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There is a place where the sidewalk ends
And before the street begins,
And there the grass grows soft and white,
And there the sun burns crimson bright,
And there the moon-bird rests from his flight
To cool in the peppermint wind.
Let us leave this place where the smoke blows black
And the dark street winds and bends.
Past the pits where the asphalt flowers grow
We shall walk with a walk that is measured and slow,
And watch where the chalk-white arrows go
To the place where the sidewalk ends.
Yes we'll walk with a walk that is measured and slow,
And we'll go where the chalk-white arrows go,
For the children, they mark, and the children, they know
The place where the sidewalk ends.
Peppermint-suggests that the wind is cool and refreshing
Bends- suggests that the wind changed direction
Asphalt- a dark tar-like substance used in surfacing roads or waterproofing buildings. Hence describes the colour of the flower.
Chalk-white arrows- Maybe suggesting shooting stars
I like this poem because it is interesting. There were also parts which I didn’t understand at first which made me want to find out more. Although I am still trying to understand the whole poem, so it captivates me. There are also good adjectives used to describe the nouns. For example: crimson bright, asphalt etc.
My Poem:
School, the six-letter word...
Is just life that is absurd.
From being a know-nothing-kid,
To a big-brainer kid.
School, the six-letter word...
Cannot be described using a few words,
Because it is just amazing,
With the main motive of learning!
School, the six-letter word...
Is just a pretty small society.
That gives one many memories,
That involves our buddies!
School, the six-letter word...
Is just made up of a variety of things.
Every Tik, every Tok,
Has something that one can talk about!
Business Insider is reporting that Apple is set to hold a secret iOS developer summit next week. The event apparently begins next Tuesday and will run for three days. While Business Insider doesn't have any firm details yet, they speculate that the purpose of the summit is to improve the quality of apps on iOS devices in order to stave off competition from Google's Android App Store. The event coincides with the stated sometime-in-November release date of iOS 4.2, which will be available for the iPhone, iPod touch, and iPad. iOS 4.2 will be the first major update to the iPad since its launch in March. It's unknown what developers will be in attendance, but Business Insider speculates that whatever app developers are in attendance, they'll likely get "some extra face time with Apple engineers" and some hands on dev help.
This story is just breaking and we'll get you all the details as they leak out.
A wonder material makes your smartphone screen work. But with the world's stocks running out fast, the hunt is on for something new to keep us in touch.
A tap and a flick, and a new world is at your fingertips. Email, social networks, the digital version of New Scientist: surfing the web has never been easier thanks to the touchscreen technology built into the latest smart mobile devices. Proud owners need little excuse to demonstrate their new darling's superior, sexy features. Touch is fast, touch is fun—touch is the future.
Yet touch could soon be history, if we are not careful. Today's mobile touchscreen gadgets, along with all liquid crystal displays, rely on the unusual properties of a single material - a metallic crossbreed whose sources could be exhausted within the decade. It is not just our displays that are under threat. Solar cells and low-power LEDs, both central planks of a low-carbon energy strategy, could feel the squeeze too. No surprise, then, that companies and laboratories across the world are scrambling to find a replacement.
If this is all news to you, chances are you have never heard of the material causing all the fuss. A mixture of two metallic oxides called indium tin oxide (ITO), it is the material electronic engineers love to hate. Its principal component, indium, is a by-product of lead and zinc mining; it is difficult to come by and expensive. Once through the factory gates, ITO's brittleness and inflexibility make it a pain to work with.
And yet it has qualities that make us forgive its defects. Specifically, it is a rare example of a material that is both electrically conducting and optically transparent, which means it does not absorb photons of light.
Absorption occurs when a photon's energy matches that needed to knock an electron into an excited state. In a metallic conductor, where there is a free-flowing "sea" of electrons with many different energy states, ths almost always happens. Accordingly, almost all metals are highly absorbing—and entirely opaque.
Not so ITO. It is transparent like glass, but also conducts—not as much as most metals, to be sure, but enough. That makes it ubiquitous in modern electronic devices that manipulate light. In flatscreen televisions, each display pixel is switched on and off by a pair of transparent ITO electrodes. In thin-film solar cells, the light-absorbing layer needs an electrode front and back to form a circuit and so convert sunlight to electricity.
Touchscreens are just the latest innovation to depend on ITO. Some old touchscreens do without it, for example using infrared LEDs ranged around the screen to fire beams that are blocked by a touch. But this bulky, power-hungry set-up is ill-suited to a small device. The first mobile touchscreen gadgets came equipped with a stylus and two layers of ITO separated by a slight gap. Tapping this "analogue resistive" screen with the stylus brought the two layers into contact, allowing a current to pass that the device detected.
The sexy new handset in your pocket exploits the fact that your finger is conductive to do away even with the stylus. Touching the screen changes its capacitance at that location, a change picked up by a single layer of ITO. That innovation was the real breakthrough, says Lawrence Gasman of analysts NanoMarkets in Glen Allen, Virginia. "Multi-touch really changes the smartphone environment, almost like a mouse did for computing," he says. "Without it to expand the text, you'd probably go blind trying to read the web on such a small screen."
But how much longer can we count on the material behind that wonder? No one is quite sure how much or little indium there is left, says Thomas Graedel of Yale University, who heads the United Nations Environment Programme's working group on global metal flows. In part, that is because it is only a mining by-product and not all mines go to the trouble of recovering it. The US Geological Survey estimates that known reserves of indium worldwide amount to some 16,000 tonnes, overwhelmingly in China. Dividing that by the rate at which we are currently using the stuff suggests those reserves will be exhausted by 2020.
New sources of indium are almost certain to be found, but they are unlikely to satisfy the skyrocketing demand for ITO. This year, according to Gasman's figures, the touchscreen market alone is worth $1.47 billion, and will balloon to $2.5 billion by 2017. Even if the exact extent of indium supplies is hazy, ITO is set to become increasingly rare, and so increasingly expensive. This bald economic fact - and the fact that China is already curbing exports - is driving companies to search for alternative, indium-free touchscreen technologies.
Barring a fundamental shift in technology (see "Inside job"), the obvious place to start looking is among chemically similar materials. One pretender is zinc oxide, which is readily available for a fraction of ITO's cost. It is not as conductive, transparent or physically resilient as ITO, however. That is problematic, especially given that conductivity determines the responsiveness of the screen, and ITO's conductivity is already about as low as it can be and still be useful. "A little more or less makes a huge difference," says Gasman. "All that these replacements are is cheap."
Perhaps the answer is not to cut out indium altogether, but make what we have go further. Tobin Marks and his colleagues at Northwestern University in Evanston, Illinois, have developed a material based on cadmium oxide with just a sprinkling of indium that is just as transparent as ITO and three to four times as conductive. The material is prone to corrosion, so needs to be sealed under a thin layer of ITO, but ends up being just 20 per cent indium compared with 90 per cent for ITO (Thin Solid Films, vol 518, p 3694).
That has the sound of a stop-gap solution. Unfortunately, it's not that simple. First, cadmium is a highly toxic metal, requiring careful handling and disposal. Second, materials such as cadmium oxide are prone to cracking, a decidedly inconvenient property in a screen that is designed to be repeatedly prodded and poked.
ITO suffers from a similar brittleness itself. This has been less of an issue as long as the technology has been used principally in smartphones, which have a typical lifetime in our pockets of just 18 months; within such a timeframe a screen is highly unlikely to degrade to the point of becoming unusable. But as touch technology migrates to longer-lived tablet computers and e-readers, the problem is becoming more pressing. And the impending arrival of flexible, foldable—or at least rollable—displays is giving manufacturers yet another reason to look for a radically different solution to ITO.
Conducting polymers, perhaps? These long-chain organic molecules, discovered in the 1970s, act like molecular wires and beat ITO hands down when it comes to bending and flexing. But they are about as easy to manipulate as brick dust, says Yueh-Lin Loo of Princeton University. They can't be melted without changing their properties and they won't dissolve either, so making coatings of pure conducting polymer is just about impossible. Additives intended to make them soluble, so that they can be applied like ink, have had the annoying effect of wrecking their conductivity.
Until now, that is. In February this year, Loo and her colleagues found an additive that not only dissolves the polymer, but also disrupts the interactions between individual polymer chains, allowing them to "relax". That irons out kinks in the chains that hinder the flow of electrical current (Proceedings of the National Academy of Sciences, vol 107, p 5712).
It's hardly an ideal solution, though. Conducting polymers might not be brittle like the metal oxides, but they have their own degradation problems. Prone to attack by ultraviolet light and oxygen in the air, polymers are not the perfect solution for an oft-wielded touchscreen device. So is there any material that can tick all the performance boxes? Yes, says Mark Hersam, also at Northwestern University: carbon nanomaterials.
Carbon is a chemical chameleon. In some particularly black guises, it is the most light-absorbing material known. Pare it down to nanoscale structures, however, and it becomes transparent. In June this year, for example, a team led by Jong-Hyun Ahn and Byung Hee Hong of Sungkyunkwan University in Suwon, South Korea, developed a film consisting of four layers of graphene on a plastic backing. Graphene, the wonder material behind the award of this year's Nobel prize in physics, consists of sheets of graphite just a single atom thick. The graphene-plastic combination allowed 90 per cent of visible light to pass through and had a conductivity not far behind that of the highest quality commercial ITO (Nature Nanotechnology, vol 5, p 574).
Carbon nanotubes, which are essentially graphene sheets rolled up into tiny cylinders, look promising, too. They are rough, tough, transparent and increasingly available on a commercial scale. They would even work for flexible displays, says Hersam. "You can flex them, stretch them, with little to no degradation in their performance," he says.
The problem is making a conducting network out of them. Individual nanotubes are highly conductive, but the electrons racing across their surface stop dead when they get to the end of a nanotube and have to jump to the next. Hersam has a few ideas for improving contact between the tubes, for example by soldering them together with a good conductor that wouldn't affect the optical properties too much. But it is still early days. "We've been working in the area much less time than ITO has been in development for, which gives me hope that there are further improvements to be had," he says.
Others are less sanguine. Jonathan Coleman of Trinity College Dublin in Ireland researches transparent conductors in collaboration with electronics giant Hewlett-Packard. "When we started, industry thought that carbon nanotube films would be it - but no longer," he says. After trying various ideas to get around the problem of high resistance between the tubes, he and his colleagues decided that a rethink was needed. "We realised that, if instead of nanotubes you had metal nanowires, then where they touch you might get some bonding, giving electron transfer between them," he says.
Experimenting with silver nanowires, his team discovered that they could achieve transparency of 85 per cent and a conductivity only a fraction behind that of ITO (ACS Nano, vol 3, p 1767). "Optically and electrically, the silver was almost identical to high quality commercially available ITO, but totally flexible," says Coleman. Another team led by Peter Peumans at Stanford University in California achieved similar results (Nano Letters, vol 8, p 689).
Unfortunately, this bling comes at a price: silver nanowires are 10 times as expensive to produce as the already pricey top-grade ITO. Cheaper metals just don't seem to cut it, though. With copper nanowires, for example, the conductivity is good, but the transparency is low, at 60 per cent.
But even if silver's magic properties cannot be replicated with other materials, all is not lost. As production ramps up, prices will fall - and with indium only becoming more expensive, the costs will cross over at some point. "It's just a question of when," says Coleman. "Hewlett-Packard are now looking at silver nanowires as a material of choice."
So roll up, ladies and gentlemen, place your bets. Silver, carbon, zinc, cadmium, polymer... which will become the triumphant successor to dwindling ITO? None has yet shown a clear advantage, but the soaring demand for touchscreens and the breakneck rate of innovation means one must step into the breach. After all, we all want to stay in touch.
James Mitchell Crow is a freelance writer based in Melbourne, Australia
New Scientist reports, explores and interprets the results of human endeavour set in the context of society and culture, providing comprehensive coverage of science and technology news.
We have seen a number of smartphones launch in the past three years since the original iPhone hit the American market.
While not all these phones were positioned as potential iPhone killers, there is no doubt that a good majority of these new phones still adopted the core mantras that have made the iPhone a success.
Apart from the intuitive interface and admirable aesthetics, one of the other major aspects that have made the iPhone quite popular is the App Store. No wonder then that almost all the major rival smartphone platforms today have their own application markets. A major contribution to the adoption rate of the app market among users is the availability of a number of high quality gaming applications. Several studies in recent times have pointed out that gaming apps continue to nurture the iOS app ecosystem, which now consists of nearly 300,000 applications.
Perhaps taking a cue from this, Sony Ericsson is now rumored to be launching an Android based smartphone that will be targeted solely at the gamers. This Android handset, dubbed the PlayStation Phone, is said to sport some really sophisticated hardware including a 1 GHz Qualcomm MSM8655 processor, a 512MB RAM, a 1GB ROM, a screen between 3.7" and 4.1" and support for microSD based storage expansion.
Folks at Engadget claim to have received a leaked snapshot of the upcoming handset, which we have embedded below. As you can notice, the PlayStation phone will offer a multitouch-supported touchpad in addition to the familiar PlayStation control buttons for dedicated gaming. While Sony has stayed silent over these latest speculations, sources have indicated that the new PlayStation phone could launch in 2011.
In all likelihood, the new PlayStation phone may not be targeted at the iPhone audience and could instead be aimed at the younger population. However, it is worth noting that the early success of the iPhone against the likes of Nokia, Research in Motion and Windows Mobile too came due to the availability of apps that appealed to a wider audience. With the new gaming smartphone expected to be integrated with a Sony game app store, we wonder if the Japanese tech giant could offer a significant challenge to the current crop of smartphone manufacturers like Apple assuming it is for real and not a fake.
Do you think Apple should be worried? What are your thoughts on the PlayStation Phone?
[via Engadget]
Apple CEO Steve Jobs has made a point in recent keynotes to mention the fact that the iPhone and iPod touch are the world's best selling portable gaming devices, well ahead of longtime champion Nintendo. Nintendo America president Reggie Fils-Aime has acknowledged the threat and sees Apple as a bigger problem for his company than either Microsoft or Sony. While hardcore gamers generally prefer the higher-powered Xbox and PlayStation platforms, far more consumers have bought into the casual gaming approach enabled by Nintendo's Wii and DS. The high quality and easy-to-play-in-short-burst games available on Apple's handheld devices combined with their wireless capabilities have made them even more compelling than Nintendo's offerings.
At first unconcerned, Nintendo's anxiety gradually grew into Reggie Fils-Aime's admission.
So far, the Apple incursion into the gaming space has mostly hurt the DS, but that could soon change. The surge in popularity of the new generation Apple TV could end up taking a big bite out of the Wii. Since the Apple TV runs on iOS and has already been jailbroken, the expectation is that, before long, Apple will make an app market available for the set top device. When that happens, we are likely to see games running on it that could possibly feature Wii-style motion controls for use with the iPhone or iPod.
[Via Joystiq]
Tags: iPhone, ipod touch, IpodTouch, nintendo, nintendo ds, nintendo wii, NintendoDs, NintendoWii, portable gaming, PortableGaming, Reggie Fils-Aime, ReggieFils-aime
According to Techcrunch, Apple and Swedish music streaming service Spotify are involved in a very early stage discussion about a possible acquisition by the former.
Techcrunch has received an e-mail tip off from an anonymous source which read, "Apple, Inc. (AAPL) in negotiations to acquire Spotify," As soon as they received it, they decided to dig a little deeper and claims to have confirmed that the two are in ”on and off” discussions about an acquisition. They add that “No firm price has been offered, no term sheet tabled”.
This is a very interesting development because as recently as last month, Apple was trying to derail the launch of Spotify in the US. Rumors were flying in thick and fast about Apple allegedly convincing record labels that Spotify's business model would be a loss making proposition.
Soon after this, there were rumors of Apple coming up with its own music subscription service. Now we wonder what changed in a span of a month for Apple to become suddenly interested in Spotify.
Another interesting bit that Techcrunch adds is the fact that Google and Spotify were almost on the verge of a deal last year. The deal, worth over $1 billion however never went through because Spotify demanded an extra $800 million “walk away fee” which Google wasn't interested in paying.
Meanwhile, Spotify has denied having any acquisition talks with Apple. Spotify's spokesman Jim Butcher has issued the following statement:
"We wouldn't normally comment on this kind of speculation, but we wanted to make it clear that we have absolutely no intention of selling Spotify."
Of late Apple has been involved in a lot of rumors related to acquisitions – and why not? With cash reserves of over $50 billion, the company has enough resources to acquire any decently sized business. Last time we had heard of Apple trying to acquire or at least pick up a stake in Facebook – and now we have Spotify.
What do you think about Apple's possible Spotify acquisition?
[via Techcrunch, CNet]
In iPhoneWorld.ca’s continuing interview series with iPhone hackers, today we have the privilege of interviewing the famous hacker ih8sn0w, creator of numerous jailbreak/unlock tools for iOS devices, such as Sn0wbreeze, iReb, iDetector and f0recast.
In our interview we’ll be talking about ih8snow himself, the upcoming Sn0wbreeze 2.1, the iPhone hacking scene in general and more.
iW: Greetings! Would you mind introducing yourself to our readers?
My name is Steven. Some people call me Steve. I’m known in the community as the handle ‘iH8sn0w’. You’ve probably heard about me in the Jailbreaking community.
iW: Let’s have a quick look into your bio. We, just like our readers, would like to know more about the man behind the nickname.
A: Well… I am currently 15 years old living in Toronto, Ontario (Yeup, Canada). I Had my first computer when I was 2, and built my first application when I was 8. I have had a history in other scenes but not under this Nick. I was formerly involved in MapleStory hacking. But, since Nexon kept making things harder and harder, I moved on.
iW: Speaking of your nickname – how or why was it selected?
A: Hmm… Simple. 1) I’m Canadian (therefore dislike snow). 2) the ‘i’ in the beginning of my nick is there due to an ‘i’ in almost every apple product. 3) I added the sn0w from the original idea yellowsn0w/ultrasn0w. Put it all together. You’ll get iH8sn0w.
iW: How did you end up becoming an iPhone hacker? Or well, rather, how did you become involved in iPhone hacking scene?
Well, originally, everybody called me fake in the community. and I can see why with all of the fakes these days. I started development on ‘iREB’ back in August of 2009 which was very very poorly coded. Nothing big, I maybe had about 200 followers. Nothing big. When I announced one day that I was searching through the 3G/3GS baseband for a crash people didn’t care. The only time they started to care is when I announced I found a useful crash in the baseband. Drama started to happened right about here. MuscleNerd was calling me out daring to send him the command. However, while this was going on, I kept getting @replies saying” fake!!! Go away!!” and stuff like that. This made me very furious and I posted the baseband command on Twitter. geohot then came into contact with the command and announced that it was not exploitable. However, he then looked again and found a way to exploit it. Thus bringing blacksn0w to 05.11.07/3.1.2 users. When geohot wrote a blog post about it, he credited me + added me to his whitelist for jailbreak devs. Things picked up here.
iW: A lot of folks wonder what it takes to become an iPhone hacker. How easy is it to get into the scene and what sort of knowledge does one require?
A: To be honest. Getting into the scene today is not so easy because its not as easy as the 1.x days. Patches and exploits are harder. I would say that intelligent people would be able to enter the scene no problem, especially with experience from other scenes (e/x comex). But, if you would like to learn as much as possible. All public knowledge of iPhone hacking is posted on TheiPhoneWiki.
iW: Although you collaborate with The iPhone Dev Team and The Chronic Dev Team you choose to release your tools under your own brand, ih8sn0w, instead of officially joining one of these groups of devs. What gives?
A: I don’t think the Dev-Team likes me. MuscleNerd specifically ignores me for no reason. As for the chronic dev-team, They are AWESOME! I talk regularly with the members of the chronic devteam. If I get stuck at times, and I ask if they found a solution to the obstacle, they would tell me. We are friends. 
Joining the teams is not up to me. You need to be invited. I doubt the iPhone-Dev would ever accept me. As for the chronic dev-team, one can dream.
iW: So are you a one-man-army, or are there other people on your team?
A: At this moment, I work by myself. At times, I do ask people in irc or members of the chronic dev-team for assistance.
iW: After Limera1n jailbreak for iOS 4.1 was released by geohot you’ve announced plans to update Sn0wbreeze with his exploit. How is your work on that progressing?
A: Well, work is progressing very good! Adding 5 new devices to sn0wbreeze takes time, and people need to understand that. Also, with the new lockscreen bug announced, Apple will surely push a new firmware to patch it and patch the untetherness of the current jailbreaks. Which is why I urge users to get their blobs, that way, when the time comes, they’ll be ready.
iW: We’ve heard that Sn0wbreeze development has hit some snags since you’re not getting the help you need from the iPhone Dev Team. Is this the reason we’re still waiting for Sn0wbreeze 2.1 while pwnage tool for Mac is already available?
A: Not true. Its just due to the fact of how big this update is, makes the process slow. Especially as a one man army.
iW: We’ve already seen some videos of functioning Sn0wbreeze 2.1 beta posted online. When could we approximately expect to see it released – in a few days or in a few weeks?
A: Well, the video that I saw posted on this blog isn’t going to be sn0wbreeze 2.1. Its far too early in stages to even be used. Maybe when 5.0 hits.
iW: Which devices will Sn0wbreeze 2.1 support?
All of them. Every iOS up to 4.1.
iW: What are the new features we could expect from this new version of Sn0wbreeze (v2.1) that we did not see in previous releases?
5 new devices.
I improved the stability majorlyz
Sandbox patches are properly done. (so chpwn doesn’t have to bother telling me its broken).
Enable HDR
and Install SSH
iW: What about iReb, how soon could we expect an updated version and what could we expect from it?
A: sn0wbreeze 2 has iREB built in, so the standalone app will be in a few days after sn0wbreeze 2.1 is out.
iW: What are your plans for the future: do you plan to simply keep updating your tools or are there any major plans for new hacking tools in store?
A: It depends on what Apple throws us.
iW: After Sn0wbreeze 2.1 the most talked about topic among the iPhone users community these days is the (hopefully) incoming “true”unlock for iOS 4.1 powered devices (such as new iPhone 4 units that ship with this iOS version preloaded). As someone who possesses inside knowledge on this topic, how soon do you think it will arrive -if ever-?
A: I don’t think we’ll see an unlock for 4.1. Maybe 4.2, but that all depends if a new useful baseband crash is found.
iW: You’re doing an invaluable service for the entire iPhone community. Is there any way we could return the favor?
A: Users always have the option to donate via PayPal on http://iH8sn0w.com
But it is not required.
iW: Any last words for our readers?
A: No matter how many times the “big boys” try to bring you down, keep fighting.
iW: Thank you for answering our questions and we’re looking forward to hearing more good news from you and about your hacking tools for iDevices. And we definitely cannot wait to get our hands on Sn0wbreeze 2.1.
iW: P.S. ih8sn0w’s website is located at http://www.ih8sn0w.com while his Twitter account is located at twitter.com/ih8sn0w – make sure you check them out!
Related posts: Update on Sn0wbreeze 2.1 iPhone iOS 4.1 windows jailbreak / unlock ETAEXCLUSIVE: Sn0wbreeze 2.1 iOS 4.1 jailbreak / unlock iPhone / iPad / iTouch Windows tool coming tomorrowVideo preview: Sn0wbreeze 2.1 – Windows iOS 4.1 iPhone, iPad, iTouch jailbreak / unlockNew Sn0wbreeze 2.1 iPhone / iTouch / iPad hack brings a load of new featuresSn0wbreeze 2.1 jailbreak (iOS 4.1 iPhone, iTouch, iPad) to come out soonTags: application, baseband, Canada, Chronic Dev Team, code, exploit, firmware, geohot, hack, ih8sn0w, iOS, iOS 4.1, iPhone, iPhone 4, iPhone Dev Team, iReb, jailbreak, Limera1n, Mac, News, OS, pwnage, sn0wbreeze, tool, Ultrasn0w, unlock, Windows, Yellowsn0w
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Filed under News, iPad, iPhone 3G, iPhone 3GS, iPhone 4G, iPhone Hacks, iPhone Interviews, iPhone News, iPhone OS, iPod Touch
Apple has once again delayed the release of the white iPhone 4.
This time the release date will apparently be Spring (we’re thinking March or so?) 2011.
What’s interesting is that Apple had no explanation for this delay.
“We’re sorry to disappoint customers waiting for the white iPhone again,” said Apple spokersperson Trudy Muller in a comment to Reuters while being asked to comment the delay.
iPhoneWorld.ca predicts that this delay in official white iPhone 4 units will leave a lot of room for custom-made white iPhone 4 units, such as the ones available as DIY from iRESQ.
UPDATE: was iPhone 4 canceled altogether?
Related posts: iPhone, Bluetooth Headset On Track For June, AppleTV DelayedCanada’s iPhone Delayed due to Trademark DisputeApple iPhone delayed until July 2007Late Night iPhone Reading – March 15 2007: Cellphone users set their sights on Apple’s iPhone, iPhone: analyst predicts Pope to be CatholicAT&T Received Over 1 Million iPhone InquiriesTags: Apple, iPhone, News, white iPhone 4
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Filed under Apple News, News, iPhone 4G, iPhone News
