A $35 Raspberry Pi single-board computer is good at a lot of things… considering its small size, low power consumption, and inexpensive price tag.
But you know what’s even better than a single Raspberry Pi? More than a thousand of them packed into a giant cluster to create a supercomputer.
Well… I guess it’s only better depending on what you plan to do with it. But it’s definitely an interesting application. Anyway, useful or not, Oracle is showing off what it calls a Raspberry Pi Super Computer at the Oracle Code One area at the company’s Oracle OpenWorld conference.
According to Oracle, the computer includes 49 3D-printed Raspberry Pi holders, five racks, 22 network switches, 18 USB power supplies, a whole lot of network and power cables, and 1024 Raspberry Pis in a box inspired by a certain British Police Box that may or may not be bigger on the inside.
The folks at ServeTheHome got a chance to see the Raspberry Pi Super Computer in person and report that it actually has 1060 Raspberry Pi 3 Model B+ mini computers, and the case doesn’t look all that much like a machine designed for navigating Time and Relative Dimension in Space.
So it’s probably not bigger on the inside than the outside.
The system is running Oracle Autonomous Linux and in addition to the cluster of Raspberry Pi computers, there’s a single Supermicro 1U Xeon storage server.
Is this the most practical way to build a supercomputer? Probably not. Is it the most powerful? Certainly not. And is it feasible for a DIY build project? Maybe… if you want to shell out $37,100 to buy 1,060 tiny computers at $35 each, not to mention all the other parts you’d need to make your own Raspberry Pi Super Computer.
But it’s still a rather impressive demonstration of the concept of a sum being greater than its parts.
You can find more details and additional photos at ServeTheHome.
via Tom’s Hardware
Imagine a beowulf cluster of these.
As an art piece it looks pretty cool. Also is probably the cheapest 1k node supercomputer Oracle has ever built. If it actually made the top 500 list, that would be a big win for RPi.
What a waste of time and resources. No wonder Oracle is going down the drain.
It kept a couple of their more clever engineers happy for a couple of weeks and maybe helped convince them not to jump ship to Google or whoever. They generate ~$40 billion in revenue, so they have a lot of resources to waste.
What does it do? I mean yes, it!s a massively paralell computer I guess, but the RasPi3 has only a 100MBit Ethernet port as a means to connect all these cores. And since it lacks onboard storage it has to keep the calculation in RAM while having part of the OS image there too. This is not a very practical application for the RasPi, you have to think really hard to find a problem this can solve in an efficient way.
I totally agree! Just as a minor correction, it’s actually the Model B+ revision which has Gigabit Ethernet over USB 2.0 giving it 300 Mbps of bandwidth. That is still not much to work with, though.
I’m guessing this is probably as powerful as that PS3-Supercomputer the Defence Force was building over a decade ago.
Yet, I wonder how much better it would be if they switched out those Model B+ for the 4GB Pi4. Maybe a x10 improvement overall, due to the bigger memory, faster cpu, and larger connection bandwidth.
Or better yet, they used the Udoo Bolt V8, which is basically a x86-Pi using a 4core-8thread Ryzen-Vega8 SoC instead. That itself sounds like a regular supercomputer though.
It will allow you to run education and demo workload.
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