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Huawei USG9000 SPUA Boards Price List
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Introduction to the USG9000

At present, the USG9000 can work in three modes: routed mode, transparent mode, and composite mode.
  • routing mode In routing mode, the USG9000 uses the layer 3 for external connections, and all interfaces must be assigned with IP addresses. When the USG9000 is located between the internal network and the external network, you need to configure the interfaces, through which the USG9000 is connected with the internal network and the external network, with IP addresses on different network segments and re-plan the network topology. In this case, the USG9000 serves as a router. As shown in Figure 2-1, the USG9000 is connected with the internal network through an interface in the Trust zone, while it is connected with the external network through an interface in the Untrust zone. Note that the interface in Trust zone and the interface in Untrust zone reside in different two subnets.
    Figure 2-1  Networking in routing mode
    When working in routing mode, the USG9000 can complete ACL packet filtering. However, network topology needs to be changed. For example, internal network users need to change their gateways and routers’ routing configurations need to be changed.
  • transparent mode In transparent mode, the USG9000 uses the layer 2 for external connections, and none of the interfaces can be assigned with IP addresses. In this case, the USG9000 is transparent to users in subnets and routers. That is, users do not feel the existence of the USG9000. As shown in Figure 2-2, the USG9000 is connected with the internal network through interfaces in the Trust zone, while it is connected with the external network through interfaces in the Untrust zone. Note that the internal network and the external network must reside in the same subnet.
    Figure 2-2  Networking in transparent mode
    If the USG9000 works in transparent mode, you do not need to change network topology. In transparent mode, you only need to place the USG9000 in the network like placing a bridge without need of modifying any existing configuration. Similar to the routing mode, IP packets also need to be filtered and checked in transparent mode, and internal users can be protected by the USG9000.
  • composite mode If there are both interfaces working in routing mode (such interfaces have IP addresses) and interfaces working in transparent mode (such interfaces have no IP address) in the USG9000, the USG9000 is working in composite mode. Composite mode is applied in the case of dual-system hot backup with transparent mode. The interface on which VRRP is enabled needs to be configured with an IP address, and other interfaces do not. Figure 2-3 shows a typical networking in composite mode.
    Figure 2-3  Networking in composite mode
    Master and backup USG9000s are connected with the internal network through interfaces in the Trust zone, while they are connected with the external network through interfaces in the Untrust zone. In addition, master and backup USG9000s connect each other and perform hot standby through VRRP. Note that the internal network and the external network must reside in the same subnet.

    SPUA

    This chapter describes the appearance and specifications of the SPUA.
    The SPUA realizes all the service processing functions of the USG9000. The following types of SPUAs are available:
    • Firewall SPUAs support VPN, NAT (NAT 44 and NAT 64), security policies, and IPv6.
    • AAnti-DDoS SPUAs include detecting SPUs and cleaning SPUs.
    • IPS SPUAs for IPS services processing.
    SPUAs include the two models SPUA01 and SPUA02 that have different data processing capacities. The SPUA01 provides 10 Gbit/s processing capability. The SPUA02 provides 20 Gbit/s processing capability. The SPUA01 can be upgraded to the SPUA02 by inserting a service processing card (SPC) into it. The SPUA can be inserted in LPU/SPU slot of the USG9000. Figure 1 shows the appearance of the SPUA01 (10G).
    Figure 1 Appearance of the SPUA01 (10G) 

    Panel

    • Figure 2 shows the panel of the SPUA01 (10G).
      Figure 2 Panel of the SPUA01 (10G) 
    • Figure 3 shows the panel SPUA02 (20G).
      Figure 3 Panel of the SPUA02 (20G) 

    Buttons and Indicators

    Table 1 shows the buttons and indicators on the SPUA panel.
    Table 1 Buttons and indicators on the SPUA panel
    Component Description
    OFL button It is a button to send a application signal to the device when removing a board. Before removing a board, you need to press and hold the OFL button for about 6s till the OFL indicator is on.
    OFL indicator (Red) If the indicator is on, you can remove the board.
    RUN indicator (Green) If the indicator blinks once every 2s (0.5 Hz), it indicates that the board is normal. If the indicator blinks twice every 1s (2 Hz), it indicates that the board is in alarm mode.
    Table 2 shows the indicators on the SPC panel.
    Table 2 Buttons and indicators on the SPC panel
    Component Description
    STATUS If the indicator is off, the BootROM does not start. If the indicator blinks twice every 1s (2 Hz), the BootROM is starting. If the indicator is on, the APP is starting. If the indicator blinks once every two seconds (0.5 Hz), the registration succeeds.

    Interfaces

    There is no interface on the SPUA and the SPC.

    Technical Specifications

    Table 3 shows the technical specifications of the SPUA.
    Table 3 Technical specifications of the SPUA
    Item Description
    Silkscreen of the board name SPUA
    Dimensions (W x D x H) 400 mm x 520 mm x 41 mm
    Power consumption (typical value) 199 W (SPUA01, 10G, with no SPC) 335 W (SPUA02, 20G, with an SPC)
    Board weight 4.5 kg (SPUA01, 10G, with no SPC) 7.0 kg (SPUA02, 20G, with an SPC)
    Maximum DC input voltage -72 V to -38 V
    CPU dominant frequency 1 GHz
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