200 + articles on Microsoft Research Intel Atom Based Servers

I wrote about Intel Atom based servers starting in Aug 2008, and people thought it was silly to think of Intel Atom as a server product.

Well, thanks to Microsoft Research’s Intel Atom project, there are now over 200 articles about the idea of Intel Atom Servers. http://news.google.com/news?pz=1&ned=us&hl=en&q=intel+atom+microsoft+research

Microsoft tests Intel Atom netbook processor for 'green' servers

Computerworld - ‎2 hours ago‎

Judging by the $300 to $400 cost of Atom-based netbooks, Ohara said that racks of Atom-based server blades could be made for even less. "Intel hates this ...

Microsoft experiments with servers based on Intel Atom processors FierceCIO

all 4 news articles »

Boston Globe

Microsoft TechFest: A pinch of your fingers and images, videos move

Seattle Times - ‎Feb 25, 2009‎

... data center built from 100 of the low-power Intel Atom processors used in cheap netbook computers. Hrvoje Benko, of Microsoft's advanced research group, ...

Microsoft builds atomic cloud ComputerWeekly.com

Microsoft plays with small, sleepy servers Register

Microsoft debuts cloud R&D team EETimes.com

GigaOm  - Enews 2.0

all 200 news articles »

DigitalJournal.com

Microsoft studies new ways to turn servers on and off

DigitalJournal.com - ‎Feb 25, 2009‎

With Project Marlowe, Microsoft is looking at trade-offs between using a large amount of Intel Atom chips compared to using Intel Xeon chips. The Intel Atom ...

Microsoft powers data centres with netbooks Inquirer

all 3 news articles »

New York Times Blogs

Microsoft Studies the Big Sleep

New York Times Blogs - ‎Feb 24, 2009‎

With Marlowe, Microsoft has created a prototype server that relies on Intel’s Atom chip, most often found today in ultra-portable computing devices like ...

And, thanks to Eric Lai from ComputerWorld  I am in one of the articles as well. ;-)

Because they were designed for laptops and netbooks, Atom CPUs can be quickly put into sleep/hibernate states and then quickly woken up, said Dave Ohara, a consultant who runs the Green Data Center blog,unlike desktop and server CPUs.

The next step is a big name Server OEM shipping an Intel Atom server.  Here is a scary # for Intel quoted in the NYtimes.

With Marlowe, Microsoft has created a prototype server that relies on Intel’s Atom chip, most often found today in ultra-portable computing devices like netbooks. Such chips consume about one-tenth as much power as a regular Xeon server chip from Intel, and computer boards based on the chip cost about $70 instead of $1,000. The Atom chips, however, can perform only about one-fourth the amount of work in a given period of time as the Xeon chips, said Navendu Jain, a Microsoft researcher, during an interview Tuesday at the company’s headquarters.

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Microsoft Research Builds Intel Atom Servers

Intel has got to be hating this publicity. Microsoft using Intel Atom chips to build servers.  I”ve been blogging on the idea of using Intel Atom’s for servers, and people laughed at the performance.  But, if you think about where the future of Intel Atom chips the rapid growth of Netbooks, Intel is getting phenomenal pressure to increase performance per watt.

DataCenterKnowledge reports on Microsoft Research’s use of Intel Atom based servers at Techfest.

Microsoft’s Low-Power Server Prototype

February 24th, 2009 : Rich Miller

How low can your server power go? Microsoft is investigating that question in a project by its new Cloud Computing Futures (CCF) research unit, which aims to reduce data center costs by “four-fold or greater.” The new group was introduced today at the Microsoft TechFest in Redmond. One of CCF’s initial research projects is testing the viability of a small cloud computing server farm using low-power Intel Atom processors originally designed for use in netbooks and mobile applications.

“In addition to requiring far less energy - 5 watts versus 50 to 100 watts for a processor typically used in a data center- low-power processors also have quiescent states that consume little energy and can be awakened quickly,” explained Dan Reed, director of Scalable and Multicore Systems for Cloud Computing Futures. “These states are used in the sleep and hibernate features of laptops and netbooks. With our current Atom processor, its energy consumption when running is 28 to 34 watts, but in the sleep or hibernate state, it consumes 3 to 4 watts, a reduction of 10 times in the energy consumption of idle processors.”

In this brief video, CCF Director of Software Architecture Jim Larus demonstrates a prototype rack packed with these low-power processors:

That wasn’t the only data center project discussed at TechFest.

The article continues posting on the use of closed loop feedback for dynamically adjusting the servers available.

The Cloud Computing Futures team also discussed Marlowe, a system for selectively putting idle servers into a low-power state. Reed said Marlowe “highlights the power of an intelligent control system that can determine when to put a processor to sleep and when to awaken it to service the workload.

“This problem has two interesting challenges,” he said. “The first is to estimate how many processors are necessary to handle a given workload by responding to every request in a timely manner. (By analogy, how many checkout clerks should be at the cash registers?) The second is to anticipate the workload in the near future, since it takes 5 to 15 seconds to awaken a processor from sleep and 30 to 45 seconds for hibernate. The system needs to hold some processors in reserve and to anticipate the workload 5 to 45 seconds in the future to ensure that sufficient servers are available.”

The solution was a closed-loop control system. “It works by taking regular measurements of the system, such as CPU utilization, response time, and energy consumption; combining this data with the estimated future workload; then adjusting the number of servers in each power state,” Reed said.

But this is not a new idea.  Cornell Medical school’s Biomedicine dept has been doing this for over 2 years.  Here was my blog entry 1 1/2 years ago. 

This facility is one of the only places I know of that turns off servers when they are not needed. For IT Pros they do the equivalent of turning off the lights when they leave the office this holiday weekend. Think about how many servers are running these next 4 days from Thurs – Sun with no load on them. Would anyone notice if they were turned off?

The amazing thing is the Biomedicine department has been turning off their servers in a high performance compute cluster for the past 6 months and the users don’t notice a change in service, because they turn off and on the compute nodes in response to the job queue. There aren’t going to be that many research scientist submitting jobs on Thanksgiving day. And, as each compute job is completed and sits idle, there is an automated system that turns off the servers. When new compute resources are required as new jobs are submitted on Monday, the machines are turned back on.

To put this in #’s there are 100 servers in the compute node which each consume as much power as six 60 watt light bulbs, and when idle drop to consuming three 60 watt light bulbs of electricity. So, if this weekend they can turn off half the machines, they’ll save one hundred fifty 60 watt light bulbs of electricity. This project is implemented by Jason Banfelder, Vanessa Borcherding, and Luis Gracia at Cornell Weill Medical University, and this team can tell their parents this holiday weekend that yes we did turn off the lights in the office when we left the office.  Actually, when they left the servers were probably at 100% utilization, and as jobs completed idling servers, they were turned off.

Cornell built this in production using dell servers and OSIsoft’s PI system, so don’t think of the idea of turning off servers as a research project

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Small is Beautiful

A book I just remembered as a good read is Small is Beautiful.  It seems appropriate given these economic times and the focus on sustainability and green.

In the first chapter, "The Problem of Production", Schumacher argues that the modern economy is unsustainable. Natural resources (like fossil fuels), are treated as expendable income, when in fact they should be treated as capital, since they are not renewable, and thus subject to eventual depletion. He further argues that nature's resistance to pollution is limited as well. He concludes that government effort must be concentrated on sustainable development, because relatively minor improvements, for example, technology transfer to Third Worldcountries, will not solve the underlying problem of an unsustainable economy.

Schumacher's philosophy is one of "enoughness," appreciating both human needs, limitations and appropriate use of technology. It grew out of his study of village-based economics, which he later termed "Buddhist economics," which is the subject of the book's fourth chapter.

He faults conventional economic thinking for failing to consider the most appropriate scale for an activity, blasts notions that "growth is good," and that "bigger is better," and questions the appropriateness of using mass production in developing countries, promoting instead "production by the masses." Schumacher was one of the first economists to question the appropriateness of using GNP to measure human well being, emphasizing that "the aim ought to be to obtain the maximum amount of well being with the minimum amount of consumption."

Continunig the theme GigaOm just posted on Netbooks and Smartphones on the power of small devices.

Smartphones and Netbooks: Closer Than Kissing Cousins

Stacey Higginbotham | Monday, February 23, 2009 | 3:13 PM PT | 2 comments

You know how you’re not supposed to judge a book by its cover? Well, when it comes to smartphones and netbooks, a semiconductor research firm is predicting that in fact the cover — or rather, the device casing — may soon be one of the only ways to tell the two apart. Portelligent has analyzed the silicon guts of some of the latest generation of netbooks and smartphones, and concluded that they’re becoming more alike — something that should come as no surprise to our readers.

1556chart_pg24EETimes reports that the cost and amount of silicon inside both types of portable devices are getting closer, and that the only remaining distinctions between the two can be found in the form factor and power consumption (I would add voice to that). But as firms like Nvidia and Texas Instruments get their powerful, yet power-sipping ARM-based application processors into mobile Internet devices and netbooks, the power consumption difference could disappear. Especially if OEMs choose those processors over Intel’s Atom.

Rackable has their Microslice server in the server space.

Let's Get Physical

We recently announced MicroSliceTM, an architecture we envisage to have a very long life, and our first MicroSlice-enabled products, the CloudRackTM TR1000 tray and the C1002 server.

The strategy behind MicroSlice is very simple.  There is a large class of enterprise workloads that do not require expensive virtualization software and expensive data center server features.  Rackable found a path to provide the benefits of virtualization and data center features without all the cost. We were able to remove so much cost while maintaining the critical features that the result is a sub-$500 server price for many base configurations.

Rackable designed MicroSlice with the following workloads in mind: web mid-tiers, SaaS applications, Cloud Computing, lightweight applications, internet servers, and file/print applications.  MicroSlice supports Microsoft Windows Server 2008, Red Hat, SUSE, CentOS, and Apache.

We made many crucial design choices.  First, MicroSlice uses MiniATX and MiniITX motherboards with critical enterprise features, such as remote management and ECC memory support (aka make it small, but perfectly formed).  This lowers cost and increases density (260 servers per cabinet, over 1,000 usable cores).  Second, it leverages proven energy efficiency and high performance CPU technology that will be reliable in demanding data center environments (AMD Athlon and Phenom).  Third, we stay true to our mission of integrating industry standard memory DRAM and enterprise class SAS and SATA drives (and desktop drives if you choose).  Finally, MicroSlice is operational within traditional cabinets (C1002 half depth, 1U, up to 2 drives) and our new CloudRack (TR1000 full depth, 1U, up to 8 drives), thus providing investment protection for customers who have invested in our cabinet-level solutions.  Please see the TR1000 and the C1002 below:

Blog 4 micro_open_straight_small Blog 4 micro_top_angleLeft_small

Small is Beautiful in more scenarios.

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Intel asks for Interest in Atom Servers

I found this post on Intel’s Software Blogs.

Atom processors in your ultra mobile... server?!

By Jeff Moriarty (Intel) (26 posts) on September 11, 2008 at 10:14 am

Not sure how I missed this at the time, but The Register reports UK hosting company Bytemark is using Atom processors in their servers.

Huh?  Servers?

I was initially pretty amused by this, but given that a search of "green data center" on The Google returns 22 million hits I guess I shouldn't have been.  Power consumption and cooling is a huge problem for data centers, and with the growth of grid computing Atom might be an interesting alternative.  It also might be a great opportunity for developers to design data center applications specifically for low power chips like Atom.

There are already some good thoughts on this topic on both sides on the Register site.  What do you think?  Could Atom enter the data center, or is it just not practical?

Where Intel is missing the opportunity is at home for geek’s who want to run servers. The opportunity for the Intel Atom is not in the data center, but in areas where performance per watt is not the issue, but total power consumed for an always on server.

Newegg has a couple of barebones systems that you can use to build Intel Atom Servers.

http://www.newegg.com/Product/Product.aspx?Item=N82E16856101076

Shuttle

Shuttle X27 Intel 945GC 1 x 240Pin Intel GMA 950 Black & Silver Barebone - Retail

Shuttle Black & Silver Barebone - Retail
Small and quiet
Reviewed By: MattK on 9/26/2008
Rating + 5Rating + 5Rating + 5Rating + 5Rating + 5
Tech Level: high - Ownership: 1 day to 1 week
This user purchased this item from Newegg
Pros: I bought this mini system for use as a network USB hub. Since the system will be on all the time and in a main room of the house, this good looking, low power, quiet computer fits the bill. Onboard gigabit ethernet is also a huge plus.

http://www.newegg.com/Product/Product.aspx?Item=N82E16856167032

MSI

MSI Wind PC Intel 945GC 1 x 200Pin Intel GMA 950 Black Barebone - Retail

(limit 1 per customer)  what's this?

MSI Wind PC Barebone - Retail

Rating + 4Rating + 4Rating + 4Rating + 4Rating + 4 Windows Home Server

Pros: Low power consumption, easy construction, ultra-quiet, ultra-small. I installed MS Windows Home Server on it with zero problems. No need for SATA controller drivers. I'm guessing the MSI board is running SATA in IDE emulation mode. I was able to use the driver CD that came with the Wind to get all the necessary devices running in Windows Home Server.
Cons: Only one hard drive bay available.
Other Thoughts: I built a Microsoft Windows Home Server usnig this barebones PC and I'm happy with it. Note that I'm ONLY using the WHS for backups. If you are going to store data on it, it'd be best to add a second hard drive (for WHS redundancy) or to keep ongoing backups of the WHS Shared Folders. Unfortunately, there's no ROOM for a second hard drive (unless you want to pull the DVD drive and make system recovery a bit messier), so the MSI Wind is NOT a a good box for a full-service home server.

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Linux Servers Less than 13 Watts

I am getting a lot of hits looking for an Intel Atom Server. Here are a couple of alternatives using ARM or Power PC chip. I found this company in Toby Velte's Green IT book.

Here is some information on Excito's Bubba Server.

Bubba® – The Mini Server

image

Comfort and control!

All you want from a full-size PC you get from our mini-sized Bubba server, designed to fit your home better than an always running PC. With Bubbaserver you get a product in a small form factor but still fully featured:

  • Torrent downloader: Turn off your computer and relax! Let Bubbadownload your large files instead of leaving your PC on all the time. Bubba also handles HTTP and FTP downloads.
  • File server: Allows you to access all your files from work or school at all times. Time to live life smarter and forget about USB memories and other portable media.
  • Easyfind service: Access your BUBBA with <choose a name>.bubbaserver.com, from anywhere in the world. (BUBBA|TWO only)
  • Streaming media server: Put your MP3 collection in the 'music' folder on Bubba, and all your music will be instantly available to all ITunes compatible (DAAP), or UPnP compatible players. Squeezebox support coming soon.
  • Router: Use Bubba as a router and firewall for maximum security (BUBBA|TWO only).
  • Web, e-mail and FTP server: Fully featured server functionality allows you to turn off your PC.

All this and more for less than 13 watts.

image

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