The H recently wrote about the AlaMode board which lets you use Arudino compatible shields with the Raspberry Pi. The board connects to the GPIO headers of the RPi, and exposes the familiar pin-set of the Arudino Uno on top. The AlaMode board also contains a real time clock, which it can provide as an add-on to the RPi which as none.
In fact, from the picture, it looks like the board is a full fledged Arudino itself, with an Atmel 328P chip on top. It should mean that you can program it on-board, directly from the RPi.
The board is selling for $45, but is out-of-stock at SeeedStudio.
The $25/35 Raspberry Pi matchbox computer finally launched today, after much anticipation, impatience and extremely clever marketing. In the last few days, their web servers have been overwhelmed by the people hitting re-fresh to know when the device will go on sale. When it finally did, both distributor web sites melted. The 10k units produced were sold out before lunch.
So, if you’re like me, and did not get a device this time around, you might want to join the support group over at Slashdot. There you will find people crying like kids who missed Santa. If it was kids, that would be one thing, but some of these crying guys actually have jobs. Amazing. Then there was one guy who had missed the weekly, or almost daily articles and didn’t know what this stampede was about. I guess he didn’t get one either.
Well, there will be more of these devices, and then some bugs might even be ironed out.
Chris Tyler has published a video demonstrating Fedora running on the ARM based Raspberry Pi. This looks very promising, and the Fedora project is working actively to support several ARM based systems.
Here’s general instructions on how to install Fedora from a USB stick, and here’s minimal Xfce based spins. (I am not sure if these instructions apply to Raspberry Pi).
A few days ago, Raspberry Pi announced that they had gotten Quake 3 running on their ARM computer. Furthermore, their FAQ estimates the networked model will cost $35 and be released at the end of this year. There is also an interview in the Guardian.
- 700MHz ARM11
- 128MB or 256MB of SDRAM
- OpenGL ES 2.0
- 1080p30 H.264 high-profile decode
- Composite and HDMI video output
- USB 2.0
- SD/MMC/SDIO memory card slot
- General-purpose I/O
- Optional integrated 2-port USB hub and 10/100 Ethernet controller
- Open software (Ubuntu, Iceweasel, KOffice, Python)
- The device is powered by an external AC adapter, and the Model A consumes around 1W at full load.
- The device should run well off 4xAA cells.