EDIT: Holy dicks, runs Linux, 1080p30 H.264 high-profile decode. Composite output, too. Gonna pick one up and make a set-top box. Imagine that. A set-top box and full functional desktop you can fit in a goddamn Altoids tin. Christ, human beings are amazing.
EDIT: Holy dicks, runs Linux, 1080p30 H.264 high-profile decode. Composite output, too. Gonna pick one up and make a set-top box. Imagine that. A set-top box and full functional desktop you can fit in a goddamn Altoids tin. Christ, human beings are amazing.
Whoa, it's a full PC? How is it any better for learning programming compared to a netbook? other than being really small, is it that much cheaper? You still need a monitor.
I'm skeptical of whether or not it would be able to play videos and stuff. No confirmation on whether or not it has any network access either. The only way it would is if it were using HDMI 1.4's 100Mbps ethernet feature.
Also, there are sub-$100 LCD monitors on Newegg. You could outfit an entire lab with these things for a very small amount of money.
I'm skeptical of whether or not it would be able to play videos and stuff. No confirmation on whether or not it has any network access either. The only way it would is if it were using HDMI 1.4's 100Mbps ethernet feature.
Also, there are sub-$100 LCD monitors on Newegg. You could outfit an entire lab with these things for a very small amount of money.
It's definitely connected to a switch in the picture on that website.
I see nothing that it does that you can't do with an old laptop and a linux cd. This thing is only going to be amazing if they hit the price point they want to.
I see nothing that it does that you can't do with an old laptop and a linux cd. This thing is only going to be amazing if they hit the price point they want to.
From the sounds of it, it's not a "are they going to hit that price point", it's a "they've already hit that price point."
That's the impression you get reading the article, but if you watch the video it's what they're trying to do. And as neat as it is, you still need a keyboard, mouse, a monitor/tv and a network interface to use it. It's cheap yeah, but you aren't getting away as cheap as you think.
The technology itself is pretty cool, and in the hands of the right educator it could be a very good thing.
However: There are a lot of obstacles to making CS part of the core curriculum for kids. Hardware simply isn't a very big one, by comparison to the bureaucratic hurdles educators are up against. Anybody else read Silicon Snake Oil? The issues that Stoll describes are still very much alive. Curricular reform is much harder than hardware distribution.
Stoll is one of those guys with a few good points who kinda goes batshit every so often. I'm always wary of anything the man writes.
True. But I must say, having read that book and then walked into the sorts of classroom situations he'd described (both with my "parent" hat on and my "educator" hat on) really made an impression on me.
So I've been familiar with Gumstix and other very tiny computering devices. While I get excited about them, I also wonder what uses they have being so small.
I mean, here we are talking about retrofitting labs with them because they are cheap.
Why are we not talking about building these into your shoe, powered by kinetic motion, to do something amazing? What new utilities can these be put to given how teeeeny tiiiiny they are?
I think this kind of device would be fantastic for RC cars, RC airplanes, or an intelligent backpack that can play music. Maybe, with a miniature GPS (do they exist?), you could do war walking or war biking. It's like war driving, but more portable and lighter weight.
Comments
EDIT: Holy dicks, runs Linux, 1080p30 H.264 high-profile decode. Composite output, too. Gonna pick one up and make a set-top box. Imagine that. A set-top box and full functional desktop you can fit in a goddamn Altoids tin. Christ, human beings are amazing.
Also, there are sub-$100 LCD monitors on Newegg. You could outfit an entire lab with these things for a very small amount of money.
However: There are a lot of obstacles to making CS part of the core curriculum for kids. Hardware simply isn't a very big one, by comparison to the bureaucratic hurdles educators are up against. Anybody else read Silicon Snake Oil? The issues that Stoll describes are still very much alive. Curricular reform is much harder than hardware distribution.
Fapping with the Fist of the Northstar.
What 'bout it?
I mean, here we are talking about retrofitting labs with them because they are cheap.
Why are we not talking about building these into your shoe, powered by kinetic motion, to do something amazing? What new utilities can these be put to given how teeeeny tiiiiny they are?
I think this kind of device would be fantastic for RC cars, RC airplanes, or an intelligent backpack that can play music. Maybe, with a miniature GPS (do they exist?), you could do war walking or war biking. It's like war driving, but more portable and lighter weight.
These small enough for you?
This+usb webcam+arduino+usb wifi controller = HELLOOO NURSE! (Read: Hellooo Awesome Arduino Robot)
Needless to say I will be purchasing one.
I am impressed.