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Dell S5232F-ON EMC Networking OS10 Enterprise Edition Switch Configuration Gui - Page 13

Dual switch without VLT

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• Provides link-level resiliency • Assures high availability • Allows a single device to use a LAG across two upstream switches • Provides Layer 2 multipathing Note: While VxRail nodes use active and standby network adapters instead of LAGs, other servers in the rack can connect to the VLT switch pair with an LACP LAG for active/active Layer 2 multipathing. For more information on VLT, see the OS10 Enterprise Edition User Guide Release 10.4.1.0. 3.1.2 Dual switch without VLT The configuration of a switch pair without VLT is supported, but it does not provide the advantages of VLT covered in the previous section. The switch pair is cabled as shown in Figure 10. The links connecting the two switches are configured in an LACP port channel. S5148F-Leaf1A S5148F-Leaf1B LACP 12 VxRail node 1 12 VxRail node 2 100GbE LACP connections 25GbE connections 12 VxRail node n Rack 1 Dual switch topology without VLT 13 Dell EMC Networking OS10 Enterprise Edition Switch Configuration Guide for VxRail featuring S5248F-ON, S5232F-ON and S5148F-ON

Section	Page
1 Introduction	6
1.1 Supported switches and operating systems	7
1.2 Typographical conventions	8
1.3 Attachments	8
2 Hardware overview	9
2.1 Dell EMC Networking S5248F-ON	9
2.2 Dell EMC Networking S5232F-ON	9
2.3 Dell EMC Networking S5148F-ON	9
2.4 Dell EMC Networking S3048-ON	9
2.5 Dell EMC VxRail 14G nodes	10
2.5.1 Dell EMC VxRail P Series node	10
2.5.2 Dell EMC VxRail V Series node	10
2.5.3 Dell EMC VxRail S Series node	10
2.5.4 Dell EMC VxRail E Series node	10
2.5.5 VxRail node network adapters	10
3 Topology options	12
3.1 Dual switch	12
3.1.1 Dual switch with VLT	12
3.1.2 Dual switch without VLT	13
3.2 Single switch	14
4 VxRail in the data center	15
4.1 Leaf-spine network	15
4.2 OOB management network	16
5 Configuration planning	17
5.1 VLANs and IP addresses	17
5.2 VxRail network configuration table	18
5.3 Using a jump box or laptop computer	19
5.4 DNS and NTP servers	19
6 Switch configuration prerequisites	21
6.1 Check switch OS version	21
6.2 Verify license installation	21
6.3 Factory default configuration	22
7 Configure switches	23
7.1 Dual switch with VLT	23
7.1.1 General settings	23
7.1.2 Configure VLANs	24
7.1.3 Configure interfaces	25
7.1.4 Configure VLT	26
7.2 Dual switch without VLT	27
7.2.1 General settings	28
7.2.2 Configure VLANs	28
7.2.3 Configure interfaces	29
7.2.4 Configure the switch interconnect	30
7.3 Single switch	31
7.3.1 General settings	32
7.3.2 Configure VLANs	32
7.3.3 Configure interfaces	33
8 Switch validation	36
8.1 General validation commands	36
8.1.1 show interface status	36
8.1.2 show port-channel summary	36
8.1.3 show vlan	37
8.1.4 show lldp neighbors	38
8.1.5 show vrrp brief	39
8.2 VLT validation commands	39
8.2.1 show vlt domain_id	39
8.2.2 show vlt domain_id backup-link	39
8.2.3 show vlt domain_id mismatch	40
9 Deploy VxRail	41
10 Use of VxRail 4.7.0 to validate Dell EMC Networking S5200F-ON	43
A Validated components for S5148F-ON using VxRail 4.5	45
A.1 Dell EMC Networking Switches	45
A.2 DAC Cables	45
A.3 VxRail P570 nodes	45
A.4 VxRail Appliance software	46
B Validated components for S5248F-ON and S5232F-ON using VxRail 4.7.0	47
B.1 Dell EMC Networking switches	47
B.2 DAC Cables	47
B.3 VxRail E560 nodes	47
B.4 VxRail appliance software	48
C VxRail network adapter traffic optimization	49
D Configure breakouts on port groups and interfaces	50
D.1 Breakout port-groups for S5248F-ON	50
D.2 Breakout interfaces for S5232F-ON	51
D.3 Auto-breakout feature	51
E Technical resources	52