Google Ads
Twitter

Enter your email address:

Delivered by FeedBurner

 

Search
This form does not yet contain any fields.
    « NYTimes Data Center Story, Breaking The Rules | Main | HP High Efficiency Cloud Infrastructure Servers, Moving Away from Blades, Learning from Data Center Operation »
    Wednesday
    Jun102009

    HP Proliant Z6000 G6, 28% Power Savings, 31% lighter - Higher Performance per Pound

    When you look at HP’s new scale out servers ProLiant Z6000 G6.

    image

    you don’t see any fans or power supply. 

    The module plugs into the power and cooling infrastructure

    image

    In this fact sheet.

    Delivering unrestricted airflow through a shared power and cooling infrastructure in a 2U chassis lessens fan load, resulting in a 28 percent power decrease per server compared to traditional rack-based servers.(1)

    and HP put the server on a scale

    Removing up to 31 percent of weight per server and up to 838.5 tons of data center weight,(2) while reducing shipping as well as construction costs with a standardized, shared infrastructure.

    the cabling’s been moved to front to improve access and airflow.

    Reducing service and maintenance costs with front system cabling that allows easy access to key system components.

    There are power sensors.

    image

    And air pressure sensors.

    image

    PrintView Printer Friendly Version

    EmailEmail Article to Friend

    Reader Comments (1)

    I posted my thoughts about the product line here:

    http://blog.retrosynth.com/archives/2009/06/hp_dl6000_scale.html

    It's a nice addition to the HP line but the DL1000 which uses the same system board is going to be a better fit for most customers.
    June 11, 2009 | Unregistered Commentertinkthank

    PostPost a New Comment

    Enter your information below to add a new comment.

    My response is on my own website »
    Author Email (optional):
    Author URL (optional):
    Post:
     
    All HTML will be escaped. Hyperlinks will be created for URLs automatically.