Universal Android Laptop Dock: Microsoft Nightmare, Or Toy? 262
ozmanjusri writes with this story from PC World: "A company that makes keyboard docks has announced a laptop-like peripheral that uses smartphones for processing and storage.
Since many Android and Apple phones have multi-core processors powerful enough to deliver laptop-level performance, they only lack usable screens and keyboards to be productive for most office work.
ClamCase believes their 13.3-inch 1,280 x 720 ClamBook with keyboard, multi-touch touchpad, and dedicated Android keys will make up for the lack, and turn smartphones into fully-functional laptops.
A device like the ClamBook could be a real game-changer for the computer industry. If it succeeds, peripheral makers could build docks which would allow any monitor, keyboard, mouse and storage to be powered by any Android phone. It's a combination which would make BYOD offices very tempting for the corporations who are the Windows/Office combination's remaining cash-cow." I only wish the company would license the idea as well to established makers, so otherwise conventional laptops could gain the ability to easily become advanced phone screens, too.
RaspberryPi + phone? (Score:4, Informative)
I'd rather have a RPi, and a phone to do the phoning.
I just fail to see that this is a "game changer". The steam engine was a game changer IMHO.
Re:And when the phone rings? (Score:4, Informative)
Re:It's the apps, stupid! (Score:4, Informative)
I wonder why a dock is needed at all. Bluetooth for the keyboard and mouse. WiFi to send the image to a monitor. All are possible today.
Re:RaspberryPi + phone? (Score:5, Informative)
Re:RaspberryPi + phone? (Score:5, Informative)
I too prefer a discrete, separate phone. That's why I bought an Asus Transformer Prime. It doesn't have 3G/4G so it isn't tied to any carrier and the keyboard dock was made to match it along with dedicated Android keys and an extra battery. It's the best of both worlds from a tablet/laptop standpoint. The rare times I'm not near WiFi I use a portable hotspot which I use anyways so I can get connected on my laptop if I need to bring out the big guns for a work issue. Most of the time when I'm on the road said laptop, which is a huge beast, can stay in the bag because I get all my needs met by the tablet.
Re:It's the apps, stupid! (Score:4, Informative)
Is it perfect? Not even close.
Given a choice I'd do my work on a desktop/laptop. The one major thing my phone lacks, to make it more productive, is a full keyboard, a mouse and a fill monitor. There's also a trade off in processing power for conveniences. Even without the docking station I still always have the phone to do work on when something needs a quick change, but the docking station would just mean I don't have spend time transferring code to my phone. Obviously this is for the specific type of work I do, it would be useless for writing larger applications, but for simple productivity apps this could work.
EOMA-68 (Score:5, Informative)
This idea might be better implemented as an EOMA-68 [elinux.org] to android phone converter. Then you could use any EOMA-68 compatible devices with it including, but not limited to, clamshell keyboard/screen/touchpad devices. (I.E. a netbook shell)
As far as the RPi; I'm much more interested in this [rhombus-tech.net] EOMA-68 compatible card which uses the more powerful Allwinner A10 [rhombus-tech.net] CPU. That gets you the capability to run a complete open source stack (including GPU [slashdot.org]) and a datasheet! [slatedroid.com] (Something which Broadcom refuses to give you for the RPi even though it was designed by Broadcom employees!)
Shamelessly copy-pasted specs for the Allwinner A10:
1.2ghz Cortex A8 ARM Core
MALI400MP OpenGL ES 2.0 GPU
DDR3 Controller 800MHz 1GB max
2160p Hardware-accelerated Video playback (4x the resolution of 1080p)
a NAND Flash Controller that is capable of 8-way concurrent DMA (8 NAND ICs)
4 SDIO interfaces (SD 3.0, UHI class)
USB 2.0 Host as well as a 2nd USB-OTG Interface (USB-OTG can be reconfigured as USB 2.0 Host, automatically)
24-pin RGB/TTL as well as simultaneous HDMI out
SATA-II 3gb/sec
10/100 Ethernet (MII compatible)
a 2nd 24-pin RGB/TTL interface that is multiplexed (shared) on the same pins for a standard IDE (PATA) interface.
GPIO, I2C, PWM, Keyboard Matrix (8x8), built-in Resistive Touchscreen Controller, and much more.