Dell S3048-ON VCF on VxRail Multirack Deployment using BGP EVPN
Dell S3048-ON Manual
View all Dell S3048-ON manuals
Add to My Manuals
Save this manual to your list of manuals |
Dell S3048-ON manual content summary:
- Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 1
a Virtual Infrastructure workload domain with NSX-T Abstract This document provides step-by-step deployment instructions for Dell EMC OS10 Enterprise Edition (EE) L2 VXLAN tunnels using BGP EVPN. This guide contains the foundation for multirack VxRail host discovery and deployment. Also, the VMware - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 2
of any software described in this publication requires an applicable software license. © 2019 Dell Inc. or its subsidiaries. All Rights Reserved. Dell, EMC, Dell EMC and other trademarks are trademarks of Dell Inc. or its subsidiaries. Other trademarks may be trademarks of their respective owners - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 3
Supported switches and operating systems...10 1.6 Typographical conventions ...10 1.7 Attachments...10 2 Hardware overview...11 2.1 Dell EMC VxRail E560...11 2.2 Dell EMC PowerSwitch S5248F-ON ...11 2.3 Dell EMC PowerSwitch Z9264F-ON...11 2.4 Dell EMC PowerSwitch S3048-ON...12 3 Network transport - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 4
48 8.1 Create transport zones ...48 8.2 Create uplink profiles and the network I/O control profile 49 8.3 Create the NSX-T segments for system, Dell EMC PowerSwitch models ...59 A.2 VxRail E560 nodes ...59 A.3 Appliance software ...60 B Technical resources ...61 B.1 VxRail, VCF, and VVD Guides - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 5
B.2 Dell EMC Networking Guides ...61 C Fabric Design Center ...62 D Support and feedback ...63 5 VCF on VxRail Multirack Deployment using BGP EVPN - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 6
. Dell EMC provides further customer enablement through validated deployment guides which demonstrate these benefits while maintaining a high standard of quality, consistency, and support. At the physical layer of a Software Defined Data Center (SDDC), the Layer 2 or Layer 3 transport services - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 7
validated network flexible service support as well. This level of integration is what gives customers a truly unique turnkey hybrid cloud experience not available on any other infrastructure. All of this with available single vendor support through Dell EMC. VMware Cloud Foundation on Dell EMC - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 8
and Preparation Guide VMware Validated interoperability that spans compute, storage, networking, and management. Detailed guidance that support a broad set of use cases and diverse types of applications that help IT respond faster to the business needs To learn more about VVD on VxRail, see Dell EMC - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 9
a complete set of logical networking and security capabilities and services, including logical switching, routing, firewalling, load balancing, a virtual private network (VPN), quality of service (QoS), and monitoring. These services are provisioned in virtual networks through any cloud management - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 10
provides step-by-step instructions on creating a VCF on VxRail multirack management domain. Supported switches and operating systems The examples provided in this deployment guide use VxRail 4.7.211 nodes that are connected to Dell EMC PowerSwitch S5248F-ON switches running Dell EMC OS10 EE 10 - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 11
2x 200 GbE ports. The S5248F-ON supports L2 static VXLAN with VLT. The example within this document uses four S5248F-ON switches in VLT pairs as leaf switches. 2.3 Dell EMC PowerSwitch S5248F-ON Dell EMC PowerSwitch Z9264F-ON The Dell EMC PowerSwitch Z9264F-ON is a 2-RU 100 GbE aggregation/spine - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 12
PowerSwitch S3048-ON The Dell EMC PowerSwitch S3048-ON is a 1-Rack Unit (RU) switch with forty-eight 1GbE BASE-T ports and four 10GbE SFP+ ports. In this document, one S3048-ON supports out-of-band (OOB) management traffic for all examples. Dell EMC PowerSwitch S3048-ON 12 VCF on VxRail Multirack - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 13
supports both Layer 2 and Layer 3 network transport. In this section, the details of the Layer 3 leaf-spine topology are provided. Note: Most of the steps in this section may already be done if all of the configuration steps from the VCF on VxRail multirack deploying using BGP EVPN deployment guide - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 14
GW VxRail Node VxRail Node VxRail Node VxRail Node BGP EVPN topology This deployment guide uses EVPN/VXLAN to achieve the following: VNI A GW VNI B GW VNI networks through a physical Layer 3 leaf-spine underlay network using VXLAN-based EVPN to allow VxRail to communicate across four networks: - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 15
VXLAN encapsulation adds approximately 50 bytes of overhead to each Ethernet frame. As a result, all switches in the underlay (physical) network must be configured to support an MTU of at least 1600 bytes on all participating interfaces. Note: In this deployment example, switch interfaces are set - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 16
. With Z9264F-ON switches as spines and two leaf switches per rack, this topology scales to 32 racks. For more leaf-spine network information, see Dell EMC PowerSwitch Layer 3 Leaf-Spine Deployment and Best Practices with OS10. There are some BGP configuration differences in this guide to enable - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 17
ASNs) and router IDs used for the leaf and spine switches in this guide. Spine switches share a common ASN, and each pair of leaf switches and router IDs 10.0.2.3 VLTi 10.0.2.4 AS65102 Point-to-point IP networks Establishing a logical, scalable IP address scheme is important before deploying - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 18
examples. Point-to-point network IP addresses Link Source label switch Source IP address Destination switch Destination IP address Network A Spine 1 192. 192.168.1.6/31 192.168.2.6/31 Note: As with all examples in this guide, any valid IP address scheme can be used. The earlier example point- - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 19
switches that include the leaf-spine network. The solid colored lines are 100 to the spine and bandwidth for the VLTi. Z9264F-ON sfo01-spine01 Stack ID Reset Z9264F-ON sfo01-spine02 Stack ID Reset Rack 1 Rack Section 1.7 for instructions on accessing the attachments. 19 VCF on - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 20
always be doing the routing. This replaces VRRP and enables VMs to migrate from one leaf pair to another without the need to change the network configuration. It also eliminates hair pinning and improves link utilization since routing is performed closer to the source. Note: VNI 1611 is used in the - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 21
Rack 1. On each VxRail node, the NDC links carry traditional VxRail network traffic such as management, vMotion, vSAN, and VxRail management traffic. VxRail E node sfo01w02vxrail03 Rack 1 Dell EMC VxRail multirack Rack 1 physical connectivity 21 VCF on VxRail Multirack Deployment using BGP EVPN - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 22
5 5.1 5.2 Planning and preparation Before creating the IP underlay that drives the SDDC, it is essential to plan out the networks, IP subnets, and external services required. Also, planning of the prerequisites on all required switching hardware is recommended. VLAN IDs and IP subnets VCF on - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 23
correlate log files from multiple sources during troubleshooting, auditing, or inspection of log files virtual machine that is associated with external services on subnet 10.10.14.0/24 is the corresponding IP subnets are reserved in the underlay network for these subnets. The third octet increases by - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 24
Version: 10.4.3.5 Note: For information about installing and upgrading OS10EE, see the Dell EMC Networking OS10 Enterprise Edition Quick Start Guide. 5.6 Verify license installation Run the show license status command to verify the license installation. Verify that the License Type: field shows - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 25
is already on the switch if OS10EE was factory installed. Factory default configuration The switch configuration commands in the chapters that follow begin with the leaf switches at their factory default settings. Dell EMC PowerSwitches running OS10EE can be reset to their default configuration - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 26
172.16.47.1/24 - VLAN 1648 IP - addresses (ESG) 172.16.48.1/24 virtual-network 1641 IP 172.16.41.252/24 addresses (interface and anycast) 172.16.41.253/24 172.16.41.251/24 172.16.41.253/24 virtual-network 1642 IP addresses (interface and anycast) 172.16.42.252/24 172.16.42. - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 27
168.1.3 192.168.2.3 192.168.1.1 192.168.2.1 Anycast gateway IP address Virtual-network IP address 1/1/53 1/1/54 sfo01-Leaf1A VTEP 1 Loopback2: 10.222.222.1/ the VCF on VxRail multirack deploying using BGP EVPN deployment guide were followed. All of the steps are included here to ensure completion. - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 28
-Leaf01A(config-nve)# source-interface loopback2 sfo01-Leaf01A(config-nve)# exit 5. Using the following commands, configure the VXLAN virtual networks: sfo01-Leaf01A(config)# virtual-network 1641 sfo01-Leaf01A(config-vn)# vxlan-vni 1641 sfo01-Leaf01A(config-vn)# exit sfo01-Leaf01A(config)# virtual - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 29
-if-vl-3939)# mtu 9216 sfo01-Leaf01A(config-if-vl-3939)# exit Note: Enable the ipv6 mld snooping querier on any logical network that requires multicast support. 7. Configure access ports as VLAN members for a switch-scoped VLAN-to-VNI mapping. VLAN 1641 is untagged to accommodate ESXi management - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 30
-Leaf01A(conf-if-eth1/1/2)# flowcontrol transmit off sfo01-Leaf01A(conf-if-eth1/1/2)# exit 8. Enter the following commands to configure upstream network-facing ports: sfo01-Leaf01A(config)# interface ethernet1/1/53 sfo01-Leaf01A(conf-if-eth1/1/53)# description sfo01-spine01 sfo01-Leaf01A(conf-if - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 31
Note: If more than two ESGs are being used, update the maximum-paths ebgp value accordingly. 11. Configure eBGP for the IPv4 point-to-point peering using the following commands: sfo01-Leaf01A(config-router-bgp-65101)# neighbor 192.168.1.0 sfo01-Leaf01A(config-router-neighbor)# advertisement-interval - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 32
1643:1643 both sfo01-Leaf01A(config-evpn-evi-1643)# exit 15. Configure the dedicated L3 underlay path to reach a VLT peer in the event of network failure: sfo01-Leaf01A(config)# interface vlan4000 sfo01-Leaf01A(config-if-vl-4000)# no shutdown sfo01-Leaf01A(config-if-vl-4000)# mtu 9216 sfo01-Leaf01A - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 33
the anycast gateway MAC address. sfo01-Leaf01A(config)# ip virtual-router mac-address 00:01:01:01:01:01 21. Configure routing on virtual networks. sfo01-Leaf01A(config)# interface virtual-network1641 sfo01-Leaf01A(conf-if-vn-1641)# no shutdown sfo01-Leaf01A(conf-if-vn-1641)# mtu 9216 sfo01-Leaf01A - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 34
6.2 Configure leaf switch NSX-T overlay networking In this section, the specific networking required to support the NSX-T overlay networks are configured on sfo01-Leaf1A. Figure 18 shows three networks, VLANs 2500, 1647, and 1648. VLAN 2500 is used to support NSX-T TEPs and VLANs 1647 and 1648 are - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 35
address. This VLAN is used to carry north-south traffic from the Edge service cluster configured in Section 8. sfo01-Leaf01A(config)# interface vlan1647 sfo01-Leaf01A( the existing route map to allow the new networks to pass through the leaf-spine fabric. 35 VCF on VxRail Multirack Deployment using - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 36
subnets need to have access to the underlay network, additional IP prefix lists will need to be the file attachments. See Section 1.7 for instructions on accessing the attachments. Spine Switch sfo01- VxRail multirack deploying using BGP EVPN deployment guide were followed. All steps are included - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 37
OS10(conf-if-ma-1/1/1)# exit OS10(config)# management route 100.67.0.0/16 managementethernet OS10(config)# hostname sfo01-Spine01 sfo01-Spine01(config)# ntp server 100.67.10.20 sfo01-Spine01(config)# hardware forwarding-table mode scaled-l3-routes sfo01-Spine01(config)# bfd enable 2. Configure a - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 38
sfo01-Spine01(config-route-map)# match ip address prefix-list spine-leaf sfo01-Spine01(config-route-map)# exit 5. Enter the following commands to configure eBGP. sfo01-Spine01(config)# router bgp 65100 sfo01-Spine01(config-router-bgp-65100)# bfd all-neighbors interval 200 min_rx 200 multiplier 3 - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 39
sfo01-Spine01(conf-if-lo-1)# ip address 10.2.1.1/32 sfo01-Spine01(conf-if-lo-1)# exit 8. Configure BGP EVPN peering. sfo01-Spine01(config)# router bgp 65100 sfo01-Spine01(config-router-bgp-65100)# neighbor 10.2.2.1 sfo01-Spine01(config-router-neighbor)# remote-as 65101 sfo01-Spine01(config-router- - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 40
6.4 sfo01-Spine01(config-router-neighbor)# address-family ipv4 unicast sfo01-Spine01(config-router-neighbor-af)# no activate sfo01-Spine01(config-router-neighbor-af)# exit sfo01-Spine01(config-router-neighbor)# address-family l2vpn evpn sfo01-Spine01(config-router-neighbor-af)# activate sfo01- - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 41
that all routes using BGP are being received. The command also confirms that the multiple gateway entries show the multiple routes to the BGP learned networks. Figure 21 shows two different routes to the remote loopback addresses for 10.0.2.3/32 and 10.2.2.3/32. The output of show ip route 41 VCF - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 42
show ip bgp l2vpn evpn neighbors 2. Run the show evpn evi command to verify the current state of all configured virtual networks. Figure 23 shows the state of each virtual network as Up and that the Integrated Routing and Bridging (IRB) VRF is set to tenant1. Note: EVIs 1611-1613 were previously - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 43
The output of show evpn evi Note: For more validation and troubleshooting commands, see the OS10 Enterprise Edition User Guide. 43 VCF on VxRail Multirack Deployment using BGP EVPN - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 44
, such as W02. The name must contain between 3 and 20 characters. 3. Type a name for the organization that will use the virtual infrastructure, such as Dell. The name must contain between 3 and 20 characters. 4. Click Next. 5. On the Computer page, enter the vCenter IP address, 172.16.11.67, and - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 45
Add. 10. Wait for the task to complete. VxRail initialization This section outlines the general steps that are needed to initialize a VxRail cluster. 1. Install the VxRail nodes into the two racks in the data center. 2. Attach the appropriate cabling between the ports of the VxRail nodes and the - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 46
VxRail Manager initialization and expansion operation. Note: The values are listed in order as they are entered in the GUI. VxRail network configuration values Parameter Appliance Settings NTP server Domain Value 172.16.11.5 sfo01.rainpole.local ESXi hostname and IP addresses ESXi hostname - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 47
.16.11.253, for the default gateway. v. Enter the admin password for NSX-T. d. Click Next. VI-WLD NSX-T configuration details Note: The configuration of IP network 172.16.11.0/24 is covered in the creation of the management workload domain. See, VCF on VxRail multirack deploying using BGP EVPN. 47 - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 48
-south connectivity from the NSX-T overlay network to the leaf switches. This includes the which include the tables with the specific values used in this guide. If a value is not specified in the following example Create transport zones for step by step instructions. Name Edge transport zones N-VDS - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 49
8.2 8.3 8.4 Create uplink profiles and the network I/O control profile Table 9 shows the values that are used for uplink01 Isolated - No logical connections vlan-tz- sfo01-w-nvds01-uplink02 Isolated - No logical connections vlan-tz- sfo01-w-uplink01 Isolated - No logical connections - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 50
8.5 Deploy the NSX-T edge appliances To provide tenant workloads with routing services and connectivity to networks that are external to the workload domain, deploy two NSX-T Edge nodes. Table 12 shows the values that are used for the edge nodes. Uplink - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 51
box, type host-group-rule-edgeCluster 5. From the Type drop-down menu, select Virtual Machines to Hosts. 6. From the VM Group drop-down, select Edge Service Gateways and choose Must run on hosts in group. 7. From the Host Group drop-down, select Edge Hosts. 8. Click OK. 51 VCF on VxRail Multirack - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 52
8.8 Add the NSX-T edge nodes to the transport zones After you deploy the NSX-T edge nodes and join them to the management plane, to connect the nodes to the workload domain. Next, add the nodes to the transport zones for uplink and overlay traffic and configure the N-VDS on each edge node. Table 16 - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 53
8.9 Create and configure the Tier-0 gateway The Tier-0 gateway in the NSX-T Edge cluster provides a gateway service between the logical and physical network. The NSX-T Edge cluster can back multiple Tier-0 gateways. In this example, each edge node hosts a Tier-0 gateway, and ECMP is used to create - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 54
bgp neighbor command to verify the BGP connections to the neighbors of the service router for Tier 0. Use the get route bgp command to verify that that multiple routes to BGP-learned networks exist. Figure 28 shows the truncated output of get route bgp. The networks that are shown are BGP routes - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 55
the other VM is associated with the segment, App. The loopback interface represents all external networks. Figure 29 shows the three virtual machines, Web01, Web02, and App01, are running on document. See the NSX-T Administration Guide: Segments. 55 VCF on VxRail Multirack Deployment using BGP EVPN - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 56
9.1 Ping from Web01 to Web02 Figure 30 shows the results of the ping that is issued from Web01 (10.10.20.10/24) to Web02 (10.10.20.11/24) 9.2 Ping results from Web01 to Web02 Ping from Web01 to App01 Figure 31 shows the results of the ping that is issued from Web01 (10.10.20.10/24) to App01 (10.10 - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 57
address 10.0.1.2, the loopback address on sfo01-spine02. 9.4 Ping results from Web01 to 10.0.1.2 Note: If connectivity is needed to the underlay network from the workload tenants, additional IP prefix list will need to be added to the leaf switches. Refer to Section 6.2. Ping from App01 - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 58
.10.10.10) to the destination address 10.0.1.2, the loopback address on sfo01-spine02. Traceflow results from App01 to 10.0.1.2/32 Note: See NSX-T Administration Guide: Traceflow for more information. 58 VCF on VxRail Multirack Deployment using BGP EVPN - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 59
S5248F-ON leaf switches 2 Dell EMC PowerSwitch Z9264F-ON spine switches 2 Dell EMC PowerSwitch S3048-ON OOB mgmt switches Version 10.4.3.5 10.4.3.5 10.4.3.5 A.2 VxRail E560 nodes A cluster of four VxRail E560 nodes was used to validate the VI-WLD in this guide. The nodes were each - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 60
A.3 Appliance software This Deployment Guide uses the VxRail appliance software 4.7.211 for development. The 4.6.0.8080673 VMware vCenter 6.7 U2a 13643870 VMware ESXi 6.7 EP09 13644319 Platform Service 4.7.211 NSX-T 2.4.1.0.0-13716575 60 VCF on VxRail Multirack Deployment using BGP - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 61
Technical FAQ Dell EMC VxRail Network Guide VMware Validated Design 5.0.1 NSX-T Workload Domains NSX-T Data Center Administration Guide VxRail Support Matrix Dell EMC Networking Guides Dell EMC PowerSwitch Guides OS10 Enterprise Edition Users Guide 10.4.3.0 Edition Dell EMC Networking Layer 3 Leaf - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 62
application that automates the planning, design, and deployment of network fabrics that power Dell EMC compute, storage, and HCI solutions. The FDC is ideal for turnkey solutions and automation based on validated deployment guides. FDC allows for design customization and flexibility to go beyond - Dell S3048-ON | VCF on VxRail Multirack Deployment using BGP EVPN - Page 63
Technical Support Support Contact Information Web: http://www.dell.com/support Telephone: USA: 1-800-945-3355 Feedback for this document Dell EMC encourages readers to provide feedback on the quality and usefulness of this publication by sending an email to [email protected]
Dell EMC Configuration and Deployment Guide
VCF on VxRail Multirack Deployment using BGP
EVPN
Adding a Virtual Infrastructure workload domain with NSX-T
Abstract
This document provides step-by-step deployment instructions for Dell
EMC OS10 Enterprise Edition (EE) L2 VXLAN tunnels using BGP EVPN.
This guide contains the foundation for multirack VxRail host discovery
and deployment. Also, the VMware Cloud Foundation on Dell EMC
VxRail with NSX-T is deployed, providing the initial building block for a
workload domain in the Software Defined Data Center (SDDC).
August 2019