Tiny cubieboard ARM Platform - Solid Specs with Android and Ubuntu Support for $49
Bob Lawrence (VE1RLL)
Posts: 1,720
[h=1]iny cubieboard ARM Platform Offers Solid Specs with Android and Ubuntu Support for $49[/h] Thursday, September 06, 2012 - by Seth Colaner
Those who like to tinker with and build computers have a new toy to play with in the cubieboard, a $49 self-described open arm box that offers intriguing possibilities as an HTPC build.
The cubieboard supports Ubuntu (and other Linux distros), so it can operate as a regular desktop, but it can also run Android 4.0 Ice Cream Sandwich and turn a TV into an Android TV.
http://hothardware.com/News/Tiny-cubieboard-ARM-Platform-Offers-Solid-Specs-with-Android-and-Ubuntu-Support-for-49/
Those who like to tinker with and build computers have a new toy to play with in the cubieboard, a $49 self-described open arm box that offers intriguing possibilities as an HTPC build.
The cubieboard supports Ubuntu (and other Linux distros), so it can operate as a regular desktop, but it can also run Android 4.0 Ice Cream Sandwich and turn a TV into an Android TV.
http://hothardware.com/News/Tiny-cubieboard-ARM-Platform-Offers-Solid-Specs-with-Android-and-Ubuntu-Support-for-49/
Comments
Ok #2 and relevant
Im a pretty poor bastard at the moment, so I cant afford anything and if I can I get yelled at for not saving while unemployed. This means when I fix a computer make a 150 if I use that money twords buying a nice google nexus 7 tablet, it wouldnt go over to well. I started on this road as an android hacker and really wanted a tablet. I found this awesome product http://www.alwaysinnovating.com/products/touchbook.htm which is alot of money but its what turned me down the electronics path! I took a look to see what the hell a beagle board is and boy I thought thats super cool but kind of pricey!!
Now im seeing these things like a PI, the mk stick, that other red android board by via i think, and now these!!!
Ive got to say the A10 board Heater listed above is just awesome, thats the ultimate dev board with the ultimate ARM cpu!! And the price there estimating dang!! All you have to do is add a touch LCD to the thing and you have a super hackable tablet add a keyboard you got a netbook, that can give the asus transformer a run for its money!! Seriously these ARM boards are enpowering us to build are own customized tablets EASILY, and we can hook any chip or breakout board we want to them especially the olminex a10 up there. Find a friend with a makerbot to print you a case and you have a badass tablet for the price of a cheap touch screen and 60 bucks!!
Seriouslly this a10 board could basically have a BT keyboard 7 to 10 inch screen, and you got a super portable dev system, even more so than the PI. Although im curious exactly what you can plug into the LCD port, these are exciting times guys!! If you got 200 dollars you can build almost any electronic gadget, instead of paying apple 700 for something that isnt expandable and slow
I was recently thinking the same. All we need is to siurce cheap 3G modules and we can start assembling our own mobile phones.
-Tor
Perhaps they do not need to come with WIFI. On the Pi I use a tiny USB WIFI adapter hat was only 15 Euro here and much cheaper elsewhere:
http://www.verkkokauppa.com/fi/product/5911/dcqgg/Netwjork-PICO-150Mbps-WLAN-USB-sovitin
I do have some tiny ARM boards with on board WIFI but they are closer to 200 Euros.
SBC means Single Board Computer for those that have no use for Google.
Since it includes IR support, it can use Linux's LIRC and once an make it into a solid-state jukebox or a storehouse for a video collection or both.
WiFi is supposed to be pretty easy to configure and several people have used the small USB WiFi adapters. That is what I am using on my current robot project. Using a Raspberry Pi with wireless network connection. It controls two Propeller based boards which handle all the low level I/O and other tasks. The Raspberry Pi will be doing more high level work.
Robert
the beagle bone, this a10 boards and others all have better specs and lots of io not just gpios like the pi but dedicated fast spi, i2c, analog. the pi is gonna win in the cheap i want to make python programs or media server market but boards like the olminex a10 and beagle bone are a much better platform for the hardware developer.
...and as a byproduct of price, the number of users and developers. It's got a sizable community around it and things are happening around that platform, in my opinion that's a significant factor.
once you realize that all the boards are fairly compatible your gonna want the one with dedicated io channels that do things alot quicker than bit banging gpio, not only that but ur life is simpler becuase u just compile the i2c driver in your kernel and linux takes care of the bare metal details...
the community of the pi will forward advance all of these boards. for instance ive taken the pi gcc stuff and compiled it on my xscale based zipit, wich is slower than a pi but has a screen and other goodies i like its portability.
It has significant problems of power distribution to support all the features that it touts. The USB interface is a bottleneck that requires an assist from other add-ons to get power to a mouse and keyboard.
On the other hand, I suspect that this SBC is a bit more engineered with a balanced idea of interface, power distribution, and compatibility of add-ons. After all, it comes from a rather well-established Single Board Computer community.
While, the Raspberry Pi originated from a rather noisy crowd of ambitious novices.
Both have made their contributions - The Raspberry Pi has driven the price down and helped make Linux available on SBCs. But, I would still rather go with a well-engineered board than a novel piece of history that doesn't play well with add-ons.
Ideals versus pragmatic utility - which do you prefer?
The Raspberry Pi seems to have issues for some people, for example my nano USB WIFI adapter is unreliable but my friends similar set up is rock solid, hopefully these things are worked out of the later hardware revision and ongoing software development. Don't forget this is still suppose do be an initial "beta" run for devs only.
Inevitably tech marches on and others will produce faster, more equipped or smaller ARM boards. However for the happy home hacker, who is perhaps starting out, having a million people working on exactly the same hardware and software is a huge advantage when it comes to resolving those endless niggling problems that come up with new platforms all the time.
1Gbyte RAM and 2.4Ghz clock. I especially like having an IR receiver included as it makes an ideal digital jukebox or computer TV device. The real deal maker was the SATA interface. I am trying for an Ubuntu install.
link to a random taobao item: http://detail.tmall.com/item.htm?spm=a230r.1.10.17.AUYLE8&id=15150292332&ad_id=&am_id=&cm_id=&pm_id=
Not sure if they are selling this on ebay.
The OS is android and it is possible to change to Ubuntu.
You can get one in Taiwan as well: http://goods.ruten.com.tw/item/show?21210022267746
I'll be going to China after Xmas (if we can get the visa at least), so if you like I bring one back for you, I'm thinking of taking one for myself.
Cubieboard support is rather minimal. I've powered up the board, but have not yet gotten any video output from the HDMI. I try a few things and then think about what I need to do next.
I suspect there is a real advantage to having a Raspberry Pi as the user community is larger at this point. But what I really fear is that I will have to purchase a new HDMI monitor in order to have video. So far the HDMI to DVI-D doesn't seem aware there is anything connected.
The problem I have with using an HDMI tv is my pi will not output an HMDI signal until i reboot, after that it displays just fine.
Could it be the Cubieboard may behave in the same way?
If that doesn't work then maybe it just don't like your HDMI to DVI-D adapter.
-dan
Also, apparently I can either use Telnet via the LAN port or a serial interface on the UART to reach the OS without a working HDMI monitor.
Trying to sort this out on the internet is frustrating. One fellow claims I must buy an HDMI monitor, another fellow claims the use of an HDMI to DVI-D will work fine. I have the DVI-D capable monitor. And of course, some argue that I have to reconfigure via the serial port to get the DVI-D to work.
One gets spoiled with Ubnutu Linux on Intel chips. One has to fall back a bit to what was done in earlier Linux versions to install. I at least hope to have the LAN telnet or the serial port up and running tonight.
In theory the display drive can query the monitor on start up to find out what modes/resolutions are available.
That did not work well with my Raspi and BenQ monitor as the monitor came back with some very low res modes.
That means I had to configure a mode myself. There I found myself having to try loads of them to find ones that a) worked at all, and b) Gave a decent resolution.
Then there was an update to the GPU firmware which caused my selected mode to not work at all, blank screen.
Back to trying out all the modes again....
Luckily there is a command line tool for Raspi that you can use to query all available modes from the monitor/TV.
None of this is very helpful to you but it's just an indication of what you might be up against.