MTU size that isequal to or larger than the value being set. Do you want to continue (yes/no) ?CAUTION: If the existing bonding setting is changed, the connection to the DR Series system may be lost unlessyou are sure that the DR Series system can accept this bonding type.In computer networking, jumbo frames are Ethernet frames with more than 1500 bytes of payload (but in some cases,jumbo frames can carry up to 9000 bytes of payload).Many Gigabit Ethernet switches and Gigabit Ethernet network interface cards support jumbo frames. Some FastEthernet switches and Fast Ethernet network interface cards (NICs) also support jumbo frames.Some computer manufacturers use 9000 bytes as the conventional limit for jumbo frame sizes. Internet Protocol (IP)subnetworks require that all hosts in a subnet have an identical MTU.Consequently, interfaces that use a standard frame size and those that use a jumbo frame size should not be in the samesubnet. To reduce the chance of interoperability issues, NICs capable of jumbo frames require special configurations touse jumbo frames. For more information, contact your Dell Support representative for assistance.To verify that the destination system can support a specific frame size you want to attempt, use the following DR Seriessystem CLI commands and specify the frame size in bytes using the following command as an example:network --ping --destination address> --size network --nslookup --destination DescriptionPerforms a domain name system (DNS) lookup for a DR Series system.Syntaxnetwork --nslookup --destination 10.25.20.15Result10.25.20.15 has name sys-59.storage.local.network --traceroute --destination DescriptionPerforms a trace route for packets that were sent to a DR Series system.Syntaxnetwork --traceroute --destination 10.25.20.20Resulttraceroute to 10.15.10.21 (10.15.10.21), 30 hops max, 40 byte packets1 10.25.24.1 (10.25.24.1) 0.510 ms 0.654 ms 0.673 ms2 10.20.12.16 (10.20.12.16) 7.095 ms 7.564 ms 7.843 ms3 10.16.16.2 (10.16.16.2) 1.092 ms 1.097 ms 1.130 ms4 10.16.0.9 (10.16.0.9) 1.006 ms 0.980 ms 1.017 ms5 10.18.14.97) 6.864 ms 5.703 ms 6.264 ms6 10.13.19.5) 7.230 ms 7.230 ms 7.260 ms7 10.16.19.6) 8.540 ms 8.624 ms 8.848 ms8 10.15.15.11 (10.15.15.11) 8.772 ms 9.032 ms 8.859 ms9 10.18.15.18 (10.158.15.18) 10.540 ms 10.674 ms 10.285 ms10 10.15.0.21 (10.15.0.21) 9.153 ms 9.051 ms 9.216 ms38
