When your phone is just your phone, it’s hard to tell what’s real and what’s not.

By now, you’ve probably heard about a new smartphone from the likes of Apple, Samsung, Google, and Nokia.

While these brands have plenty of cool stuff, they’re mostly doing it in a very different way.

They’re selling a phone that’s as thin and light as a pair of jeans, yet as powerful as a desktop PC, with an amazing range of built-in features.

They have a massive array of apps to choose from, all designed to be useful for a wide range of purposes.

That’s not a bad thing, but it does come with a few caveats.

The key to an all-in-one phone is having a ton of options, and the best phones come with tons of options.

As such, a lot of people have been looking to a smartphone with a lot more.

It’s a lot easier to make a phone with a ton more features if you have a ton to choose with it.

In the case of the Apple iPhone, you’ll find plenty of features to choose too.

Apple iPhone 6, 6 Plus, iPhone 6s, iPhone SE, iPhone 7, iPhone 8, iPhone X Apple iPhone 5s, 5c, 5s Plus, 5X Apple iPhone SE Apple iPhone 7 Apple iPhone 8 Plus Apple iPhone XS Apple iPhone 10 Apple iPhone 11 Apple iPhone 12 Apple iPhone 13 Apple iPhone 15 The iPhone 6 has the biggest screen of any iPhone, and it’s a really good one.

But Apple has also taken some pretty radical steps to improve the design, including a thinner chassis, and a larger display, and they’ve made sure that all of that space isn’t wasted.

The iPhone’s also got a few really powerful features: it has an A11 Bionic chip, a processor called the A11, and two front-facing cameras.

While the A10 chip was the chip used to power the iPhone 6 and 6 Plus back in June, Apple has since taken the chip and modified it to be the A12.

That means it can handle 3D graphics and the latest 4K video decoding.

The A12 is still a powerful chip, but the processor has been enhanced to handle things like video decoding in 4K, and Apple says that it can now handle up to 2.7GB of RAM.

The 5s and 6s have bigger batteries, too, and can pack 5.5 ounces of juice.

But that’s all in the battery, which is actually the same battery as the iPhone 5.

It also has an even bigger camera, and has a bigger battery.

There’s a headphone jack, too.

It has an SD card slot, too—which, in turn, has an expandable memory slot.

The main difference between the iPhone and iPhone 6 is the battery.

Apple has redesigned the iPhone battery and said it can last a little longer than the iPhone’s predecessor.

The battery in the iPhone has a capacity of 9.8Wh.

The capacity in the original iPhone is 10Wh, which means that the iPhone will last longer than two full days of typical use, or three days if you use the device for a long period of time.

The new iPhone battery will last anywhere from four days to a week.

The phone also features a built-up power meter that can tell you how much juice you’re getting from your device.

The next step up in the power meter is the “Bluetooth Low Energy” chip, which Apple says can help power the phone over a long distance.

The chip has been tweaked, too: it’s now much larger, has a higher voltage, and is able to operate in an ambient temperature of -40°C to 85°C.

Apple also claims that it has improved the Bluetooth range, which allows the phone to send voice and data signals over much larger distances.

It can also use a wireless charger that’s powered by an external power source, and charges the phone in minutes instead of hours.

It even has a 3.5mm headphone jack that you can plug into your computer, laptop, or gaming console, too!

While you might think of the battery as being the main focus of a phone, the actual power supply is something of a different story.

The most powerful part of a smartphone is actually its CPU.

A CPU is the unit of a computer that runs code.

The more cores a computer has, the faster it can run code.

So while Apple has made sure the processor is the most powerful component in the phone, this is actually a pretty modest power source.

The processor is used to process instructions, which are the instructions that run when the phone is charging, for example.

That can be done on a chip called a “quad-core” chip.

That chip has a huge range of processing power, from the core that runs the CPU to the CPU cores that power graphics processing.

There are some other cores as well