Google Pulling Back the Veil On Its Custom-Built Data Centers
jfruh writes: In the mid-'00s, as Google scaled up its data centers to meet increasing demand, "we could not buy, for any price, a data-center network that would meet the requirements of our distributed systems," says Amin Vahdat, the company's networking technical lead. So they had to build their own software-defined networks inside what were essentially vast warehouse-sized computers. And now the company is starting to tell the world how they did it.
Right now there's a massive push for even the smallest web projects to be "cloud scale" to this degree. No, the crazy custom shit that Google does in their datacenter is not something you need in YOUR datacenter.
I think you give them too much credits; they've been trying for years and haven't yet succeeded :)
Seriously. I'm building my new data warehouse inside a wooden footlocker. All I need is an ATX extender and to finish building the drive frames (for 8x3.5" drives, 12x2.5" drives and two DVD burners), and the back arm for the VESA mount for the monitor, then it all gets bolted together and fired up. It looks fuckin' sweet.
Political debates have me rolling my eyes so much I think I got optical whiplash. I should sue. - Foamy The Squirrel
What the hell is with the stupid share thing? When I point at it, it looks like they are trying to tweet "F-ing"!
Why the fuck are you fucking around with the /. UI? Do you have to change things for change's sake? If it works, stop changing it!
I promise I won't accidentally share a story over social media instead of clicking "Read more", no dice Dice.
Slashdot also pulling back the veil on its crappy share buttons.
So, how many Libraries of Congress is that anyways? ... oh wait ... the Google blog post (ya'know, the actual artist, not the article talking about the article which was linked from the summary) actually states!
"Our current generation — Jupiter fabrics — can deliver more than 1 Petabit/sec of total bisection bandwidth. To put this in perspective, such capacity would be enough for 100,000 servers to exchange information at 10Gb/s each, enough to read the entire scanned contents of the Library of Congress in less than 1/10th of a second." = Source: http://googlecloudplatform.blo...