Reference Guide

Total Multicast Bytes Received: 0
Total Broadcast Bytes Received: 0
Total Unicast Bytes Transmitted: 0
To get the network statistics, type the following command:
$ racadm nicstatistics
NIC.Slot.5-2-1 : QLogic CNA Gigabit Ethernet-B8:AC:6F:B3:BF:10
NIC.Slot.5-2-1 : QLogic CNA Gigabit Ethernet-B8:AC:6F:B3:BF:11
NIC.Slot.5-2-1 : QLogic CNA Gigabit Ethernet-B8:AC:6F:B3:BF:12
NIC.Slot.5-2-1 : QLogic CNA Gigabit Ethernet-B8:AC:6F:B3:BF:13
NIC.Slot.5-2-1 : QLogic CNA Gigabit Ethernet-B8:AC:6F:B3:BF:14
ping
Description Veries if the destination IP address is reachable from iDRAC with the current routing-table contents. A
destination IP address is required. Based on the current routing-table contents, an ICMP echo packet is sent to
the destination IP address.
To run this subcommand, you must have the Debug privilege.
Synopsis
racadm ping <ipaddress>
Input <ipaddress> — The IP address of the remote endpoint to ping.
Output
PING 192.168.0 (192.168.0): 56 data bytes64 bytes from 192.168.0: seq=0
ttl=64 time=4.121 ms
192.168.0 ping statistics
1 packets transmitted, 1 packets received, 0 percent packet lossround-trip
min/avg/max = 4.121/4.121/4.121 ms
ping6
Description
Veries if the destination IPv6 address is reachable from iDRAC or with the current routing-table contents. A
destination IPv6 address is required. Based on the current routing-table contents, an ICMP echo packet is
sent to the destination IPv6 address.
To run this subcommand, you must have Debug privilege.
Synopsis
racadm ping6 <ipv6address>
Input <ipv6address> — the IPv6 address of the remote endpoint to ping.
Example
Pinging 2011:de11:bdc:194::31 from 2011:de11:bdc:194::101 with 32 bytes of
data:
Reply from 2011:de11:bdc:194::31: time<1ms
Reply from 2011:de11:bdc:194::31: time<1ms
Reply from 2011:de11:bdc:194::31: time<1ms
Reply from 2011:de11:bdc:194::31: time<1ms
Ping statistics for 2011:de11:bdc:194::31:
Packets: Sent = 4, Received = 4, Lost = 0 (0% loss),
Approximate round trip times in milli-seconds:
Minimum = 0ms, Maximum = 0ms, Average = 0ms
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