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NETCONF and gNMI protocols are commonly used for network management and telemetry collection. They enable model-driven communication between network controllers, collectors, and devices. NETCONF allows for configuration and state monitoring using YANG models, while gNMI enables real-time and on-demand telemetry. In this test, we focused on the basic operations, which usually cause interoperability issues in more complex testing, such as get-config, edit-config, commit for NETCONF and gNMI capabilities, and subscribe. |
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[[Figure 77: NETCONF and gRPC basic operations>>image:433429031451361281_SDN-29-1-V1.png||alt="Figure 77" width="550"]] |
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|=Controller|=Network Node |
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|Ciena Navigator Network Control Suite|Nokia 7750 SR-1 |
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|Ciena Navigator Network Control Suite|Nokia 7250 IXR-X3b |
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|Ciena Navigator Network Control Suite|H3C CR16005E-F |
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|H3C AD-WAN|Ribbon NPT-2100 |
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|Keysight IxNetwork|H3C CR16005E-F |
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|Nokia Network Services Platform (NSP)|Ribbon NPT-2100 |
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|Nokia Network Services Platform (NSP)|H3C CR16005E-F |
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|Nokia Network Services Platform (NSP)|Ciena 8140 Coherent Metro Router |
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Table 18: NETCONF and gNMI basic operations - NETCONF |
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|=Controller|=Network Node |
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|Ciena Navigator Network Control Suite|Nokia 7750 SR-1 |
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|Ciena Navigator Network Control Suite|Nokia 7250 IXR-X3b |
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|H3C AD-WAN|Ribbon NPT-2100 |
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Table 19: NETCONF and gNMI basic operations - gNMI |
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|[[< Previous>>doc:Latency Based Bidirectional Path Optimization]]|[[Next ~>>>doc:Main.Multi-Vendor MPLS & SDN Interoperability Test Report 2025.SR-MPLS.WebHome]] |
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