Networking

The system networking of Kunpeng BoostKit for Virtualization consists of the management and service planes. For details, see Figure 1.

Figure 1 System networking of Kunpeng BoostKit for Virtualization

The network of Kunpeng BoostKit for Virtualization consists of the management and service planes. If big data services are deployed on the cloud, the big data service cluster is generally deployed independently. OpenStack components and BMC out-of-band management are deployed in the management zone. Compute nodes, storage nodes, bare metal servers (BMSs), and physical gateways are deployed in the service zone.

**Table 1** BMC access network configuration
Port Type	Access Network	Description
GE electrical port	Management network	Connected to the management top-of-rack (TOR) switch.

**Table 2** Management node network configuration
Port Type	Access Network	Description
2 x 10GE optical port	Management network	Connected to the management TOR switch. The two ports form a logical bond port in active/standby mode.
2 x 10GE optical port	Storage network	Connected to the storage TOR switch. The two ports form a logical bond port in active/standby mode.

The following table shows an alternative management node network configuration.

Port Type	Access Network	Description
2 x 10GE optical port	Management+storage network	Connected to the management TOR switch. The two ports form a logical bond port in active/standby mode.

**Table 3** Network node network configuration
Port Type	Access Network	Description
2 x GE optical port	Management network	Connected to the management TOR switch. The two ports form a logical bond port in active/standby mode.
2 x 10GE optical port	Service network	Connected to the integrated access TOR switch to transmit vRouter traffic. The two ports form a logical bond port in Link Aggregation Control Protocol (LACP) mode.
2 x 10GE optical port	Service network	Connected to the integrated access TOR switch to transmit Load Balancer as a Service (LBaaS) traffic. The two ports form a logical bond port in LACP mode.
2 x 10GE optical port	Service network	Connected to the integrated access TOR switch to transmit Linux Virtual Server (LVS) traffic. The two ports form a logical bond port in active/standby mode.
2 x 10GE optical port	Service network	Connected to the integrated access TOR switch to transmit Nginx traffic. The two ports form a logical bond port in active/standby mode.

**Table 4** Compute node network configuration
Port Type	Access Network	Description
2 x 10GE optical port	Management+service network	Connected to the compute TOR switch. The two ports form a logical bond port in active/standby mode.
2 x 10GE optical port	Storage network	Connected to the compute TOR switch. The two ports form a logical bond port in active/standby mode.

**Table 5** Storage node network configuration
Port Type	Access Network	Description
2 x 10GE optical port	Management+service network	Connected to the compute TOR switch. The two ports form a logical bond port in active/standby mode.

The following table shows an alternative storage node network configuration.

Port Type	Access Network	Description
2 x 25GE optical port	Management+service network	Connected to the compute TOR switch. The two ports form a logical bond port in active/standby mode.

**Table 6** BMS node network configuration
Port Type	Access Network	Description
2 x 10GE optical port	Management+service network	Connected to the compute TOR switch. The two ports form a logical bond port in active/standby mode.
2 x 10GE optical port	Storage network	Connected to the compute TOR switch. The two ports form a logical bond port in active/standby mode.

Parent topic: Public Cloud and Private Cloud Solutions (Based on Open-Source OpenStack and KVM)