Rack Provisioning and Capacity Planning TRADITIONAL METHOD Static provisioning RACK PROVISION 4000 watt available power CAPACITY PLAN Provision servers within 4000 watts envelope USE CASE 1 ID: 261849
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Slide1
USE CASE 1:
Rack Provisioning
and Capacity PlanningSlide2
TRADITIONAL METHOD:
Static
provisioning
RACK PROVISION:
4,000 watt available power
CAPACITY PLAN:
Provision servers
within 4,000 watts envelope
USE CASE 1:
Rack
Provisioning/Capacity
PlanningSlide3
TRADITIONAL METHOD:
Static
provisioning
USE CASE 1:
Rack
Provisioning/Capacity
Planning
650 watt
power
supply rating
400 W
650 watt
Safe bet (
derated
):
400 watts per server
based on lab measurements for
expected configurationSlide4
TRADITIONAL METHOD:
Static
provisioning
USE CASE 1:
Rack
Provisioning/Capacity
Planning
650 watt
power
supply rating
400 W
650 watt
Safe bet (
derated
):
400 watts per server
based on lab measurements for
expected configuration
4,000 watts
÷ 400 watts/
serverSlide5
INTEL INNOVATION:
Real-time
monitoring
400 W
650 wattSlide6
INTEL INNOVATION:
Real-time
monitoring
Actual measurements
show power/server never
exceeds
250 watts
Summary
Details
Policies
Data Center Management Console
250 W
650 watt
Stranded
capacitySlide7
Optional: Enforce
4,000 watts cap per rack
for rare cases where
demand exceeds 4 watts
INTEL INNOVATION:
Real-timemonitoring
Summary
Details
Policies
Data Center Management Console
Use
250 watts
as aggressive
power/server
4,000 watts
÷ 250 watts/
server
250 W
650 wattSlide8
Payoff – Increase rack density by:
60%
TRADITIONAL METHOD:
Static
provisioning
INTEL INNOVATION:
Real-time
monitoring