Tablets, netbooks, thin clients, cheap desktops! What to buy?

Summary: I'm not talking about specialized applications or high-end media labs here. I'm talking about getting as many kids online, interacting and collaborating as possible, for as little money as possible.

If you ask most K12 IT folks what their number 1 problem is, more than a few will say "users." That's pretty universal, though, even outside of education. Some K12 techs will get more specific and say "teachers" or, more rarely, "students." Most, however, will say money.

I started consulting this summer for a very well-funded client. It was the first time that solutions or ideas I proposed weren't met immediately with "how much will it cost?" In fact, although this client is a non-profit in the business of education, its revenue streams are such that I had to seriously adjust my mindset, leaving behind the K12 sensibilities that I'd embraced for the past several years and start thinking big.

I'm not talking big as in wasteful, but big as in "we have money, we need to get things done, and we need to benefit as many students as possible." I met briefly with the CEO of the company to discuss a project proposal and knew I wasn't in Kansas anymore when he said, "It's not like you're asking for millions here...We'll get what you need. What, $150, $200,000? The idea makes sense. Get it done."

Uhhhh...OK. I think that's what they call empowerment out in the real world.

Most of us, though, don't get to have conversations like that one. Ours sound more like,

"You want to set up a computer lab in the library? And you say it will cost $15,000? I don't care if the English Department wants to run writers' workshops and you've already gotten $5000 donated. The budget's been frozen since August and I just laid off the football coach."

OK, it's usually not that bad, but money is always scarce in public education. That being said, the cost of computing continues to drop and new devices are becoming available monthly that will meet student and teacher needs very well without dropping $900 a pop for student laptops. The question is, just what should we be buying to get the most bang for our buck?

I'm not talking about specialized applications or high-end media labs here. I'm talking about getting as many kids online, interacting and collaborating as possible, for as little money as possible. I'd rather spend my money on powerful back end systems or training for teachers to really exploit the capabilities of Moodle than on a high-end desktop whose capabilities will often go underutilized.

If we're looking for really cost-effective devices to access those learning systems, though, and ensure that our students are collaborating, sharing, learning, and engaging, is one solution really any better than another? Even desktop computers at this point can be had cheaply, whether as refurbs, DIY kits, or low end new models from Tier 1 OEMs. And by low end, I'm still talking dual cores and a couple gigs of RAM.

Netbooks aren't dead either, with dual core processors coming on the scene, as well as inexpensive Ion-based notebooks providing reasonable prices and a full-sized keyboard for students and teachers. And thin clients? Do you want shared desktops, streaming desktops, fully virtualized desktops, PC over IP, or simple PXE-boot multi-session Edubuntu?

There are more configurations, but you get the point: really inexpensive computing is making it easy to do everything from make mid-cycle replacements that would have been unaffordable even a year ago to setting up mini-labs to fully rolling out 1:1. Tablets as well are beginning to change the game, once again begging the question, "Does 1:1 have to mean a computer in every backpack?"

Next: If not, what does it mean? »

Should it, in fact, mean a computer on every desk? Most kids at least have access to a computer outside of school and the vast majority have one at home. After all, do we want students taking school equipment off campus and, in most cases, beyond the reach of content filters?

I would argue that 1:1 means immediate, constantly available Internet access for all. I don't particularly care if that comes from a smartphone, a tablet, an iPod Touch, or a Nook. The major consideration in this is whether your learning platform of choice can be accessed with high fidelity on whatever devices you either choose or allow. Blackboard, for example, offers full-featured apps for Android and iOS, as well as the standard Web interface.

There are a whole lot of people who disagree with my belief that we should be co-opting student tech, including smartphones, whenever possible. Regardless of your stand on that particular aspect of 1:1, the best way to decide between the nearly overwhelming number of solutions for your students and teachers is to very clearly articulate your goals.

Requirements and all the standard systems lifecycle stuff can come later. Right upfront, it's vital that all stakeholders are crystal clear on what they want students to get out of these new investments, no matter what road you ultimately decide to travel. A goal of 100% literacy will probably lead to a different decision that a goal of universal access to the new learning management system.

That being said, unless the goal is in-depth understanding of 2D and 3D engineering and graphic design software, there probably isn't a bad choice. The only bad choice, in fact, is deciding on a hardware solution without having supporting software solutions in place and embraced by teachers and administrators. Without that platform for interactive learning, extended day access to resources, and student collaboration, it will be difficult to choose the best hardware and nearly impossible to ensure that it's used to its full potential.

Topics: Tablets, Hardware, Laptops, Mobility

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6 comments
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  • Sustainability and scalability

    Hi Chris,

    I totally agree with the "there is nearly no bad choice, don't spend too much time on the hardware/form factor choice". One thing I have to mention because I think it's key in the kind of 1:1 implementation you describe :

    Whatever platform, whatever hardware, whatever form-factor you choose ... The one thing you have to keep in mind at all times is scalability (if you are thinking about a "get kids online and with some tools" type of project). You _have_ to shift the management paradigm from an OEM/image based management with a ratio of 300-500 manageable devices per IT resource ( observed average in school districts in North America) to a centrally managed system that allows the same number of people to manage 10 times their current amount of computers.

    In a nutshell to switch from management practices that have linear costs towards ones having asymptotic costs.

    You may be able to find the money to buy 5000 additional computers in your organization, but getting the "OK" to hire 10 new full-time employees to manage them seems will be another story !

    Thin-clients (like LTSP-cluster or LTSP in the open source world) and/or central management systems (CFEngine, puppet, WPKG, BCFG2, Chef once again in the open source world) are two ways to go to enable sustainability and scalability if you plan such projects.
    PatriceAlbaret
  • RE: Tablets, netbooks, thin clients, cheap desktops! What to buy?

    I have a dilema alike... but with a much lower budget, so it ends up with dilema! Notebooks for everyone! Cheaper, easier to move, to maintain, and no particular room installation is required, so it's the smarter move. And Ubuntu does a great work on netbooks.
    egiova
  • RE: Tablets, netbooks, thin clients, cheap desktops! What to buy?

    Netbooks and cheap desktops running Win 7. I'm surprised you have to ask. Nothing else has the management tools available for such a large number of computers and everything students do and learn with the global OS is going to stand them in good stead for future employment.

    Is it really worth your student's future to experiment with fringe OS's and iToys just to scratch your hobbyist itch?

    As for the thin client scam, it comes around every few years, please don't waste your money on this.
    tonymcs@...
    • RE: Tablets, netbooks, thin clients, cheap desktops! What to buy?

      @tonymcs@...
      Enough of that bloated Windows shyte. How about trying Google Chrome on inexpensive netbooks? Is this freaking world never going to move from Windows? Or is Windows the be all and end all of computing. That MS Windows for everything crap has stifled computer industry changes for years and befuddled low-tech consumers to no end. Let's see what some other companies have to offer in the way of computing solutions, for cris'sakes. It's no wonder corporations are hesitant about upgrading their hardware for another round of Windows.
      ConstableOdo
  • It seems the process is backwards.

    It seems to be that you set up the infrastructure first and foremost then decide what you want to do with it. Shouldn't the complete mindset be reversed in education to be "I want to teach students XYZ" then you look at the tailored solution? Sure internet access should be available, but beyond that, what are the goals.

    OK, do you want to set up a computer lab that does the following (some or all?)

    Development (and on what platforms/SDKs?)
    Application teaching (such as OO or Office or whatever?)
    Purchased courses (where the computer is simply the player?)

    In the classroom, what is the computer going to be used to teach? Again, it seems, let's get every student a computer of some kind then "now what?".

    TripleII
    TripleII-21189418044173169409978279405827
  • good idea about android

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    gavin.chan