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FusionStorage OBS 7.0 Planning Guide 06

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Huawei uses machine translation combined with human proofreading to translate this document to different languages in order to help you better understand the content of this document. Note: Even the most advanced machine translation cannot match the quality of professional translators. Huawei shall not bear any responsibility for translation accuracy and it is recommended that you refer to the English document (a link for which has been provided).
Storage Node Ports for Networking

Storage Node Ports for Networking

This section describes how to plan and use ports on storage nodes during installation and deployment of FusionStorage OBS.

2288H V5 12-Slot Node

Figure 2-5 shows the network ports of a storage node.

Figure 2-5 Network ports
NOTE:
  • The storage node can be configured with 2-port 10GE/25GE PCIe cards or 4-port GE PCIe cards.
  • The management plane can independently use the NIC network port as the management network port, or share the SLOT physical network port with the service plane. An independent VLAN is configured for each plane. This section describes the storage node ports used when the management plane independently uses network port NIC as the management network port.

Table 2-1 lists storage node ports used when the service plane uses GE networks, and the storage/control plane uses the 10GE network.

Table 2-1 Ports

Port

Type

Access Network Plane

Description

SLOT1-0 and SLOT1-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT2-0 and SLOT2-1

GE port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC3

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-2 describes storage node ports used when the service plane and storage/control plane use the 10GE/25GE network.

Table 2-2 Ports

Port

Type

Access Network Plane

Description

SLOT1-0 and SLOT2-0

10GE/25GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT1-1 and SLOT2-1

10GE/25GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC3

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

5288 V5 36-Slot Node

Figure 2-6 shows the network ports of a storage node.

Figure 2-6 Network ports
NOTE:
  • The storage node can be configured with 2-port 10GE/25GE PCIe cards or 4-port GE PCIe cards.
  • The management plane can independently use the NIC network port as the management network port, or share the SLOT physical network port with the service plane. An independent VLAN is configured for each plane. This section describes the storage node ports used when the management plane independently uses network port NIC as the management network port.

Table 2-3 lists storage node ports used when the service plane uses GE networks, and the storage/control plane uses the 10GE network.

Table 2-3 Ports

Port

Type

Access Network Plane

Description

SLOT1-0 and SLOT1-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT2-0 and SLOT2-1

GE port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC3

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-4 describes storage node ports used when the service plane and storage/control plane use the 10GE/25GE network.

Table 2-4 Ports

Port

Type

Access Network Plane

Description

SLOT1-0 and SLOT2-0

10GE/25GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT1-1 and SLOT2-1

10GE/25GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC3

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

TaiShan 2280 12-Slot Node

Figure 2-7 shows the network ports of a storage node.

Figure 2-7 Network ports
NOTE:
  • The storage node can be configured with 2-port 10GE/25GE PCIe cards or 4-port GE PCIe cards.
  • The management plane can independently use the NIC network port as the management network port, or share the SLOT physical network port with the service plane. An independent VLAN is configured for each plane. This section describes the storage node ports used when the management plane independently uses network port NIC as the management network port.
  • 25GE networking is not supported.

Table 2-5 lists storage node ports used when the service plane uses GE networks, and the storage/control plane uses the 10GE network.

Table 2-5 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT4-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT8-0 and SLOT8-1

GE port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-6 describes storage node ports used when the service plane and storage/control plane use the 10GE network.

Table 2-6 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT8-0

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT4-1 and SLOT8-1

10GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

TaiShan 5280 36-Slot Node

Figure 2-8 shows the network ports of a storage node.

Figure 2-8 Network ports
NOTE:
  • The storage node can be configured with 2-port 10GE/25GE PCIe cards or 4-port GE PCIe cards.
  • The management plane can independently use the NIC network port as the management network port, or share the SLOT physical network port with the service plane. An independent VLAN is configured for each plane. This section describes the storage node ports used when the management plane independently uses network port NIC as the management network port.
  • 25GE networking is not supported.

Table 2-7 lists storage node ports used when the service plane uses GE networks, and the storage/control plane uses the 10GE network.

Table 2-7 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT4-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT8-0 and SLOT8-1

GE port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-8 describes storage node ports used when the service plane and storage/control plane use the 10GE network.

Table 2-8 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT8-0

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT4-1 and SLOT8-1

10GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

TaiShan 2280 V2 12-Slot Node

Figure 2-9 shows the network ports of a storage node.

Figure 2-9 Network ports
NOTE:
  • When the storage/control plane uses the 10GE network, one 4-port PCIe card is configured for the storage node.
  • When the storage/control plane uses the 25GE network, two 4-port PCIe cards are configured for the storage node.
  • The management plane can independently use the NIC network port as the management network port, or share the SLOT physical network port with the service plane. An independent VLAN is configured for each plane. This section describes the storage node ports used when the management plane independently uses network port NIC as the management network port.

Table 2-9 lists storage node ports used when the service plane uses GE networks, and the storage/control plane uses the 10GE network.

Table 2-9 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT4-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

NIC1-3 and NIC1-4

GE port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1-1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-10 describes storage node ports used when the service plane and storage/control plane use the 10GE network.

Table 2-10 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT4-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT4-2 and SLOT4-3

10GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1-1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-11 describes storage node ports used when the service plane and storage/control plane use the 25GE network.

Table 2-11 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT3-0

25GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT4-1 and SLOT3-1

25GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1-1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

TaiShan 5280 V2 36-Slot Node

Figure 2-10 shows the network ports of a storage node.

Figure 2-10 Network ports
NOTE:
  • When the storage/control plane uses the 10GE network, one 4-port PCIe card is configured for the storage node.
  • When the storage/control plane uses the 25GE network, two 4-port PCIe cards are configured for the storage node.
  • The management plane can independently use the NIC network port as the management network port, or share the SLOT physical network port with the service plane. An independent VLAN is configured for each plane. This section describes the storage node ports used when the management plane independently uses network port NIC as the management network port.

Table 2-12 lists storage node ports used when the service plane uses GE networks, and the storage/control plane uses the 10GE network.

Table 2-12 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT4-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

NIC1-3 and NIC1-4

GE port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1-1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-13 describes storage node ports used when the service plane and storage/control plane use the 10GE network.

Table 2-13 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT4-1

10GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT4-2 and SLOT4-3

10GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1-1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

Table 2-14 describes storage node ports used when the service plane and storage/control plane use the 25GE network.

Table 2-14 Ports

Port

Type

Access Network Plane

Description

SLOT4-0 and SLOT3-0

25GE optical port

Storage/Control plane

The ports are shared by the storage plane and control plane and connected to the back-end switch.

The two ports form a logical bond port, which is configured with a storage VLAN and a control VLAN.

SLOT4-1 and SLOT3-1

25GE optical port

Service plane

The ports are connected to the front-end switch, and form a logical bond port.

NIC1-1

GE port

Management plane

The port is connected to the management switch.

Mgmt

GE port

BMC plane

The port is connected to the BMC switch.

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Updated: 2019-07-17

Document ID: EDOC1100051332

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