Aruba JH348A Configuration Guide

i

Contents

Example: Access to DRNI Through Dynamic Routing and Distributed EVPN

Gateways Configuration Example ·································································· 1

Network configuration ········································································································································ 1

Applicable product matrix ··································································································································· 5

Analysis ······························································································································································ 5

Restrictions and guidelines ································································································································ 6

DRNI configuration ····································································································································· 6

Routing configuration ································································································································· 6

Procedures ························································································································································· 7

Configuring leaf devices ····························································································································· 7

Configuring spine devices ························································································································ 25

Configuring the border device ·················································································································· 29

Overlay traffic forwarding models ············································································································· 33

Testing network convergence ·················································································································· 44

Verifying the configuration ························································································································ 45

Upgrading the devices ····································································································································· 48

Upgrading the leaf devices ······················································································································· 48

Upgrading the spine devices ···················································································································· 49

Upgrading the border device ···················································································································· 50

Expanding the network····································································································································· 51

Adding a leaf device ································································································································· 51

Replacing hardware ········································································································································· 52

Replacing a leaf device ···························································································································· 52

1

Example: Access to DRNI Through

Dynamic Routing and Distributed EVPN

Gateways Configuration Example

Network configuration

As shown in Figure 1:

•

Leaf 1 and Leaf 2 are distributed EVPN gateways that are virtualized into one DR system. The

IPL is an Ethernet aggregate link.

•

Spine 1 and Spine 2 act as RRs to reflect routes between the leaf devices and between the

leaf and border devices.

•

Switch A and Switch B each is dual-homed to Leaf 1 and Leaf 2 through an Ethernet aggregate

link. To avoid single points of failure, a Layer 2 Ethernet interface that contains member ports

across devices is configured for the links connected to each VM.

•

Standalone device Leaf 3 is connected to Switch C through a Layer 2 aggregate link.

•

Switch D and Switch E each is single-homed to Leaf 1 and Leaf 2 through a physical link.

•

To forward VXLAN traffic from one DR member to the other DR member for single-homed ACs,

the DR member devices create VXLAN tunnels over the IPL.

•

For Layer 3 communication, enable a routing protocol for route advertisement between Leaf 1

and Leaf 2 and the user network. The underlay network is an IPv4 network and the overlay

network is an IPv4 and IPv6 network.

2

Figure 1 Network diagram

Table 1 Topology and IP assignment

Device

Interface

IP address

Remarks

Leaf 1

Loopback 0 1.1.1.1/32 VTEP address

Used to establish BGP EVPN peer

relationship

Loopback 1 1.2.3.4/32 Virtual VTEP address

VLAN-interface

4094 100.0.1.1/24

Attached to the link that forwards

east-west traffic

HGE 1/0/25 N/A Attached to the IPL

Connected to HGE 1/0/25 on Leaf 2

HGE 1/0/26 100.0.0.1/24 Attached to the keepalive link

Server D

V

M

4

HGE 1/0/3

XGE 1/1/3

Server B

XGE 1/2/24

Server A Server E

XGE 1/1/10

Server C

XGE 1/0/3

HGE 1/0/30

Border

HGE 1/0/25

HGE 1/0/9

HGE 1/0/26 HGE 1/0/9

Spine2Spine 1

HGE 1/0/4

HGE 1/0/27

HGE1/0/5

HGE1/0/27

HGE 1/0/28

HGE 1/0/5

HGE 1/0/4

HGE1 0/28

HGE 1/0/25 HGE 1/0/25

HGE 1/0/26 HGE 1/0/26

HGE 1/0/32

WGE 1/0/1

WGE1/0/2

XGE 1/0/2

XGE 1/0/1

XGE 1/0/2

HGE 1/0/6

HGE 1/0/28

XGE 1/0/1

Peer link

XGE 1/0/1

HGE 1/0/30 HGE 1/1/3

HGE 1/0/1

HGE 1/0/6

Leaf 2 Leaf 3

Loop0 6.6.6.6/32

Switch C

Switch D

Switch E

Switch A Switch B

Keepalive

V

M

1

V

M

2

V

M

6

V

M

3

V

M

5

Loop0 1.1.1.1/32

Loop1 1.2.3.4/32

Leaf 1

Loop0 2.2.2.2/32

Loop1 1.2.3.4/32 Loop0 3.3.3.3/32

Loop0 5.5.5.5/32

Loop0 4.4.4.4/32

IPL

3

Device

Interface

IP address

Remarks

100::1/64

Connected to HGE 1/0/26 on Leaf 2.

HGE 1/0/27 Borrowed from Loopback

0 Connected to HGE 1/0/4 on Spine 1.

HGE 1/0/28 Borrowed from Loopback

0 Connected to HGE 1/0/4 on Spine 2.

HGE 1/0/32 N/A AC interface

Connected to HGE 1/0/1 on Switch

D

WGE 1/0/1 N/A DR group member port

Connected to Server A

WGE 1/0/2 N/A DR group member port

Connected to Server B

VSI-interface 10

20.1.1.1/24

20:1:1:1::1/64

Virtual IP: 20.1.1.5/24

IPv6 virtual IP:

20:1:1:1::5/64

Gateway interface for VXLAN 100

VSI-interface 20

20.2.1.1/24

20:2:1:1::1/64

Virtual IP: 20.2.1.5/24

IPv6 virtual IP:

20:2:1:1::5/64

Gateway interface for VXLAN 101

VSI-interface 100 N/A Associated with a L3 VXLAN ID

Leaf 2

Loopback 0 2.2.2.2/32 VTEP address

Used to establish BGP EVPN peer

relationship

Loopback 1 1.2.3.4/32 Virtual VTEP address

VLAN-interface

4094 100.0.1.2/24

Attached to the link that forwards

east-west traffic

HGE 1/0/25 N/A Attached to the IPL

Connected to HGE 1/0/25 on Leaf 1

HGE 1/0/26 100.0.0.2/24

100::2/64 Attached to the keepalive link

Connected to HGE 1/0/26 on Leaf 1

HGE 1/0/27 N/A Borrowed from Loopback 0

Connected to HGE 1/0/5 on Spine 1

HGE 1/0/28 N/A Borrowed from Loopback 0

Connected to HGE 1/0/5 on Spine 2

HGE 1/0/30 N/A Single-homed AC interface

Connected to HGE 1/1/3 on Switch

E

XGE 1/0/1 N/A DR group member port

Connected to Server B

XGE 1/0/2 N/A DR group member port

4

Device

Interface

IP address

Remarks

Connected to Server A

VSI-interface 10

20.1.1.1/24

20:1:1:1::1/64

Virtual IP: 20.1.1.6/24

IPv6 virtual IP:

20:1:1:1::6/64

Gateway interface for VXLAN 100

VSI-interface 20

20.2.1.1/24

20:2:1:1::1/64

Virtual IP: 20.2.1.6/24

IPv6 virtual IP:

20:2:1:1::6/64

Gateway interface for VXLAN 101

VSI-interface 100 N/A Associated with a L3 VXLAN ID

Leaf 3

Loopback 0 3.3.3.3/32 VTEP address

Used to establish BGP EVPN peer

relationship

HGE 1/0/27 Borrowed from Loopback

0 Connected to HGE 1/0/6 on Spine 1

HGE 1/0/28 Borrowed from Loopback

0 Connected to HGE 1/0/6 on Spine 2

XGE 1/0/1 N/A Member port of a Layer 2 aggregate

interface

Connected to Server 3

Spine 1

Loopback 0 4.4.4.4/32 VTEP address

Used to establish BGP EVPN peer

relationship

HGE 1/0/4 N/A Borrowed from Loopback 0

Connected to HGE 1/0/27 on Leaf 1

HGE 1/0/5 N/A Borrowed from Loopback 0

Connected to HGE 1/0/27 on Leaf 2

HGE 1/0/6 N/A Borrowed from Loopback 0

Connected to HGE 1/0/27 on Leaf 3

HGE 1/0/9 30.0.0.1/24 Connected to HGE 1/0/25

on the

border device

Spine 2

Loopback 0 5.5.5.5/32 VTEP address

Used to establish BGP EVPN peer

relationship

HGE 1/0/4 N/A Borrowed from Loopback 0

Connected to HGE 1/0/28 on Leaf 1

HGE 1/0/5 N/A Borrowed from Loopback 0

Connected to HGE 1/0/28 on Leaf 2

HGE 1/0/6 N/A Borrowed from Loopback 0

Connected to HGE 1/0/28 on Leaf 3

HGE 1/0/9 31.0.0.1/24 Connected to HGE 1/0/26

on the

border device

5

Device

Interface

IP address

Remarks

Border

Loopback 0 6.6.6.6/32 VTEP address

Used to establish BGP EVPN peer

relationship

HGE 1/0/25 30.0.0.2/24 Connected to HGE 1/0/9 on Spine 1

HGE 1/0/26 31.0.0.2/24 Connected to HGE 1/0/9 on Spine 2

HGE 1/0/30 50.0.0.1/24 Connected to the external network

VSI-interface 100 N/A Associated with a L3 VXLAN ID

Applicable product matrix

IMPORTANT:

In addition to running an applicable software version, you must also install the most recent patch, if

any.

Role

Device

Software version

Spine

HPE FlexFabric 12900E Switch

Series (Type K) R5210

HPE FlexFabric 12900E Switch

Series (Type X) R7624P08

Leaf or border

HPE FlexFabric 12900E Switch

Series (Type X)

(only border, not

leaf) R7624P08

HPE FlexFabric 5944 & 5945 Switch

Series R6710

HPE FlexFabric 5940 Switch Series R6710

HPE FlexFabric 5710 Switch Series R6710

SDN controller N/A Contact Hewlett Packard Enterprise

support to

verify version compatibility

Analysis

Leaf 1 and Leaf 2 form a DR system and the same VSI interface on the leaf devices is assigned the

same IP address and MAC address. As a result, the leaf devices cannot separately establish EBGP

peer relationship with Switch A and Switch B. For Leaf 1 and Leaf 2 to separately establish EBGP

peer relationship with the switches, you must assign different DRNI virtual IP addresses to the same

VSI interface on the leaf devices. Then, Leaf 1 and Leaf 2 each can use its own DRNI virtual IP

address to establish EBGP peer relationship with the switches. To configure an DRNI virtual IP

address on a VSI interface, use the port drni virtual-ip command.

For the servers to reach one another, configure Switch A through Switch E to import direct routes to

EBGP.

6

Restrictions and guidelines

DRNI configuration

•

When Leaf 1 and Leaf 2 create VXLAN tunnels over the IPL, the tunnel source IP address is

the virtual VTEP address of the DR system. The tunnel destination IP address is the VTEP

address of the local leaf device. When traffic from a single-homed server is forwarded from

one DR member to the other DR member through a VXLAN tunnel created on the IPL, the

latter DR member cannot decapsulate the traffic. To resolve this issue, use the vxlan

default-decapsulation source interface loopback 0 command on the latter DR

member so that the DR member can decapsulate the traffic.

•

In this example, Leaf 1 is the primary device and Leaf 2 is the secondary device in the DR

system. When the IPL is disconnected, the links connecting Leaf 1 to Sever A and Sever B are

also disconnected. However, the EBGP connections to Sever A and Sever B go down only

when the BGP peer relationship expires. The convergence time is up to dozens seconds and

even more than 100 seconds. To resolve this issue, use the drni mad include interface

command on Leaf 1 to add the interfaces connected to Server A and Server B to the

user-configured list of included ports. The interfaces will be shut down by DRNI MAD when the

DR system splits.

•

When GIR is configured on a DR member device and the DR member device is isolated, traffic

from single-homed interfaces on the DR member device still can be forwarded to a leaf device.

•

In an EVPN distributed relay network, AC interfaces and VSI interfaces support QoS rate limit.

•

To avoid packet loss or other forwarding issues when the secondary device that has a large

number of entries or is being upgraded joins the DR system, use the drni restore-delay

command to increase the data restoration interval.

Routing configuration

•

You can configure a router ID for an OSPF process or BGP instance. If you do not configure a

router ID, the OSPF process or BGP instance uses the global router ID. Make sure the router

ID for each device is unique in the network.

•

For the remote leaf and border devices to establish tunnels only with the DR system

(represented by the virtual VTEP address), use the nexthop evpn-drni group-address

command in BGP EVPN address family view on the DR member devices. When this command

is used, the VXLAN tunnels established between the DR member devices go down. To resolve

this issue, configure a routing policy for each DR member device to use its local VTEP address

as the next hop of BGP EVPN routes advertised to the other DR member device. The following

information shows the settings:

#

route-policy 1 permit node 1

if-match route-type bgp-evpn-ip-prefix

apply ip-address next-hop 1.1.1.1

#

route-policy 1 deny node 10

#

bgp 20

address-family l2vpn evpn

nexthop evpn-drni group-address

peer 2.2.2.2 route-policy 1 export

#

7

•

As a best practice, use the nexthop evpn-drni group-address command. If you do not

use this command, OSPF advertises the IP address of Loopback 0. When the IPL recovers

from a failure or a DR member device finishes reboot, the following issues exist:

 Traffic detour—When the IPL recovers from a failure or a DR member device finishes

reboot, the IPL comes up earlier than other links. The VLAN interfaces used to forward

east-west traffic also come up. As a result, the tunnels between the failed DR member and

remote VTEPs come up before the failed DR member recovers. Downstream traffic from

the remote VTEPs to the failed DR member is forwarded to the failed DR member.

Because the failed DR member has not recovered, the failed DR member forwards the

traffic to the other DR member through the IPL. In this process, detour exists for the traffic.

 Two traffic convergences—The first traffic convergence occurs when the IPL recovers

and the second traffic convergence occurs when DRNI MAD brings up the interfaces that

were shut down when the DR system split.

Procedures

Configuring leaf devices

Procedure summary

•

Configuring DRNI settings

•

Configuring the links connected to the spine devices

•

Configuring the overlay network

•

Configuring links for dual-homed servers

•

Configuring links for single-homed servers

Configuring DRNI settings

Leaf 1 (5945) Leaf 2 (5945) Configuration

method

Description Remarks

drni system-mac

cda-8037-1324 drni system-mac

cda-8037-1324

Manual or

controller-based

Configure the DR

system MAC

address.

For the DR

member devices

to be identified as

one DR system,

you must

configure the

same DR system

MAC address on

them.

drni system-number

1 drni system-number

2

Manual or

controller-based Set the DR

system number.

You must assign

different DR

system numbers

to the DR member

devices in

a DR

system.

drni system-priority

100 drni system-priority

100

Manual or

controller-based Set the DR

system priority.

You must

configure the

same DR system

priority for the DR

member devices

in a DR system.

drni

keepalive ip

destination 100.0.0.2

source 100.0.0.1

drni

keepalive ip

destination

100.0.0.1 source

100.0.0.2

Manual or

controller-based

Specify the

destination and

source IP

addresses of

N/A

8

Leaf 1 (5945) Leaf 2 (5945) Configuration

method

Description Remarks

keepalive packets.

interface

hundredgige 1/0/26 interface

hundredgige 1/0/26

Manual or

controller-based

Enter the view of

HundredGigE

1/0/26

. The

interface is

attached to the

keepalive link.

N/A

port link-mode route port link-mode route

Manual or

controller-based

Set the link mode

of the keepalive

interface to Layer

3.

N/A

ip address 100.0.0.1

24 ip address 100.0.0.2

24

Manual or

controller-based

Assign an IP

address to

HundredGigE

1/0/26

. This IP

ad

dress is the

source IP address

of keepalive

packets.

N/A

quit quit N/A N/A N/A

drni mad

default-action none drni mad

default-action none

Manual or

controller-based

Configure DRNI

MAD to

not shut

down any network

interfaces when

the DR system

splits, except the

interfaces

configured

manually or by the

system to be shut

down by DRNI

MAD.

N/A

drni restore-delay

300 drni restore-delay

300

Manual or

controller-based

Set the data

restoration interval

to 300 seconds. N/A

drni

mad include

interface

hundredgige 1/0/27

drni

mad include

interface

hundredgige 1/0/27

Manual or

controller-based

Add HundredGigE

1/0/27

to the

user-configured

list of included

ports, which will

be shut down by

DRNI MAD when

the DR system

splits

N/A

drni

mad include

interface

hundredgige 1/0/28

drni

mad include

interface

hundredgige 1/0/28

Manual or

controller-based

A

dd HundredGigE

1/0/28

to the

user-configured

list of included

ports, which will

be shut down by

DRNI MAD when

the DR system

splits

N/A

vlan all vlan all

Manual or

controller-based Create all VLANs. N/A

9

Leaf 1 (5945) Leaf 2 (5945) Configuration

method

Description Remarks

interface

vlan-interface 4094 interface

vlan-interface 4094

Manual or

controller-based

Create

VLAN-interface

4094 and enter its

view.

VLAN-interface

4094

is used to

forward east-west

traffic. The VLAN

interface cannot

borrow IP

addresses from

loopback

interfaces.

ip address 100.0.1.1

24 ip address 100.0.1.2

24

Manual or

controller-based

Assign an IP

address to the

interface. N/A

ospf 1 area 0 ospf 1 area 0

Manual or

controller-based

Enable OSPF

process 1 on the

interface. N/A

quit quit

Manual or

controller-based N/A N/A

interface

bridge-aggregation 1

interface

bridge-aggregation

1

Manual or

controller-based

Create Layer 2

aggregate

interface

Bridge-Aggregatio

n 1. This

aggregate

interface will be

used as the IPP.

N/A

quit quit

Manual or

controller-based N/A N/A

interface

hundredgige 1/0/25 interface

hundredgige 1/0/25

Manual or

controller-based

Enter the view of

the physical

interface that will

be assigned to the

IPP.

N/A

port link-aggregation

group 1

port

link-aggregation

group 1

Manual or

controller-based

Assign the

physical interface

to

Bridge-Aggregatio

n 1.

Bridge-Aggregatio

n 1 will be

configured as the

IPP.

N/A

quit quit

Manual or

controller-based N/A N/A

interface

bridge-aggregation 1

interface

bridge-aggregation

1

Manual or

controller-based

Enter the

view of

Bridge-Aggregatio

n 1. N/A

link-aggregation

mode dynamic link-aggregation

mode dynamic

Manual or

controller-based

Configure the

aggregate

interface to

operate in

dynamic

aggregation mode

N/A

port drni

intra-portal-port 1 port drni

intra-portal-port 1

Manual or

controller-based

Specify the

aggregate N/A

10

Leaf 1 (5945) Leaf 2 (5945) Configuration

method

Description Remarks

interface as the

IPP.

port link-type trunk port link-type trunk

Manual or

controller-based

Set the link type of

the aggregate

interface to trunk. N/A

port trunk permit vlan

all

port trunk permit

vlan all

Manual or

controller-based

Assign the

aggregate

interface to all

VLANs.

N/A

port trunk pvid vlan

4094

port trunk pvid vlan

4094

Manual or

controller-based

Set the PVID of

the aggregate

interface to 4094.

VLAN 4094 is a

VLAN

used to

provide services

when

all services

become

unavailable.

undo mac-address

static source-check

enable

undo mac-address

static source-check

enable

Manual or

controller-based

E

nable the static

source check

feature. N/A

flow-interval 5 flow-interval 5

Manual or

controller-based

Set the statistics

polling interval to

5 seconds

on the

aggregate

interface.

N/A

quit quit

Manual or

controller-based N/A N/A

Configuring the links connected to the spine devices

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

interface

loopback 0 interface loopback 0 interface loopback 0

Create interface

Loopback

0 and

enter its view. N/A

ip address 1.1.1.1

32 ip address 2.2.2.2

32 ip address 3.3.3.3

32

Assign an IP

address to the

interface.

This IP address

will be used as

the VTEP

address. Make

sure each

device is

assigned a

unique VTEP

address.

quit quit quit N/A N/A

interface

loopback 1 interface loopback 1 N/A

Create interface

Loopback

1 and

enter its view. N/A

ip address 1.2.3.4

32 ip address 1.2.3.4

32 N/A

Assign an IP

address to the

interface.

Specify this IP

address as the

virtual VTEP

address when

you enable

EVPN

distributed relay.

quit quit N/A N/A N/A

11

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

ospf 1 router-id

1.1.1.1 ospf 1 router-id

2.2.2.2 ospf 1 router-id

3.3.3.3

Enable OSPF

process 1 and enter

OSPF process view. N/A

non-stop-routing non-stop-routing non-stop-routing

Enable NSR for the

OSPF process. N/A

stub-router

include-stub

on-startup 900

stub-router

include-stub

on-startup 900

stub-router

include-stub

on-startup 900

Configure the router

as a stub router

during reboot and

specify

the timeout

time to 900 seconds

t

o accelerate

network

convergence.

N/A

area 0.0.0.0 area 0.0.0.0 area 0.0.0.0

Create an OSPF

area and enter

OSPF area view or

OSPF IPv4 unicast

topology area view.

N/A

network 1.1.1.1

0.0.0.0 network 2.2.2.2

0.0.0.0 network 3.3.3.3

0.0.0.0

E

nable OSPF on

the interface

attached to the

specified

network in

the area.

N/A

network 1.2.3.4

0.0.0.0 network 1.2.3.4

0.0.0.0 N/A

E

nable OSPF on

the interface

attached to the

specified network in

the area.

N/A

quit quit quit N/A N/A

interface range

hundredgige

1/0/27

hundredgige

1/0/28

interface range

hundredgige 1/0/27

hundredgige 1/0/28

interface range

hundredgige 1/0/27

hundredgige 1/0/28

Enter the interface

range view of the

interfaces

connected to the

spine devices.

N/A

port link-mode

route port link-mode route port link-mode route

Set the link mode of

the interfaces to

Layer 3. N/A

flow-interval 5 flow-interval 5 flow-interval 5

Set the statistics

polling interval to 5

seconds on the

interfaces.

N/A

ip address

unnumbered

interface

loopback 0

ip address

unnumbered

interface loopback 0

ip address

unnumbered

interface loopback 0

Configure the

interfaces

to borrow

the IP address of

interface Loopback

0.

N/A

ospf network-type

p2p ospf network-type

p2p

Set the OSPF

network type to P2P

on the interfaces. N/A

ospf 1 area

0.0.0.0 ospf 1 area 0.0.0.0 ospf 1 area 0.0.0.0 Enable OSPF

process 1 on the

interfaces. N/A

12

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

ospf peer

hold-max-cost

duration 20000

ospf peer

hold-max-cost

duration 20000

ospf peer

hold-max-cost

duration 20000

E

nable OSPF to

advertise the

maximum link cost

to neighbors within

20000 milliseconds.

Route

convergence

optimization.

lldp

management-add

ress arp-learning

lldp

management-addre

ss arp-learning

lldp

management-addre

ss arp-learning

Configure the

interfaces to

generate an ARP

entry after receiving

an LLDP frame that

carries a

management

address TLV.

N/A

lldp tlv-enable

basic-tlv

management-add

ress-

tlv interface

loopback 0

lldp tlv-enable

basic-tlv

management-addre

ss-

tlv interface

loopback 0

lldp tlv-enable

basic-tlv

management-addre

ss-

tlv interface

loopback 0

C

onfigure the types

of advertisable

TLVs

on the

interfaces.

N/A

undo

mac-address

static

source-check

enable

undo mac-address

static source-check

enable

undo mac-address

static source-check

enable

D

isable the static

source check

feature. N/A

quit quit quit N/A N/A

bgp 20 bgp 20 bgp 20 Create BGP

instance 20 and

enter its view. N/A

router-id 1.1.1.1 router-id 2.2.2.2 router-id 3.3.3.3

Specify a router ID

for the BGP

instance. N/A

peer 4.4.4.4

as-number 20 peer 4.4.4.4

as-number 20

Create BGP peer

4.4.4.4

and specify

AS number 20 for

the peer.

N/A

peer 4.4.4.4

connect-interface

loopback 0

peer 4.4.4.4

connect-interface

loopback 0

peer 4.4.4.4

connect-interface

loopback 0

Specify

Loopback 0

as the source

interface for

establishing TCP

connections to peer

4.4.4.4.

N/A

peer 5.5.5.5

as-number 20 peer 5.5.5.5

as-number 20

Create BGP peer

5.5.5.5

and specify

AS number 20 for

the peer.

N/A

peer 5.5.5.5

connect-interface

loopback 0

peer 5.5.5.5

connect-interface

loopback 0

peer 5.5.5.5

connect-interface

loopback 0

Specify

Loopback 0

as the source

interface for

establishing TCP

connections to peer

5.5.5.5.

N/A

address-family

l2vpn evpn address-family

l2vpn evpn

Enter BGP EVPN

address family view. N/A

nexthop evpn-drni

group-address nexthop evpn-drni

group-address Enable the device to

replace the next hop N/A

13

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

in advertised BGP

EVPN routes with

the v

irtual VTEP

address.

peer 4.4.4.4

enable peer 4.4.4.4 enable peer 4.4.4.4 enable

Enable

the local

router

to exchange

unicast routing

information with

peer 4.4.4.4.

N/A

peer 5.5.5.5

enable peer 5.5.5.5 enable peer 5.5.5.5 enable

Enable

the local

router

to exchange

unicast routing

information with

peer 5.5.5.5.

N/A

quit quit quit N/A N/A

Configuring the overlay network

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

ip vpn-instance

vpn1 ip vpn-instance

vpn1

Create VPN instance

vpn1 and enter its view,

or directly enter the

view of the VPN

instance if the VPN

instance already exists.

N/A

route-distinguishe

r 1:100 route-distinguisher

1:101 route-distinguisher

1:102 Configure an RD for the

VPN instance. N/A

address-family

ipv4 address-family ipv4 address-family ipv4 Enter VPN instance

IPv4

address family

view. N/A

vpn-target 1:100 vpn-target 1:100 vpn-target 1:100 Configure a route target

for the VPN instance. N/A

address-family

ipv6 address-family ipv6 address-family ipv6 Enter VPN instance

IPv6

address family

view. N/A

vpn-target 1:100 vpn-target 1:100 vpn-target 1:100 Configure a route target

for the VPN instance. N/A

address-family

evpn address-family evpn address-family evpn Enter VPN instance

EVPN view. N/A

vpn-target 1:100 vpn-target 1:100 vpn-target 1:100 Configure a route target

for EVPN. N/A

quit quit quit N/A N/A

l2vpn enable l2vpn enable l2vpn enable Enable L2VPN. N/A

l2vpn drni

peer-link

ac-match-rule

vxlan-mapping

l2vpn drni peer-link

ac-match-rule

vxlan-mapping N/A

E

nable the device to

create frame match

criteria based on

VXLAN IDs for the

dynamic ACs on the

Ethernet aggregate link

N/A

14

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

IPL.

vxlan tunnel

mac-learning

disable

vxlan tunnel

mac-learning

disable

vxlan tunnel

mac-learning

disable

Disable remote-MAC

address learning. N/A

vxlan tunnel

arp-learning

disable

vxlan tunnel

arp-learning disable

vxlan tunnel

arp-learning disable D

isable remote ARP

learning for VXLANs. N/A

vxlan tunnel

nd-learning

disable

vxlan tunnel

nd-learning disable

vxlan tunnel

nd-learning disable Disable remote ND

learning for VXLANs. N/A

evpn drni group

1.2.3.4 evpn drni group

1.2.3.4 N/A

E

nable EVPN

distributed relay and

specify the virtual VTEP

address.

N/A

evpn global-mac

1-1-1 evpn global-mac

2-2-2 C

onfigure the EVPN

global MAC address. N/A

vxlan

default-decapsula

tion source

interface

loopback 0

vxlan

default-decapsulatio

n source interface

loopback 0

vxlan

default-decapsulatio

n source interface

loopback 0

E

nable default IPv4

VXLAN decapsulation. N/A

interface

vsi-interface 10 interface

vsi-interface 30 Create VSI-interface 10

and enter its view. N/A

ip binding

vpn-instance

vpn1

ip binding

vpn-instance vpn1

ip binding

vpn-instance vpn1

Associate VPN instance

vpn1 with the VSI

interface. N/A

ip address

20.1.1.1 24 ip address 20.1.1.1

24 ip address 20.3.1.1

24 Assign an IP address to

the VSI interface. N/A

mac-address

0001-0001-0002 mac-address

0001-0001-0004 Assign a MAC address

to the VSI interface. N/A

local-proxy-arp

enable local-proxy-arp

enable

Enable local proxy

ARP. N/A

ipv6 address

20:1:1:1::1/64 ipv6 address

20:3:1:1::1/64

Assign an IPv6 global

unicast address to the

VSI interface. N/A

distributed-gatew

ay local distributed-gateway

local distributed-gateway

local

Specify the VSI

interface as a

distributed gateway. N/A

quit quit quit N/A N/A

interface

vsi-interface 20 interface

vsi-interface 20 N/A Create VSI-interface 20

and enter its view. N/A

ip binding

vpn-instance

vpn1

ip binding

vpn-instance vpn1 N/A Associate VPN instance

vpn1 with the VSI

interface. N/A

ip address

20.2.1.1 24 ip address 20.2.1.1

24 N/A Assign an IP address to

the VSI interface. N/A

mac-address

0001-0001-0003 mac-address

0001-0001-0003 N/A Assign a MAC address

to the VSI interface. N/A

local-proxy-arp local-proxy-arp N/A

Enable local proxy

N/A

15

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

enable

ARP.

ipv6 address

20:2:1:1::1/64 ipv6 address

20:2:1:1::1/64 N/A

Assign an IPv6 global

unicast address to the

VSI interface. N/A

distributed-gatew

ay local distributed-gateway

local N/A

Specify the VSI

interface as a

distributed gateway. N/A

quit quit N/A N/A N/A

interface

vsi-interface 100 interface

vsi-interface 100 Create VSI-interface

100 and enter its view. N/A

description

L3_vni description L3_vni description L3_vni

Configure a description

for the VSI interface. N/A

ip binding

vpn-instance

vpn1

ip binding

vpn-instance vpn1

ip binding

vpn-instance vpn1

Associate VPN instance

vpn1 with the VSI

interface. N/A

l3-vni 1000 l3-vni 1000 l3-vni 1000 Associate Layer 3

VXLAN I

D 1000 with

the VSI interface. N/A

quit quit quit N/A N/A

vsi vni_100 vsi vni_100 vsi vni_102

Create a VSI and enter

its view, or directly enter

the view of the VSI if

the VPN instance

already exists.

N/A

gateway

vsi-interface 10 gateway

vsi-interface 30

Specify a gateway for

the VSI. N/A

vxlan 100 vxlan 100 vxlan 102

Create a VXLAN and

enter its view, or enter

the view of the VXLAN

if the VXLAN already

exists.

N/A

quit quit quit N/A N/A

evpn

encapsulation

vxlan

evpn encapsulation

vxlan

evpn encapsulation

vxlan C

reate an EVPN

instance on the VSI. N/A

route-distinguishe

r 1:100 route-distinguisher

1:100 route-distinguisher

1:102 Configure an RD for the

EVPN instance. N/A

vpn-target 1:100

both vpn-target 1:100

both vpn-target 1:102

both

Configure route targets

for the EVPN instance. N/A

quit quit quit N/A N/A

vsi vni_101 vsi vni_101 N/A

Create a VSI and enter

its view, or directly enter

the view of the VSI if

the VPN instance

already exists.

N/A

gateway

vsi-interface 20 gateway

vsi-interface 20 N/A

Specify a gateway for

the VSI. N/A

vxlan 101 vxlan 101 N/A Create a VXLAN and N/A

16

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

enter its view, or enter

the view of the VXLAN

if the VXLAN already

exists.

quit quit N/A N/A N/A

evpn

encapsulation

vxlan

evpn encapsulation

vxlan N/A C

reate an EVPN

instance on the VSI. N/A

route-distinguishe

r 1:101 route-distinguisher

1:101 N/A Configure an RD for the

EVPN instance. N/A

vpn-target 1:101

both vpn-target 1:101

both N/A

Configure route targets

for the EVPN instance. N/A

quit quit N/A N/A N/A

Configuring links for dual-homed servers

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

interface

bridge-aggregation

2

interface

bridge-aggregation 2

interface

bridge-aggregation

1

Create a Layer 2

aggregate interface

and enter its view.

The

Layer 2

aggregate interface

on each device is

connected to a server.

N/A

link-aggregation

mode dynamic link-aggregation

mode dynamic

Configure the Layer 2

aggregation group to

operate in dynamic

aggregation mode.

N/A

port drni group 1 port drni group 1 N/A Assign

Bridge-

Aggregation 2

to DR group 1. N/A

stp edged-port stp edged-port stp edged-port

Configure the Layer 2

aggregate interface

as an

edge port for

the spanning tree

feature.

N/A

port link-type trunk port link-type trunk port link-type trunk Set the link type of the

Layer 2 aggregate

interface to trunk. N/A

undo port trunk

permit vlan 1 undo port trunk permit

vlan 1

undo port trunk

permit vlan 1

Remove the Layer 2

aggregate interface

from VLAN 1. N/A

port trunk permit

vlan 10 20

port trunk permit vlan

10 20

port trunk permit

vlan 30

Assign the Layer 2

aggregate interface

to the specified

VLANs.

N/A

service-instance 10 service-instance 10 service-instance 30

Create an Ethernet

service instance. N/A

encapsulation s-vid

10 encapsulation s-vid

30

Configure a frame

match criterion for the

Ethernet service

N/A

17

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

instance.

xconnect vsi

vni_100 xconnect vsi vni_100

xconnect vsi

vni_102

Map the Ethernet

service instance to a

VSI. N/A

quit quit N/A N/A N/A

service-instance 20 service-instance 20 N/A

Create an Ethernet

service instance. N/A

encapsulation s-vid

20 encapsulation s-vid

20 N/A

Configure a frame

match criterion for the

Ethernet service

instance.

N/A

xconnect vsi

vni_101 xconnect vsi vni_101 N/A

Map the Ethernet

service instance to a

VSI. N/A

quit quit quit N/A N/A

interface

twenty-fivegige

1/0/1

interface

ten-gigabitethernet

1/0/2

interface

ten-gigabitethernet

1/0/1

Enter the view of a

physical interface

connected to a server. N/A

speed 10000 N/A N/A

Set the interface

speed to 10 Gbps. N/A

flow-interval 5 flow-interval 5 flow-interval 5

Set the statistics

polling interval to 5

seconds on the

interface.

N/A

port link-type trunk port link-type trunk port link-type trunk Set the link type of the

interface to trunk. N/A

undo port trunk

permit vlan 1 undo port trunk permit

vlan 1

undo port trunk

permit vlan 1

Remove the interface

from VLAN 1. N/A

port trunk permit

vlan 10 20

port trunk permit vlan

10 20

port trunk permit

vlan 30 Assign the interface to

the specified VLANs. N/A

port

link-aggregation

group 2

port link-aggregation

group 2

port

link-aggregation

group 1

Assign the interface to

the Layer 2 aggregate

interface created for

server connection.

N/A

quit quit quit N/A N/A

interface

bridge-aggregation

3

interface

bridge-aggregation 3 N/A

Create

Bridge-Aggregation 3.

The aggregate

interface is connected

to a server.

N/A

interface

twenty-fivegige

1/0/2

interface

ten-gigabitethernet

1/0/1 N/A Enter the view of a

physical interface

connected to a server. N/A

speed 10000 N/A N/A

Set the interface

speed to 10 Gbps. N/A

flow-interval 5 flow-interval 5 N/A

Set the statistics

polling interval to 5

seconds on the

N/A

18

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

interface.

port link-type trunk port link-type trunk N/A Set the link type of the

interface to trunk. N/A

undo port trunk

permit vlan 1 undo port trunk permit

vlan 1 N/A

Remove the interface

from VLAN 1. N/A

port trunk permit

vlan 10 20

port trunk permit vlan

10 20 N/A Assign the interface to

the specified VLANs. N/A

port

link-aggregation

group 3

port link-aggregation

group 3 N/A Assign the interface to

a

Layer 2 aggregate

interface. N/A

quit quit N/A N/A N/A

interface

vsi-interface 10 interface vsi-interface

10 N/A Enter the view of

VSI-interface 10. N/A

port drni virtual-ip

20.1.1.5 24 active port drni virtual-ip

20.1.1.6 24 active N/A Assign an DRNI

virtual IPv4 address to

the VSI interface.

Make sure

you assign

different

DRNI

virtual IPv4

addresses

to the

same VSI

interface

on the DR

member

devices in

one DR

system.

port drni ipv6

virtual-ip 20:1:1:1::5

64 active

port drni ipv6 virtual-ip

20:1:1:1::6 64 active N/A Assign an DRNI

virtual IPv6 address to

the VSI interface.

Make sure

you assign

different

DRNI

virtual IPv6

addresses

to the

same VSI

interface

on the DR

member

devices in

one DR

system.

quit quit N/A N/A N/A

interface

vsi-interface 20 interface vsi-interface

20 N/A

Enter the view of

VSI-interface 20. N/A

port drni virtual-ip

20.2.1.5 24 active port drni virtual-ip

20.2.1.6 24 active N/A Assign an DRNI

virtual IPv4 address to

the VSI interface.

Make sure

you assign

different

DRNI

virtual IPv4

addresses

to the

same VSI

interface

on the DR

member

19

Leaf 1 (5945)

Leaf 2 (5944)

Leaf 3 (5944)

Description

Remarks

devices in

one DR

system.

port drni ipv6

virtual-ip 20:2:1:1::5

64 active

port drni ipv6 virtual-ip

20:2:1:1::6 64 active N/A Assign an DRNI

virtual IPv6 address to

the VSI interface.

Make sure

you assign

different

DRNI

virtual IPv6

addresses

to the

same VSI

interface

on the DR

member

devices in

one DR

system.

quit quit N/A N/A N/A

bgp 20 bgp 20 bgp 20 Enter BGP instance

view. N/A

ip vpn-instance

vpn1 ip vpn-instance vpn1 ip vpn-instance

vpn1

Create BGP-VPN

instance vpn1 and

enter BGP-VPN

instance view.

N/A

peer 20.1.1.10

as-number 10 peer 20.1.1.10

as-number 10 peer 20.3.1.10

as-number 10

Create a BGP peer

and specify its AS

number.

Leaf 3

does not

form

a DR

system

with any

device.

Leaf 3 uses

the primary

IP address

of the VSI

interface to

establish

BGP peer

relationship

with other

devices.

peer 20.1.1.10

source-address

20.1.1.5

peer 20.1.1.10

source-address

20.1.1.6

peer 20:3:1:1::10

as-number 10

Specify a source IPv4

address for

establishing TCP

connections to a peer.

N/A

peer 20.2.1.10

as-number 10 peer 20.2.1.10

as-number 10 N/A

Create a BGP peer

for the server at

20.2.1.10 and specify

its AS number.

N/A

peer 20.2.1.10

source-address

20.2.1.5

peer 20.2.1.10

source-address

20.2.1.6 N/A

Specify a source IPv4

address for

establishing TCP

connections to peer

20.2.1.10.

N/A

peer 20:1:1:1::10

as-number 10 peer 20:1:1:1::10

as-number 10 N/A Create a BGP peer

for the server at

20:1:1:1::10 and

specify its AS

N/A

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Aruba JH348A Configuration Guide

Aruba JH348A Configuration Guide

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