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The E-LAN (Ethernet LAN) service over SRv6 was tested to ensure Layer 2 connectivity between endpoints while leveraging SRv6 as the transport mechanism. |
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The validation focused on verifying EVPN Type-2 , ensuring correct MAC address reachability. The results confirmed that MAC addresses were learned and advertised correctly, with the next-hop for MAC routes being an SRv6 SID, while SRv6 Locators and Service SIDs were properly assigned for the E-LAN service. |
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|=ABR|=PE|=Route Reflector|=Traffic Generator|=Transit Node |
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Ericsson Router6671, |
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H3C CR16003E-F, |
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Huawei NetEngine A821, |
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Juniper PTX10002-36QDD, |
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Nokia 7750 SR-1 |
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Ericsson Router6671, |
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H3C CR16000-M1A, |
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H3C CR16003E-F, |
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Huawei ATN 910D-A, |
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Huawei NetEngine A821, |
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Juniper ACX7509, |
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Juniper MX204, |
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Juniper MX304, |
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Keysight IxNetwork, |
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Nokia 7250 IXR-e2, |
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Nokia 7750 SR-1 |
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)))|Juniper PTX10002-36QDD|Keysight IxNetwork|Arista 7280R3 |
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Table 37: EVPN ELAN Single Homing over SRv6 - ELAN |
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|[[< Previous>>doc:L2L3 Services over SRv6]]|[[Next ~>>>doc:EVPN VPWS single homing over SRv6]] |
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