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1 1.1 1.2 Introduction This guide provides Dell EMC Solutions for Microsoft Azure Stack HCI greenfield network deployment examples using Dell EMC Storage Spaces Direct Ready Nodes and Dell EMC Networking switches. S2D is included with Microsoft Windows Server 2019 Datacenter and Windows Server 2016 Datacenter editions. S2D uses locally attached drives on industry-standard servers to create highly available softwaredefined storage. S2D has two deployment options: converged and hyper-converged. In a converged deployment, storage and compute resources are in separate clusters which allow for scaling of storage and compute clusters independently from each other. A hyper-converged deployment uses one cluster for compute and storage. This allows Hyper-V virtual machines to run directly on the servers providing the storage which can simplify deployment and reduce hardware costs. This deployment guide uses a hyper-converged S2D deployment. In an S2D-enabled cluster, storage and non-storage network traffic may share the same physical network connections (a converged network), or storage traffic may be placed on dedicated physical network connections (a non-converged network). The examples in this document use a non-converged network. For more information, see the Dell EMC Solutions for Microsoft Azure Stack HCI Deployment Guide. Typographical conventions The CLI and GUI examples in this document use the following conventions: Monospace Text CLI examples Underlined Monospace Text CLI examples that wrap the page Italic Monospace Text Variables in CLI examples Bold Monospace Text Commands entered at the CLI prompt and highlighted information in CLI output Bold text UI elements and information entered in the GUI Attachments This document in .pdf format includes one or more file attachments. To access attachments in Adobe Acrobat Reader, click the icon in the left pane halfway down the page, then click the icon. 6 Dell EMC Solutions for Microsoft Azure Stack HCI Networking Guide

Section	Page
1 Introduction	6
1.1 Typographical conventions	6
1.2 Attachments	6
2 Hardware Overview	7
2.1 Dell EMC Networking S5248F-ON	7
2.2 Dell EMC Networking S3048-ON	7
2.3 Dell EMC S2D Ready Nodes	7
2.4 Management system	8
2.5 Supported Dell EMC Networking switches	8
3 Topology	9
3.1 Connections to leaf switches	10
3.2 Connections to OOB management switch	11
4 Configuration planning	12
4.1 RDMA overview	12
4.2 DCB overview	12
4.3 Ready Node network adapter options	12
4.3.1 QLogic FastLinQ QL41262	12
4.3.2 Mellanox ConnectX-4 Lx	12
4.4 Adapter/RDMA/DCB options	13
4.5 VLANs and IP addressing	13
5 Configure network adapters	14
5.1 Reset network adapters to factory defaults	14
5.2 Configure QLogic QL41262 adapters	15
5.3 Verify Mellanox ConnectX-4 Lx adapter settings	19
6 Leaf switch configuration prerequisites	22
6.1 Check switch OS version	22
6.2 Verify license installation	22
6.3 Factory default configuration	23
7 Configure leaf switches	24
7.1 General settings	25
7.2 Configure port-groups	25
7.3 Configure VLANs and VRRP	26
7.4 Configure storage interfaces	27
7.5 Configure in-band management interfaces	28
7.6 Configure VLT	29
7.7 Configure DCB	30
8 Switch validation	33
8.1 General commands	33
8.1.1 show interface status	33
8.1.2 show vlan	33
8.1.3 show lldp neighbors	34
8.1.4 show vrrp brief	34
8.2 VLT validation commands	35
8.2.1 show vlt domain_id	35
8.2.2 show vlt domain_id backup-link	35
8.2.3 show vlt domain_id mismatch	36
9 S2D Ready Node configuration and deployment	37
9.1 Initial state	37
9.2 Ensure DCB is disabled on Intel X710 adapters	38
9.3 Install roles and features	39
9.4 Configure the in-band management and VM network	39
9.5 Configure storage networks	40
9.5.1 Configure storage VLANs	40
9.5.2 Configure storage IP addresses	40
9.5.3 Enable RDMA	41
9.5.4 Enable iWARP on QLogic adapters	41
9.5.5 Enable jumbo frames on NICs	41
9.6 Join Ready Nodes to the Active Directory domain	42
9.7 Clean disks	42
9.8 Run the Test-Cluster cmdlet	44
9.9 Create the cluster	44
9.10 Configure a cluster witness	45
9.11 Enable S2D	46
9.12 Create storage volumes	46
9.13 Configure DCB on Ready Nodes	47
10 PowerShell validation commands and output	48
10.1 Get-NetAdapter	48
10.2 Get-VMSwitch	48
10.3 Get-NetIPAddress	49
10.4 Get-NetRoute	49
10.5 Get-DnsClientServerAddress	49
10.6 View VLAN IDs	49
10.7 Get-NetAdapterRdma	50
10.8 Ensure iWARP is enabled (QLogic adapters only)	50
10.9 View jumbo frame settings	50
10.10 Storage validation commands	51
10.10.1 Get-PhysicalDisk	51
10.10.2 Get-StoragePool	52
10.10.3 Get-VirtualDisk	52
10.11 DCB validation commands	52
10.11.1 Get-NetQosPolicy	52
10.11.2 Get-NetAdapterQos	53
10.11.3 Get-NetQosFlowControl	54
10.11.4 Get-NetQosTrafficClass	54
10.11.5 Get-NetQosDcbxSetting	54
10.11.6 Verify Mellanox adapters are set to “Host in Charge”	54
11 Switch DCB validation commands	55
11.1 Show queuing statistics	55
11.2 Show interface priority flow control	55
A Validated components	56
A.1 Dell EMC Networking Switches	56
A.2 S2D Ready Nodes	56
A.3 Management System	57
A.4 Dell EMC Networking Optics and Cables	58
A.5 S2D Ready Node and management system software	58
B Port-groups	59
C Technical resources	61
D Fabric Design Center	62

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Dell EMC Solutions for Microsoft Azure Stack HCI Networking Guide

Introduction

This guide provides Dell EMC Solutions for Microsoft Azure Stack HCI greenfield network deployment

examples using Dell EMC Storage Spaces Direct Ready Nodes and Dell EMC Networking switches.

S2D is included with Microsoft Windows Server 2019 Datacenter and Windows Server 2016 Datacenter

editions. S2D uses locally attached drives on industry-standard servers to create highly available software-

defined storage.

S2D has two deployment options: converged and hyper-converged. In a converged deployment, storage and

compute resources are in separate clusters which allow for scaling of storage and compute clusters

independently from each other. A hyper-converged deployment uses one cluster for compute and storage.

This allows Hyper-V virtual machines to run directly on the servers providing the storage which can simplify

deployment and reduce hardware costs. This deployment guide uses a hyper-converged S2D deployment.

In an S2D-enabled cluster, storage and non-storage network traffic may share the same physical network

connections (a converged network), or storage traffic may be placed on dedicated physical network

connections (a non-converged network). The examples in this document use a non-converged network.

For more information, see the

Dell EMC Solutions for Microsoft Azure Stack HCI Deployment Guide

1.1

Typographical conventions

The CLI and GUI examples in this document use the following conventions:

Monospace Text

CLI examples

Underlined Monospace Text

CLI examples that wrap the page

Italic

Monospace Text

Variables in CLI examples

Bold Monospace Text

Commands entered at the CLI prompt and highlighted information in CLI

output

Bold text

UI elements and information entered in the GUI

1.2

Attachments

This document in .pdf format includes one or more file attachments. To access attachments in Adobe Acrobat

Reader, click the

icon in the left pane halfway down the page, then click the

icon.