For $199, the iPro system is a set of awesome accessory for iPhone, but for $48.88 they are crazy insane great... cause you can buy 4 sets and share with friends...
http://www.lensforiphone.com
These are pretty silly products, but it sure gets silly points.. and a good laugh..who buys this shit?
41 MP Phone Camera vs iPhone5? iPhone is better come out with 100 MP camera... But what you gonna do with all the pixels?
Nokia unveils 41 megapixel phone that outperforms most SLR cameras..
Holy Cow 41 MP Phone ?
Wide Angle Lens for iPhone - Heavy Duty Steady Grip
Researchers at the VTT Technical Research Centre in Finland have developed an optical accessory that can turn an ordinary camera phone into a microscope.
To use the device, a user simply needs to attach it in front of a camera phone’s existing lens. The plastic lens on the microscope then acts to magnify any object placed in front of it, while a number of LEDs sunk into the outer edge of the lens illuminate the object from different angles.
The microscopic accessory itself has a field of view of 2mm x 3mm, a depth of field of between 0.05 to 0.1mm and a resolution between 6-10 microns.
The microscope’s developers believe that it will find numerous uses imaging a variety of surfaces and structures that could then be forwarded as MMS messages.
A new Finnish start-up called KeepLoop (Tampere, Finland) is already exploring the commercial potential of the invention, and the first industrial and consumer models will be released early this year.
-- By Dave Wilson, Senior Editor, Vision Systems Design
You can now add this little device and turn your iphone into a microscope
Panoramic video product and software company GoPano introduced 360 degree video to the masses with their iPhone app and attachable lens. Experimental indie rock group Tanlines tapped into this technology for the music video for "Brothers" off their upcoming album, Mixed Emotions. Though their use of an interactive, 360 video is simple, the result is mind-blowing.
The video takes place in an apartment living room with guitarist/vocalist Eric Emm hanging out on a couch in jeans and socks. As he moves about, answering the door for bandmate Jesse Cohen, the viewer is invited to follow them around the room (by clicking and dragging the mouse) as they mess with the guitar, piano and a set of drums.
The plot line is simple, but play around with shifting the perspective -- try the wide-shot too -- and it completely transforms what would be an average concept.
The Brooklyn-based duo's funky electronics and pop beats are the kicker. You'll catch yourself doing one of those awkward chair dances because their music is just that damn good.
Watch Tanlines' "Brothers:"
FOLLOW HUFFPOST CULTUREONFacebook:Like
Check out this video.. it's interesting 360 video with an attachable lens for iphone
As an expected early March reveal for the third-generation iPad 3 approaches, details are leaking from Chinese sources. New photos detail what is claimed to be the logic board for an iPad 3, sporting an "A5X" processor. Pictures of the rear casing show a more tapered rear panel with what appears to be a lens opening similar to that of the iPhone 4S, suggesting a possible 8MP rear camera. These new leaks support earlier rumors that the iPad 3 would get an improved dual-core processor and a serious bump in camera resolution.
MacRumors published an image discovered on a Chinese forum post of a purported iPad 3 logic board. The board sports a processor labelled "A5X," suggesting that it's a revision of the current dual-core A5 processor used in the iPad 2 and iPhone 4S. Several signs pointed to the possibility that Apple could move to a quad-core design for its next-gen mobile processor, and earlier rumors suggested this was so. However, a recent report from The Verge indicated that the processor would retain the same dual-core processor with improved Imagination Technologies GPU cores. An "A5X" (A5 eXtreme?) would fit in with that description.
The A5 is no slouch in general processing, but improved graphics processing would be especially useful if the iPad 3 contains a 2048 x 1536 pixel "Retina" display. Such a display has long been predicted, and has been all but confirmed by a leak of upcoming display parts sporting doubled linear resolution last week. Whatever other improvements an iPad 3 might have, a Retina display seems a sure bet.
MacRumors also recently highlighted images of the purported rear unibody enclosure of the iPad 3 published by NextMedia, a Taiwanese news source that publishes the Apple Daily tabloid. While NextMedia is not considered a highly reliable rumor source, the images are similar to others of the same purported iPad 3 parts that have leaked out of China.
In particular, the newer images reveal a more gradual taper of the rear of the iPad compared to the iPad 2, as well as a much larger lens opening for the rear-facing camera. Hiding behind that larger lens opening is what looks to be a camera module similar to that of the iPhone 4S. An earlier rumor suggested that the updated iPad would get camera hardware comparable to that of the iPhone 4S, with a 720p front-facing "FaceTime HD" camera, and an 8MP rear-facing camera. These images seem to support that notion, though we're not sure such expensive parts will make it into a $499 device. Consider us cautiously optimistic that this rumor is true.
The next iPad hardware revision is expected to be announced during a special media event on or around March 7.
Further reading
- [iPad&相关]晒下iPad3主板，期待A6处理器的果粉要失望了 (bbs.weiphone.com)
- 新iPad傳3/7開賣 心臟變四核心 鏡頭加大 (tw.nextmedia.com)
- Next-gen iPads with LTE and an 8" version in testing? Magic WSJ-ball says "yes" (arstechnica.com)
Chinese source leaked that the iPad3 may just have the camera power we all asked for
If the iPad 3, which is coming out soon, gets a iPhone like camera, that would simply be awesome.
3G Glossary of Mobile Phone Technology ( Part 1 )
3 Mobile Phones, 3 Store, 3 UK, 3G, 4G, Three
The 3G Glossary of Mobile Phone Technology is produced in two parts. Part One covers 0-9 e.g. 3G and letters A through to L. Part Two of the Glossary covers M through to Z.
Part One below covers 0-9 e.g. 3G and letters A through to L. Part Two can be found here.
2G
2G, also known as second generation, is a mobile phone technology that came between analogue technology and 3G technology.
2.5G
2.5G indicates a mobile device that is more advanced than a standard 2G, or second generation, device, and may even include support for features such as EDGE and GPRS.
3G, or third generation, is an advanced mobile phone technology that has followed 2G, or second generation, technology. 3G systems involve a high capacity for data transfer, meaning that mobile broadband and video calls are among the possibilities on many 3G mobiles, such as those available at a 3 shop or in a 3 mobile deal.
4G
4G, or fourth generation, is a term that is used in reference to the technology developed to follow and improve upon 3G, or third generation, technology, as used in 3G phones. The technology has not yet fully taken shape, although a number of trials are being based on an IP network in the manner of LTE or WiMAX. A number of service providers have made commitments to 4G technology as a natural successor to 3G technology.
3-way Calling
3-way Calling is a type of conference calling that means that three or more people can join the same call on a mobile phone, such as a 3G mobile. All three people can talk and listen at any point during the conference call, and it is usually the case that additional people can join the conference, or that existing participants can leave the conference, without disturbing the call. This means that it is a flexible method of communication for businesses travellers or for business offices in different regions or countries.
A-GPS
A-GPS stands for Assisted GPS, which is a technology that enables a mobile device, such as a 3G mobile phone, to use triangulation to identify its current location. Some 3G mobiles that include a GPS chip can make use of A-GPS. Triangulation is a system whereby the location of a 3G phone can be found in relation to the nearby mobile phone masts. In many cases, this can give an accuracy of within 100 metres. Some 3G mobiles, such as some three shop 3G phones, can use A-GPS for a faster location fix than is possible using a normal GPS location fix, which might take as long as 30 seconds.
AAC
AAC, or Advanced Audio Coding, is a format for music that is being considered as an improvement to the widely used MP3 format. It is claimed that the AAC format can give better sound quality while using the same amount of memory space as the MP3 format, which means that it might be used to improve the music experience for users of 3G phones such as 3 store 3G phones.
Accelerometer
An Accelerometer is a tool within a mobile phone, such as one of the many 3G devices, which can detect motion. Although the Accelerometer is designed to detect acceleration, it can be used to detect when the orientation of a mobile device changes, and so can be used in the auto rotate function, which rotates the display on the mobile device between landscape and portrait mode, depending on the angle at which the phone is being held.
Adobe Flash
Adobe Flash, which is often known simply as Flash, is an Adobe product that works as a multimedia system for computers. Users often access it by use of a web browser, but it can also be used in the creation of user interfaces and menus for a number of mobile phones, such as 3G mobiles. A light version of Flash, with a smaller range of functions than the full version, is available specifically for mobile phones, enabling users to view multimedia web content on, for example, a 3shop 3G phone. Other uses of Flash include support for streaming video on social networking and other multimedia websites.
AMOLED
AMOLED is the short form of Active Matrix OLED, which is a type of display technology used on mobile devices. One of the benefits for users is that displays that use this technology tend to have quicker times for pixel switching, which removes the effect of ‘ghosting’ that is sometimes apparent in quick-moving animations when they are displayed using older technology.
Android
The name Android has been given to a Google-designed operating system that is based on Linux. The Android operating system is open source in nature, meaning that 3G phones or other devices that are based on Android are likely to be cheaper to produce than operating systems for which a royalty fee is payable, as is the case with, for example, Windows Mobile by Microsoft. The first commercial device based on the Android operating system was introduced to the market by T-Mobile in 2008.
Android 2.3
Android 2.3 has also gone by the name Gingerbread, and is a version of Android that was released in the latter half of 2010 to include a number of technical improvements. These improvements included enhancements to the user interface and to the copy-paste functions, to the support for Near Field Communication support, and to the support available for larger screens. There was also the addition of a virtual keyboard on the device screen. Android 2.3 was later updated further with additional enhancements in the form of video calling (Google Talk) and mobile payment (Google Wallet).
Android 4.0
Android 4.0 has also gone by the name Ice Cream Sandwich, and is a version of Android that was first released onto the market in the latter half of 2011 and that combines, in one operating system, the smartphone features of Android 2.3 and the tablet features of Android 3, which has also gone by the name Honeycomb. Android 4.0 includes additions and features such as a new font, which has been given the name Roboto, and a number of other improvements to the user interface.
Audio Output Jack
The audio output jack is a connector on a mobile phone, such as one of the 3 shop 3G phones, that enables the user to use the phone with a regular headset in order to listen to music on the phone. The audio output jack is a standard connector, usually with a dimension of 3.5mm, which means that there is no need for connectors that are specific to each type of mobile phone on the market.
Auto Focus
The auto focus feature is part of the camera lens on a mobile phone such as a 3G phone that automatically adjusts the focus of the lens onto a particular object in the viewfinder. Although auto focus has been a standard feature on cameras for many years, many camera phones have featured cameras with a fixed focus lens, which can lead to a lack of clarity in images, and the introduction of auto focus in camera phones such as 3G phones is intended to solve that difficulty.
Bar Phone
The term bar phone refers to the shape of one of the more popular types of mobile phones, including 3G phones. The word bar is derived from the idea of a candy bar or chocolate bar, and the simple shape makes the buttons and the screen easy to see and easy to access, which has been an important factor in making the design popular.
BlackBerry - Research In Motion
Research In Motion is sometimes abbreviated to RIM or is known by the BlackBerry brand, and is a company based in Waterloo, Canada, that makes mobile phones and the related server software that is necessary for the use of email on mobile devices such as 3G mobiles. The server software is known as BlackBerry Enterprise Server.
Bluetooth
Bluetooth is a type of technology that enables wireless connections to be created so that electrical devices, including mobile phones such as 3G phones, can communicate with each other without the need for wires. Bluetooth technology works over short distances, usually up to about 10 metres, and is a common solution when it comes to the car kits and headsets that operate with, for example, three shop 3G phones.
Bps
Bps is an abbreviation of the measurement bits per second, which denotes the speed at which data transfer occurs, for example when sending or receiving data from 3G phones.
Capacitive Touchscreen
A capacitive touchscreen is one of the categories of touchscreen that is most commonly used for mobile devices that use displays that can be operated by touch. Capacitive touchscreens make use of the electrical properties that are inherent to the human body so that they can detect when and where a user touches the screen. Capacitive displays respond to quite light touches by the user when the finger is in direct contact with the screen, but cannot usually detect a touch by a stylus or by a hand that is in a glove. The other type of touchscreen that is commonly used is a resistive touchscreen.
Cellular
The term cellular is widely used to describe mobile phone communications, particularly in the USA, and is derived from the fact that mobile phones, including 3G phones, operate within a series of transmitter areas known as cells.
Contract
A contract for a mobile phone such as a 3G phone is an agreement with a service provider. Contracts are available at different prices and for different lengths of time and usually involve periodic billing, such as monthly bills for the services used. Sometimes phones, including 3G phones, are made available for free with certain types of contract. For a 3 mobile deal or for other information on a contract for a 3 mobile phone, information is available from the nearest 3shop.
Coverage
Coverage refers to the area within which it is possible to make or receive calls on a mobile phone.
Digital Zoom
On the camera of a mobile phone, the digital zoom is a feature that can digitally enhance part of an image so that it appears that the lens has zoomed in on the subject of the image. However, as the digital zoom actually crops and enhances the image, there is generally lower image quality than with optical zoom.
Dual Band
Dual band refers to the ability that a phone has to work on networks of both 900MHz and 1800MHz. Following the growth in popularity of mobile phones, including 3G mobiles, the available frequencies for mobile phones have been in great demand. With dual band, 3G phones can make use of the full range of frequencies that are available, easing the congestion of mobile phone frequencies.
EDGE
EDGE is term derived from the words ‘enhanced speed for data transfer across a GSM network’, and the technology of EDGE is sometimes viewed as an alternative technology to third generation, or 3G. If a 3G network is not available, many 3G phones can use EDGE to maintain fast rates of data transfer.
Evolved HSPA
Evolved HSPA is sometimes referred to by the alternative terms HSPA Evolution, HSPA+, or eHSPA, and involves a developing set of technologies that use existing HSPA standards. These standards deal with data transmission across 3G networks that are based on UMTS. Evolved HSPA has been predicted to be able to provide 3G phones with a downlink rate of 42Mbps and an uplink rate of 22Mbps.
Face Recognition
Face recognition is a type of technology that is used in a digital camera to identify human faces and to provide an automatic focus on these faces, meaning that images of faces are produced with greater clarity and sharpness.
Femtocell
A femtocell is used in a domestic or small business environment as a small cell tower that expands the network range of a service provider. Each femtocell can connect to the service provider’s network using the domestic or business broadband internet, so that it then provides a strong signal for devices in the area, such as 3G phones from 3shop.
Firmware
Firmware is a term that is used to describe the software that controls how a mobile devices such as 3G mobiles work. The word firmware indicates that, unlike other software, the functions are closely linked to the specific hardware to be found in mobile devices. Most often, firmware is stored in the flash memory of the ROM on a mobile device, to help to prevent accidental erasure or loss. Sometimes the firmware of mobile devices such as 3G phones can be updated to add extra functions to the devices.
Flash Lite
Flash Lite offers mobile devices such as the 3G phones from 3shop the possibility to make run a selection of the features that are to be found in a full version of Adobe Flash. Flash Lite can be used, for example, to view embedded videos on social networking websites.
Frame Rate
Frame rate is measured in, for example, frames per second, and it indicates how many still images are used to create one second of video or animation. When there are more frames per second, the video or animation appears to be smoother with less flicker. A good frame rate for smooth quality video is 30fps (frames per second) or more, but with a rate of 15fps or less, the video becomes obviously less smooth.
Frequency Band
A frequency bands is a group of radio frequencies, such as those used by mobile phones when communicating with a mobile network such as a 3G network. A mobile device needs to be able to work on a particular frequency band to be able to communicate with a particular mobile network. For example, the frequency bands used by mobile networks in the USA tend to be at 1900MHz and 850MHz, while the frequency bands of mobile networks in Europe and elsewhere tend to be 900MHz and 1800MHz. If a mobile device such as a 3G phone needs to work in both the USA and Europe, it must be able to work at 1900MHz and either 900MHz or 1800MHz. It is possible to get devices from 3shop that are tri-band, covering three frequency bands, or quad-band, covering four frequency bands.
GB
GB is an abbreviation of Gigabyte, which is a unit of memory storage, for example in a 3G phone. One Gigabyte is the same as 1024 MB, or Megabytes.
GPS
GPS stands for Global Positioning System, which is a technology that uses satellites to work out the location of a device with GPS technology, such as some 3G mobiles.
GPRS
GPRS is an abbreviation of General Packet Radio Service, which historically was a high-speed data service that preceded 3G for mobile devices.
GSM
GSM now stands for Global Standard for Mobile communications, which is a worldwide standard for digital mobile phone networks. Such networks operate on different frequency bands. Mobile devices such as 3G mobiles need to operate on the correct frequency bands for the local networks. For example, a quad band phone from three mobile is capable of operating on all four of the main frequency bands used globally, which makes it good for international travel.
Hands-free
Hands-free refers to the possibility to use a device to make or receive a phone call without actually holding the device. A typical situation would be a hands-free car kit, which enables a driver to use the phone and drive at the same time. This is done through the use of a microphone for the driver's voice and a loudspeaker through which the caller can be heard. In other applications, the loudspeaker might be replaced by earphones or a device for conference calls. A wireless Bluetooth headset is another example of a hands-free device.
Haptics
Haptics, or haptic feedback, refers to the way in which the sense of touch is used in the user interface of, for example, a mobile phone, to give the user of the phone information. For example, in mobile devices such as 3G devices, haptics can include a vibration to acknowledge a user pressing a touchscreen button, which replaces the tactile sense of pressing and releasing a traditional physical key or button. The concept of haptics is also used in so-called force feedback that is provided through joysticks and steering wheels during some types of games.
HDMI
HDMI stands for High-Definition Multimedia Interface, which is a connection similar to USB that uses a single cable to connect to an audio or video device, such as a DVD player or TV monitor.
HDMI-Ready
HDMI-Ready refers to the capability of a device to use HDMI, or High-Definition Multimedia Interface, to connect to a high-definition digital audio or video signal.
HDTV
HDTV stands for High-Definition Television, which is a type of digital television that has a higher resolution than analogue television. Most television broadcasts are now digital.
HSCSD
HSCSD stands for High Speed Circuit-Switched Data, which is a method of using 2G, or second generation, mobile networks to provide fast internet access. The introduction of 3G networks and 3G mobiles, such as those from three shop, means that HSCSD is no longer in common use.
HSPA
HSPA stands for High Speed Packet Access, which refers to 3G networks that are based on UMTS and that can utilise both HSDPA and HSUPA data for higher download and upload rates. HSPA is sometimes used as a term to cover the whole family of similar systems, including HSPA+.
HSDPA
HSDPA stands for High Speed Download Packet Access, which is usually referred to as mobile broadband. HSDPA provides high data rates when downloading data on a 3G mobile network.
HSUPA
HSUPA stands for High Speed Upload Packet Access, which is a service that works with HSDPA to provide upload data rates at mobile broadband quality, to complement the similarly faster download data rates that are available on a 3G network.
IM
IM stands for Instant Messaging, which is a commonly used communication service that is available on a wide range of 3G phones, such as those from 3store. Some devices enable users to use IM with established applications such as Windows Live and Yahoo Messenger.
Image Stabiliser
Image stabiliser is a technology that is used on a camera phone so that the effect of shake, as caused by a hand tremor, is reduced and so that an image is less blurred as a result.
IMAP
IMAP, or Internet Message Access Protocol, is a way of sending and receiving email by use of an internet server online. With IMAP, email headers and sender data are downloaded so that the user can then decide whether to download a full email message, for example onto a 3G device, or to keep the email message on the server online, where it can later be accessed from a computer, for example.
IMEI
IMEI stands for International Mobile Equipment Identity, which is a unique serial number that is required for every mobile device. The IMEI is usually printed in a place under the device battery. The IMEI can be used if a device is stolen, so that the device can be identified and blocked by the mobile network, thus making it unusable as a phone.
Internal Memory
The internal memory of a phone such as a 3G phone is the capacity on the device that can be used to save images, messages, and music, for example.
IrDA
IrDA refers to a set of protocols that manage the exchange of data using infrared technology. Infrared is common on devices such as 3G mobiles, but the operating range is limited compared to Bluetooth.
Java
Java is the name of a programming language that used in the creation of a large number of games and applications that can be used on devices such as 3G phones.
Kbps
Kbps is an abbreviation of the unit of measurement kilobytes per second, which indicates the speed at which data is transferred, for example on a mobile network such as 3G network.
LCD
LCD stands for liquid crystal display, which is a technology that has made flat screens and flat displays possible. The technology makes use of electrodes and polarizing filters so that individual pixels of light can be activated or deactivated, meaning that they appear lit or unlit to the user. In a colour LCD, red, green, and blue colour filters are combined to create the colours that are visible on the display.
LED
LED stands for Light Emitting Diode, which is a small light that is used, for example on a camera phone, to enhance the quality of images shot in poor light by illuminating objects that are in the shot. LEDs provide less light than a xenon flash, but also require less energy to operate, thus saving battery power.
Lithium Ion
Lithium ion is a chemical technology that is used in the manufacture of a large number of types of mobile device batteries
LTE
LTE stands for Long Term Evolution, which is thought to be a likely evolution from the technology of UMTS 3G. The concept behind LTE is to update the UMTS 3G technology, and therefore provide higher data transmission rates in both the upload and download directions. As 3G develops into 4G, LTE is one of the options available to service providers when upgrading their mobile networks.
Related Articles
3G Glossary of Mobile Phone Technology ( Part 2 )
Samsung Galaxy SII Price Slashed On Three
HTC Launches First 4G LTE Smartphone in Europe
Blackberry Bold 9790 Hot Deals On Three
Nokia Lumia 710 Hits The Three Store
Three To Double Mobile Broadband Speeds This Year !
HTC Wildfire S Comes With Free Car Charger On Three
Todays News
O2 Hosting Create London Event To Drive NFC Adoption !
LG Prada Phone Now Available On The Full Monty Tariff !
50 Cent Of Smartphones Sold In Last Quarter Of 2011 Were Android Powered !
Mobile Broadand Usage Doubled In 2011
Facebook App For Android Gets Update !
HTC Launching Beats Audio Streaming Music Service
Latest Reviews
Asus Eee Pad Transformer Prime Review by 3G.co.uk
Disgo Tablet 7000 Review by 3G.co.uk
Motorola Xoom 2 Media Edition Review by 3G.co.uk
Orange Tahiti Review by 3G.co.uk
Nokia Lumia 710 Review by 3G.co.uk
By Miles J Thomas on 16th February, 2012
Phone Reviews
Phone News
Operating Systems
- Latest News
- Apple
- Android
- Blackberry
- Nokia MeeGo
- Nokia OS
- Palm
- Samsung Bada
- Symbian
- Windows Mobile
- Windows Phone 7
- Other
Mobile Broadband
Operators
Store
Popular Tags
Apps
All content and images are copyright (c) 2009 3G.co.uk all rights reserved.
Home | Advertise | 3G Site Map | Phone Reviews | Phone News | Press Releases | What is 3G? | iPhone 4S Deals | About 3G.co.uk | 3G Guides
Learn about what all the G and S is about on the iPhone
The VTT Technical Research Centre of Finland has developed an optical accessory that turns an ordinary camera phone into a high-resolution microscope. The device is accurate to one hundredth of a millimetre. Among those who will benefit from the device are the printing industry, consumers, the security business, and even health care professionals. A new Finnish enterprise called KeepLoop Oy and VTT are already exploring the commercial potential of the invention. The first industrial applications and consumer models will be released in early 2012.
The operation of the device is based on images produced by the combined effect of an LED light and an optical lens. Various surfaces and structures can be examined in microscopic detail and the phone's camera used to take sharp, high-resolution images that can be forwarded as MMS messages.
An ordinary mobile phone turns into an instant microscope by attaching a thin, magnetic microscope module in front of the camera�s normal lens. The device fits easily in the user�s pocket, unlike conventional tubular microscopes.The plastic macro lens of the mobile phone microscope magnifies objects effectively. The camera�s field of view is 2x3 millimetres. A number of LEDs have been sunk into the outer edge of the lens, allowing objects to be illuminated from different angles. Images illuminated from several different angles could be used to produce 3D topographic maps, for example, with mobile phone software. The 3D maps would be accurate to one hundredth of a millimetre.
The competitive edge of the product is based on next-generation lens technology, the compact and user-friendly structure, and customisable extra features. The mobile phone microscope is suited for examining surfaces and surroundings, for security, health care, and even gamesThe mobile phone microscope could also be used to study surface formations, especially in the printing industry as part of quality control and in field conditions. In the security business the device could be used, for example, to read microcode in various logistics systems, while it is also suited for studying security markings, and for authenticating products as genuine as part of brand protection. The microscope is capable of detecting hidden symbols in products that are not visible to the naked eye.
The device can also be applied to study of the environment. Consumers could use the instant microscope when out and about to examine the leaves of trees and plants, for example, or study insects. Another potential application is in examining textile structures such as strands of hair, or the fibrous structure of paper. The device also has uses in social media, and in community-based hybrid media where traditional forms of media are used in combination with each other. There are also several potential applications in the gaming world.
Julien Happich writes for EE Times from where thsi article is adapted.
Augmented reality is a term for technologies that soup up our view of the real world with an overlay of virtual information. Think Terminator vision.
So far, augmented reality has been largely limited to marketing gimmicks and iPhone apps. But a Washington-based company called Innovega is working with the Department of Defense on a project that could make it much more practical.
One of the stumbling blocks in augmented reality has been figuring out how to present the virtual information. It’s not hard to project images onto the lenses of a pair of glasses. But it is very hard to focus on images that are an inch from your eyeballs.
Innovega is trying to solve that problem with special contact lenses that allow the wearer to focus simultaneously on things that are very close and far away. Their hope is that these contact lenses make it possible for people to see images in small digital displays--glasses, basically--while still being able to interact normally with the outside world.
Innovega is working on this project with DARPA, the Department of Defense’s cutting-edge technology research agency, so it should be no surprise that there are military applications on the horizon if the technology works. A small digital display like this could make it possible for soldiers to see in night vision or infrared, magnify images, or pull up maps, all without bulky equipment. Innovega, for its part, is emphasizing the recreational possibilities, such as better immersive 3-D movies and games.
But war and entertainment are the obvious--and potentially less interesting--applications. Innovega says the system could help people suffering from macular degeneration. And one could imagine this kind of lightweight augmented reality being very useful in medicine and education. Imagine a surgeon who can have access to vital stats without taking her eyes away from an operation, or a classroom of the future where stats and animations could appear in front of your eyes at a moment’s notice.
When, exactly, can we expect this technology? A consumer version, the company says, won’t be available until late 2014 at the earliest. Until then, try not to be too upset with the normal reality of your current contacts.
Innovega is trying to solve that problem with special contact lenses that allow the wearer to focus simultaneously on things that are very close and far away. Their hope is that these contact lenses make it possible for people to see images in small digital displays--glasses, basically--while still being able to interact normally with the outside world.
Just in time for New York Fashion Week, San Francisco’s Hipstamatic is out with a new iPhone app lens designed with fashion fans in mind. Better yet, it’s free to download through Feb. 16.
http:/www.lensforiphone.com
One of the charms of having a camera on your mobile phone is its ability to instantly share pictures, which may be the chief reason for the predicted demise of the point-and-shoot camera.
But Samsung has taken a step to reverse that trend by adding Wi-Fi to a broad range of cameras unveiled at the International Consumer Electronics Show in January. The Wi-Fi feature lets people send pictures directly from the camera, similar to the way they do from a phone.
The WB850F is the flagship of Samsung’s Wi-Fi camera line.
Samsung has put Wi-Fi into a camera before, but never so many at once. This time, the company is adding it to four cameras and one camcorder.
To use the Wi-Fi feature, you first have to set the camera to be recognized on your network – that may mean entering a password. Then you can decide what you want to share from the camera.
It can be set to load all of your photos to your computer automatically when on a shared network. It also can be set to share only selected photos. You can e-mail photos directly from the camera, or upload automatically to sites like Facebook and Picasa.
The cameras also have Wi-Fi Direct, a new standard that lets Wi-Fi devices connect to one another without a router in between, similar to the way Bluetooth does. That means if you have a phone with Wi-Fi Direct, you can send an instant photo from your camera from anywhere your phone can, but instead of a noisy five-megapixel image, you can send a full 16-megapixel masterpiece.
The cameras, some of which will become available in February, others not until April, share the Wi-Fi feature Samsung calls SMART. (Don’t ask me why it’s all in uppercase.)
The flagship is the WB850F ($380), which also features a 16-megapixel CMOS sensor, 21X optical zoom, f2.8 lens and three-inch AMOLED screen, and can take 1080p video at 30 frames per second.
Next comes the WB150F ($230), with a 14-megapixel CCD sensor, 18X optical zoom, f3.2 lens and three-inch AMOLED screen, and can take 720p videos.
The DV300F ($200) has a 16-megapixel CCD sensor, 5X optical zoom, f2.5 lens and three-inch TFT LCD screen, and can take HD video in 720p. It also has a 1.5-inch screen on the front of the camera, making it easier to compose self-portraits.
The ST200F ($200) has a 16-megapixel CCD sensor, 10X optical zoom, f3.1 lens and three-inch TFT LCD screen, and can take HD video in 720p. It is available in black, silver, red and purple.
Then there is the video camera in the line, the QF20 ($350), which is also available in a $300 non-Wi-Fi version, the Q20. Both have a five-megapixel CMOS sensor and 20X optical zoom, and can shoot 1080i at 60 frames per second.
