Users Guide

b. To add new Integrated Dell Remote Access Controller (iDRAC) user, under iDRAC Users, click
Create. For more information, see Adding Or Editing An Integrated Dell Remote Access
Controller (iDRAC) User.
4. Under Global Settings, in the Monitoring section, configure the following settings:
a. To set SNMP trap alert destination, perform the following steps:
1. Under Alert Destinations, to add an SNMP trap alert destination for chassis, click Create.
To edit Alert Destinations, select an alert destination from the list, and click Edit. To delete
an alert destination, select an alert destination from the list, and click Delete.
2. Enter a valid Destination IP Address. Use the quad-dot IPv4 format (for example,
10.10.10.10) or Fully Qualified Domain Name (for example, dell.com).
3. Enter the Community String to which the destination management station belongs.
b. In the Email Alert Settings section, to configure the CMC to send email alerts to one or more
email addresses:
1. In the SMTP Server box, enter the IP address or host name of an SMTP Server that receives
email alerts.
2. Click Create and enter the following:
• In the Name box, enter the source email name from which the email alerts are sent.
• Enter one or more Destination Email Addresses.
c. In the Syslog Configuration (for I/O Modules only) section, enter the Syslog Destination IP
Address to send I/O module log messages to a Syslog Destination.
5. Under Global Settings, in the NTP section:
a. Enter the Time Zone in which the chassis is located.
b. To synchronize the chassis clock with an NTP server, select Enable NTP Server check box and
enter the host names or IP addresses of the Primary NTP Server and Secondary NTP Server
(Optional).
6. Under Global Settings, in the Power Config section:
a. From the Redundancy Policy drop-down list, select one of the power redundancy policies that
you want to configure on the chassis:
• No Redundancy — The chassis is not configured with power redundancy.
• Power Supply Redundancy — A PSU in the chassis is kept as a spare, ensuring that the failure
of any one PSU does not cause the servers or chassis to power down.
• Grid Redundancy — This policy divides the available PSUs into two power grids. PSU 1 is
power grid 1 and PSU 2 is power grid 2. For maximum power, the PSUs should have the
same capacity. If a grid or PSU fails, then the power is provided by the remaining PSU.
b. Optionally, select Server Performance Over Power Redundancy check box to favor server
performance and power up over maintaining power redundancy.
c. Optionally, select Enable Dynamic Power Supply Engagement check box to allow the chassis
controller to put underutilized PSUs into standby mode based on the redundancy policy and
system power requirements.
7. Under Global Settings, in the Networking section:
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