"Figuring out how much power a server needs to run efficiently
is sometimes trial and error. Now with HP Thermal Logic, including
Dynamic Power Capping, we can actually measure how much power is
needed and have more control over how much energy is actually used.
Bottom line...it lets us get more out of IT." - Bob Longo, Director
of Sales and Business Development, ClearPointe Inc.
"Being able
to adjust my power levels on the fly is a pretty
heavy consideration for rock bands and IT departments.
With HP Thermal Logic and new Dynamic Power
Capping, I know that I’m always right in tune
with my customers’ needs.”
- David Montoya,
Senior Director of IT, Hard Rock Park
USA
"I admit it...I have a control issue and
I want more of it in the data center. HP Thermal
Logic, with its Dynamic Power Capping, lets
me manage the power we need to run the technology
that runs our business better than ever. It
feels good to know what's going on around here."
- CTO Eric Hulbert, opus:interactive
Do you have actual, real-time information about power
& cooling consumption in your data center, or do you
rely on faceplate estimates?
Has over-provisioning
power and cooling capacity left you with half-empty
racks and enclosures?
Are rising energy costs
forcing you to re-evaluate the way you manage energy
in your data center?
HP power management with new
Dynamic
Power Capping enables you to make the most of your existing data center by reclaiming trapped power and cooling capacity.
Part of the HP Thermal Logic Portfolio and delivered
through Insight Control suite, HP power management,
delivers three core capabilities:
power measurement,
power capping,
and power regulation. Read on to learn how HP power management allows you to
take control of valuable power and cooling resources in
today’s data center.
Click
here to see a use-case scenario.
Dynamic Power Capping allows you to
reclaim trapped power and cooling capacity by safely limiting server power consumption. You can
up to triple the capacity of your existing data center.
Read the TCO white paper to learn how.
Safely limit power usage without impacting
performance by capping peak instead of average
power usage.
Remove risk to electrical infrastructure
with fast-acting, hardware-based capping algorithm.
Reclaim more power with blades by dynamically
controlling power limits based on workload demand.
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