Difference between revisions of "Juniper EVPN-VXLAN configuration"
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- EVE-NG 2.0.3-112 | - EVE-NG 2.0.3-112 | ||
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- VQFX model: vqfx-10000 running JUNOS 19.4R1.10 | - VQFX model: vqfx-10000 running JUNOS 19.4R1.10 | ||
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- spine1: ASN:65030 | - spine1: ASN:65030 | ||
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- spine2: ASN:65031 | - spine2: ASN:65031 | ||
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- leaf1: ASN:65032 in row A using 10.192.80.0/22 network | - leaf1: ASN:65032 in row A using 10.192.80.0/22 network | ||
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- leaf2: ASN:65033 in row B using 10.192.96.0/22 network | - leaf2: ASN:65033 in row B using 10.192.96.0/22 network | ||
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- leaf3: ASN:65034 in row C using 10.192.112.0/22 network | - leaf3: ASN:65034 in row C using 10.192.112.0/22 network | ||
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- leaf4: ASN:65035 in row D using 10.192.128.0/22 network | - leaf4: ASN:65035 in row D using 10.192.128.0/22 network | ||
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- 4 servers one in each row for testing communication | - 4 servers one in each row for testing communication | ||
Revision as of 19:24, 24 December 2021
Goal
In this tutorial we will setup a spine/leaf topology with 2 spines and 4 leaves. The goal is to configure EVPN-VXLAN
Prerequisites
For this tutorial I am using :
- EVE-NG 2.0.3-112
- VQFX model: vqfx-10000 running JUNOS 19.4R1.10
- spine1: ASN:65030
- spine2: ASN:65031
- leaf1: ASN:65032 in row A using 10.192.80.0/22 network
- leaf2: ASN:65033 in row B using 10.192.96.0/22 network
- leaf3: ASN:65034 in row C using 10.192.112.0/22 network
- leaf4: ASN:65035 in row D using 10.192.128.0/22 network
- 4 servers one in each row for testing communication