page 10 and 11 of http://www.panduit.com/products/brochures/105309.pdf says
there's a way to move 20kW of heat away from a rack if your normal CRAC is
moving 10kW (it depends on that basic air flow), permitting six blade servers
in a rack. panduit licensed this tech from IBM a couple of years
Hi folks:
This is my first posting to this email group. If I am at the wrong place for
what I'm asking, I humbly ask for the your collective indulgence.
I am having a problem with a service order with ATT and I am getting nowhere
with their sales organization. My repeated inquires go unheeded
At 3:17 PM + 3/29/08, Paul Vixie wrote:
page 10 and 11 of http://www.panduit.com/products/brochures/105309.pdf says
there's a way to move 20kW of heat away from a rack if your normal CRAC is
moving 10kW (it depends on that basic air flow), permitting six blade servers
in a rack. panduit
On Sat, 29 Mar 2008, John Curran wrote:
unit...I know that it would have to be quite a bit before
many folks would: 1) introduce another cooling system
(with all the necessary redundancy), and 2) put pressurized
water in the immediate vicinity of any computer equipment.
What could
On 29 Mar 2008, Paul Vixie wrote:
page 10 and 11 of http://www.panduit.com/products/brochures/105309.pdf
says there's a way to move 20kW of heat away from a rack if your normal
CRAC is moving 10kW (it depends on that basic air flow), permitting six
blade servers in a rack. panduit
Can someone please, pretty please with sugar on top, explain the point
behind high power density?
maybe.
Raw real estate is cheap (basically, nearly free).
not in downtown palo alto. now, you could argue that downtown palo alto
is a silly place for an internet exchange. or you could note
Can someone please, pretty please with sugar on top, explain
the point behind high power density?
It allows you to market your operation as a data center. If
you spread it out to reduce power density, then the logical
conclusion is to use multiple physical locations. At that point
you are
[EMAIL PROTECTED] (John Curran) writes:
While the chilled water door will provide higher equipment
density per rack, it relies on water piping back to a Cooling
Distribution Unit (CDU) which is in the corner sitting by your
CRAC/CRAH units.
it just has to sit near the chilled water that
At 7:06 PM + 3/29/08, Paul Vixie wrote:
While the chilled water door will provide higher equipment
density per rack, it relies on water piping back to a Cooling
Distribution Unit (CDU) which is in the corner sitting by your
CRAC/CRAH units.
it just has to sit near the chilled water that
John Curran wrote:
Chilled water to the rack implies multiple CDU's with a colorful
hose and valve system within the computer room (effectively a
miniature version of the facility chilled water loop). Trying to
eliminate potential failure modes in that setup will be quite the
adventure, which
Michael Dillon is spot on when he states the following (quotation below),
although he could have gone another step in suggesting how the distance
insensitivity of fiber could be further leveraged:
The high speed fibre in Metro Area Networks will tie it all together
with the result that for many
On Sat, 29 Mar 2008, Frank Coluccio wrote:
In fact, those same servers, and a host of other storage and network
elements, can be returned to the LAN rooms and closets of most
commercial buildings from whence they originally came prior to the
How does that work? So now we buy a whole bunch
I referenced LAN rooms as an expedient and to highlight an irony. The point is,
smaller, less-concentrated, distributed enclosures suffice nicely for many
purposes, similar to how Google's distributed containers and Sun Micro's Data
Centers in a box do. And while LAN rooms that have been vacated,
On Sat, 29 Mar 2008, Frank Coluccio wrote:
We often discuss the empowerment afforded by optical technology, but we've
barely
scratched the surface of its ability to effect meaningful architectural changes.
If you talk to the server people, they have an issue with this:
Latency.
I've
Please clarify. To which network element are you referring in connection with
extended lookup times? Is it the collapsed optical backbone switch, or the
upstream L3 element, or perhaps both?
Certainly, some applications will demand far less latency than others. Gamers
and
some financial
On Sat, 29 Mar 2008, Frank Coluccio wrote:
Please clarify. To which network element are you referring in connection with
extended lookup times? Is it the collapsed optical backbone switch, or the
upstream L3 element, or perhaps both?
I am talking about the matter that the following topology:
At 02:11 PM 3/29/2008, Alex Pilosov wrote:
Can someone please, pretty please with sugar on top, explain the point
behind high power density?
More equipment in your existing space means more revenue and more profit.
Raw real estate is cheap (basically, nearly free). Increasing power
density
On Sun, Mar 30, 2008, Mikael Abrahamsson wrote:
On Sat, 29 Mar 2008, Frank Coluccio wrote:
Please clarify. To which network element are you referring in connection
with
extended lookup times? Is it the collapsed optical backbone switch, or the
upstream L3 element, or perhaps both?
I
Understandably, some applications fall into a class that requires very-short
distances for the reasons you cite, although I'm still not comfortable with the
setup you've outlined. Why, for example, are you showing two Ethernet switches
for the fiber option (which would naturally double the
On Sat, Mar 29, 2008 at 06:54:02PM +, Paul Vixie wrote:
Can someone please, pretty please with sugar on top, explain the point
behind high power density?
Customers are being sold blade servers on the basis that it's much
more efficient to put all your eggs in one basket without being
20 matches
Mail list logo
