Inside Facebook's Infrastructure
miller60 writes "Facebook served up 690 billion page views to its 540 million users in August, according to data from Google's DoubleClick. How does it manage that massive amount of traffic? Data Center Knowledge has put together a guide to the infrastructure powering Facebook, with details on the size and location of its data centers, its use of open source software, and its dispute with Greenpeace over energy sourcing for its newest server farm. There are also links to technical presentations by Facebook staff, including a 2009 technical presentation on memcached by CEO Mark Zuckerberg."
That's all.
RIP America
July 4, 1776 - September 11, 2001
It's time to invent the Facebook Identity card.
You can't remember your passport number? No worries, your Facebook Identity card will say who you are. And how many friends you've got. And the name of your pet. And whether you went to the bathroom at your usual time that morning. And what kind of men you find attractive.
Semper Facebook Identity!
Maybe Data Center Knowledge should put some of that knowledge to work, as the article is slashdotted after only 5 comments.
Facebook is... Facebook has... fucking SEO monkeys must be at work making sure the company isn't referred to as "it", because that ruins the google-ability of the article, and they'd rather have SEO ratings than text that reads like it's been written by a fucking 3rd grader.
SEO-experts... even worse than lawyers.
What time is it/will be over there? Check with my iPhone app!
It links to Facebook's "wrong browser" page. The real link may be here: http://www.facebook.com/video/video.php?v=631826881803
USENET and /. (RIP Digg)
Obligatory Coral cache link: http://www.datacenterknowledge.com.nyud.net/the-facebook-data-center-faq/
The article isn't worth reading IMO, not unless you're curious as to how much electricity some of the FB datacenters use. Otherwise it's light on the tech details.
----- The internet has given everyone the ability to have their voice heard equally as loud.. even if they shouldn't be
Call me dense, but with all the racks of 1U x86 equipment FB uses, wouldn't they be far better served by machines built from the ground up to handle the TPM and I/O needs?
Instead of trying to get so many x86 machines working, why not go with upper end Oracle or IBM hardware like a pSeries 795 or even zSeries hardware? FB's needs are exactly what mainframes are built to accomplish (random database access, high I/O levels) and do the task 24/7/365 with five 9s uptime.
To boot, the latest EMC, Oracle and IBM product lines are good at energy saving. The EMC SANs will automatically move data and spin down drives not in use to save power. The CPUs on the top of the line equipment not just power down what parts are not in use, but wise use of LPARs or LDoms would also help with energy costs just due to having fewer machines.
"690 billion page views to its 540 million users in August"? Good lord, that's 1278 page views PER USER in just one month! That's (on average) 41 page views per user, per day, every single day! The mind boggles.
Support Right To Repair Legislation.
Its interesting how FB is open about their data server infrastructure while some places like Google and MicroSoft ware very secretive. It is competitive for Google to shave every tenth of second off of a search they can through clever software and hardware. They are an "on ramp" to the Information Super Highway, not a destination like FB. And because Google is one of the largest data servers on the planet, even small efficiency increases translate in mega-million-dollar savings.
When these data centers start showing up as measurable consumers of the national power grid and components of the GDP, you might consider them metamorphically as power-plants of the information industry.
In his book on the modern energy industry "The Bottomless Well", author Peter Huber places commodity computing near the top of his "energy pyramid". Peter's thesis is modern technology has transformed energy into ever more sophisticated and useful forms. He calls this "energy refining". At the base of his pyramid are relative raw energy like biomass and coal. The come electrivity, computing, optical, etc. I think its interesting to view computing a refined form of energy.