They are small and numerous and their use is easy to hide or disguise, making it hard for law enforcement and security personnel to detect or stop use. Total bans on camera phones would also raise questions about freedom of speech and the freedom of the press, since camera phone ban would prevent a citizen or a journalist (or a citizen journalist) from communicating to others a newsworthy event that could be captured with a camera phone.

From time to time, organizations and places have prohibited or restricted the use of camera phones and other cameras because of the privacy, security, and copyright issues they pose. Such places include , federal and state courts, museums, schools, theaters, and local . , in April 2004, banned the sale of camera phones nationwide for a time before reallowing their sale in December 2004 (although pilgrims on the were allowed to bring in camera phones). There is the occasional anecdote of camera phones linked to industrial espionage and the activities of (which are legal but often controversial), as well as some hacking into wireless operators' network.


Notable events involving camera phones
  • The 2004 Indian Ocean earthquake was the first global news event where the majority of the first day news was no longer provided by professional news crews, but rather by citizen journalists, using primarily camera phones.
  • On November 17, 2006, during a performance at the comedy club, comedian was recorded responding to hecklers with racial slurs by a member of the audience using a camera phone. The video was widely circulated in television and internet news broadcasts.
  • On December 30, 2006, the execution of former Iraqi dictator was recorded by a video camera phone, and made widely available on the Internet. A guard was arrested a few days later.
  • Camera phone video and photographs taken in the immediate aftermath of the 7 July 2005 London bombings were featured worldwide. executive Jonathan Klein predicts camera phone will be increasingly used by news organizations.
  • Camera phone digital images helped to spread the 2009 Iranian election protests.
  • Camera phones recorded the BART Police shooting of Oscar Grant.


Camera phone photography
Photography produced specifically with phone cameras has become an art form in its own right.Alshawaf, Eman, ' iPhoneography and New Aesthetics: The Emergence of a Social Visual Communication Through Image‐based Social Media' DRS2016: Design + Research + Society, Future-Focused Thinking 2016.Alshawaf, Eiman, ' iPhoneography and Contemporary Image-Making: Examining a New Form of Visual Communication in the Age of Social Media ' (unpublished Ph.D dissertation, University of Minnesota, 2017).Chopra-Gant, Mike, 'Pictures or It Didn’t Happen: Photo-nostalgia, iPhoneography and the Representation of Everyday Life', Photography and Culture, 9.2 (2016), 121-33, .De Panbehchi, Maria Lourdes, ' Https://scholar.google.es/&httpsredir=1&article=5722&context=etd" target="_blank" rel="nofollow"> Nostalgia and iPhone Camera Apps: An Ethnographic Visual Approach to iPhoneography ' (unpublished Ph.D. dissertation, Virginia Commonwealth University, 2016).Halpern, Megan and Lee Humphreys, 'Iphoneography as an Emergent Art World', New Media & Society, 18 (2014), 62-81, Harrington, Justine, ' Connotations: An Exploration of iPhoneography ', Art Journal (2012), 109-13. Work in this genre is sometimes referred to as iPhoneography (whether for photographs taken with an ,
(2021). 9781600599231, Pixiq. .
(2021). 9781405381178, Rough Guides. .
or any brand of ).Clawson, Michael, iPhoneography: How to Create Inspiring Photos with Your Smartphone (Apress, 2015), , , .Roberts, Stephanie, The Art of iPhoneography: A Guide to Mobile Creativity (Brooklyn, NY: Pixel Communications, 2011), . The movement, though already a few years old, became mainstream with the advent of the iPhone and its App Store which provided better, easier, and more creative tools for people to shoot, process, and share their work.

Reportedly, the first gallery exhibition to feature iPhoneography exclusively opened on June 30, 2010: "Pixels at an Exhibition" was held in Berkeley, California, organized and curated by Knox Bronson and Rae Douglass. Around the same time, the photographer used Hipstamatic to make photos of the war in Afghanistan. A collection of these was published November 21, 2010 in the New York Times in a series titled "A Grunt's Life", earning an international award (3rd) sponsored by RJI, Donald W. Reynolds Journalism Institute. Also in Afghanistan, in 2011, photojournalist David Guttenfelder used an iPhone and the Polarize application. In 2013, National Geographic published a photo feature in which phoneographer Jim Richardson used his iPhone 5s to photograph the Scottish Highlands.


See also


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