Apple Explores Using An iPhone, iPad To Power a Laptop (appleinsider.com)
According to the U.S. Patent and Trademark Office, Apple has filed a patent for an "Electronic accessory device." It describes a "thin" accessory that contains traditional laptop hardware like a large display, physical keyboard, GPU, ports and more -- all of which is powered by an iPhone or iPad. The device powering the hardware would fit into a slot built into the accessory. AppleInsider reports: While the accessory can take many forms, the document for the most part remains limited in scope to housings that mimic laptop form factors. In some embodiments, for example, the accessory includes a port shaped to accommodate a host iPhone or iPad. Located in the base portion, this slot might also incorporate a communications interface and a means of power transfer, perhaps Lightning or a Smart Connector. Alternatively, a host device might transfer data and commands to the accessory via Wi-Fi, Bluetooth or other wireless protocol. Onboard memory modules would further extend an iOS device's capabilities. Though the document fails to delve into details, accessory memory would presumably allow an iPhone or iPad to write and read app data. In other cases, a secondary operating system or firmware might be installed to imitate a laptop environment or store laptop-ready versions of iOS apps. In addition to crunching numbers, a host device might also double as a touch input. For example, an iPhone positioned below the accessory's keyboard can serve as the unit's multitouch touchpad, complete with Force Touch input and haptic feedback. Coincidentally, the surface area of a 5.5-inch iPhone 7 Plus is very similar to that of the enlarged trackpad on Apple's new MacBook Pro models. Some embodiments also allow for the accessory to carry an internal GPU, helping a host device power the larger display or facilitate graphics rendering not possible on iPhone or iPad alone. Since the accessory is technically powered by iOS, its built-in display is touch-capable, an oft-requested feature for Mac. Alternatively, certain embodiments have an iPad serving as the accessory's screen, with keyboard, memory, GPU and other operating guts located in the attached base portion. This latter design resembles a beefed up version of Apple's Smart Case for iPad.
But none of that prior art was an Apple product. Everything Apple makes is innovative and new therefore worthy of a patent.
My eyes kind of glazed over reading the description but none of this sounded like anything you can't already do with USB-C power delivery mode. You can already run a 1080p display off of your cell phone, both power and data on the same cable. If you hook it up to a capable hub you can plug in your mouse and keyboard too
moox. for a new generation.
"Quite close" seems like an understatement when I remember this http://www.phonearena.com/reviews/Motorola-ATRIX-4G-Laptop-Dock-Review_id2667 from 20011/12.
...and probably everyone else.
What else do you call it when you can connect your phone to an external keyboard, monitor, and control devices? The phone did most things by Bluetooth but video (and audio optionally) over HDMI. It would also connect to Samba shares for file access.
Now, if I can put my phone down on the opened 'laptop' and it's smart enough to act as a trackpad for the external device while drawing power from it and sending video and audio to it, that'd be nice.
I don't really need massively upgraded processing power or video - my phone itself is already good enough for most purposes, and if the external device has all those upgrades, I'd probably use it instead of the phone and not bother with the whole 'docking' part.
1) iOS doesn't support color profiles. While Apple does calibrate the screens, there's no way for users to add their own color profile. No way to add a printer profile. No way to switch to AdobeRGB if/when the iOS devices get OLED screens and you want to edit the full color information captured by your DSLR.
2) iOS relies on a fixed resolution. That's why when they increased resolution on the iPhone and iPad, they had to do it by doubling the resolution. It was the only way to insure that apps written with the old resolution would still display properly. Basically they have the same problem with old apps on high-PPI screens as Windows does. (Ironically, Android does support arbitrary scaling based on PPI. So Android is more more like MacOS and OS X in this respect than iOS is.)
An iOS-based laptop may suit the needs of the casual user (browser, facebook, office apps). But it's totally unsuitable for graphics/photo/video professionals.
Can't wait to see the cluster fuck of dongles Apple will require for this union of parts.
Oh, come on. The battery life on the iPhone isn't that bad.
Sent from my iPh
#DeleteFacebook
Prior art, indeed! My Motorola Atrix did this in 2011. I still have the Lapdock and use it with a RasPi; it provides power, keyboard, trackpad, 1080p display, and a pair of USB ports.
APK quotes people (including myself) without context and should not be trusted. Just thought you should know.
...but the Asus PadPhone is a 5 years old product by now. No need to patent it, just pay for royalties.
https://en.wikipedia.org/wiki/...
Also, isn't it kinda weird how Apple is adamantly against a touchscreen MacBook, yet they go and patent something like this?
This is a fundamental misunderstanding of patents. All patents have prior art. Indeed they list the prior art in the patent. Patents take something that is already patented, and add some new things. Patents are never for something that is entirely new, the always build on what came before.
..Located in the base portion, this slot might also incorporate a communications interface and a means of power transfer, perhaps Lightning or a Smart Connector.
Perhaps it will have a Firewire adaptor, a db-25 port, or attach directly to your favorite adult toy. "Perhaps" is such a non-specific word this alone should fail any sort of novelty test.
Alternatively, a host device might transfer data and commands to the accessory via Wi-Fi, Bluetooth or other wireless protocol. Onboard memory modules would further extend an iOS device's capabilities. Though the document fails to delve into details, accessory memory would presumably allow an iPhone or iPad to write and read app data. ...
Alternatively, certain embodiments have an iPad serving as the accessory's screen, with keyboard, memory, GPU and other operating guts located in the attached base portion.
So, just like the Microsoft Surface, then? Or is this more like any of the android tablets that have cases with bluetooth keyboards built-in?
This latter design resembles a beefed up version of Apple's Smart Case for iPad.
Oh, so they have their own prior art.