
Micro-HDMI out
In March 2011, Apple finally announced support for full 720p or 1080i HD video output for the iPhone 4, iPod Touch 4G, and iPad 2. However, you need Apple's $39 Digital AV Adapter to send that HD video and audio to a TV or monitor, whereas many Android-powered smartphones offer a built-in Micro-HDMI port that only requires an inexpensive $5 cable to run video to your TV.
Now that Apple's added AirPlay mirroring as part of iOS 5, if you have an Apple TV, you can stream video wirelessly to your TV via Apple TV (what's on your iPad 2 or iPhone 4S' screen is mirrored on the TV). That's nice, but it's worth mentioning that the Apple TV is a $99 accessory.
Chances of implementation: 0 percent
Expandable memory
Chances of implementation: 0 percent
Biometric security
Image note: Allegedly, Apple has filed some patents related to this feature.
Chances of implementation: 30 percent
Industry-standard Micro-USB connector
Chances of implementation: 5 percent
NFC-enabled (near-field communication technology)
Since the feature isn't in the iPhone 4S, the odds increase that it'll make it into the iPhone 5. Also, the newly announced iOS 6 Passbook feature, which lets users store and quickly access electronic versions of all their tickets, boarding passes, and merchant cards in one place, may indicate that NFC will be added to the next iPhone.
Chances of implementation: 50 percent
More memory
Chances of implementation: 10 percent
FaceTime (video chat) over cellular network
Chances of implementation: 100 percent
Flash support
Chances of implementation: 0 percent
Built-in inductive charging
Companies like Powermat and Energizer make inductive charging products for a variety of smartphones. However, if you could do away with the sleeve and have the inductive-charging chip built into the phone, you'd only have to buy a mat (and you could use whatever case you wanted to use).
Qi (pronounced chee), a new standard for inductive charging as established by the Wireless Power Consortium (WPC), is pushing to get manufacturers to integrate Qi chips into their devices, and we should see some Qi-enabled smartphones on the market in 2012. The iPhone 5? We wouldn't bet on it, but at some point in the future we think the iPhone will get some sort of inductive-charging chip integrated into it.
Chances of implementation: 15 percent
Improved 3D graphics
The iPhone 4S has the PowerVR SGX543MP chip found in the iPad 2, and we expect that the iPhone 5 will get the next-generation PowerVR chip (the PowerVR SGX545 was also announced last year).
Chances of implementation: 85 percent
A6 processor
Many people thought we'd get the A6 processor with the new iPad -- and that it would be a quad-core chip. But we didn't (the A5+ is dual-core chip). The A6 chip is reportedly a 28-nanometer process, as compared with the A5's 45nm, meaning lower energy consumption and higher speeds.
The faster processor would improve the performance of Siri, the iPhone 4S' integrated voice assistant, as well as a host of other features, such as still and video image capture.
Chances of implementation: 85 percent
4G network compatibility
Apple finally delivered 4G support with the new iPad, but it's worth noting that rather restrictive data caps have been an issue, making the feature less attractive than it once seemed (streaming lots of video will cause you to run up against your cap pretty quickly).
Nevertheless, we fully expect that the next iPhone will support 4G LTE networks. Whether you'll be able to tap into every LTE network around the world is another story. Earlier this year, Apple had to stop advertising the new iPad as a 4G-"capable" device in Australia after it turned out it was incompatible with 4G networks in that country.
Chances of implementation: 100 percent
Better battery life
Chances of implementation: 50 percent
New design
Maybe.
Chances of implementation: 99 percent
Larger screen
That said, people don't seem to want the iPhone to get any bigger or lose any battery life. We're hoping Apple can come up with the right balance, but as you can see from this mock-up, going to 4 inches makes a significant difference and is probably the optimal size for a smartphone screen.
Chances of implementation: 50 percent
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