Free HCSP-Presales-Campus Network Planning and Design V1.0 Exam H19-424_V1.0 Exam Practice Test

The description of the CloudEngine S8700 switch is incorrect.

• Provide 3 product forms: 4 slots, 6 slots and 10 slots.
• CloudEngine S8700 is a spruce type device.
• It has ultra-high-density GE/10GE/25GE/40GE/100GE full-rate access ports, and has a variety of port types.
• Adopt distributed forwarding architecture

In the WLAN scenario, the following statements are wrong for demand collection ()

• Coverage are
• coverage area (such as stairs, toilets, etc.) required by the customer

The alias function of EVPN is mainly realized by that route ()

• per EVIAD route
• per ES AD route
• Inclusive Multicast Ethernet Tag Route
• Ethernet Segment Route

AR series routers do not support any of the following deployment methods:

• Register for the Inquiry Center
• APP scan the code to start
• DHCP Option
• Email starting

In the WLANR22 version, the description of air slice enhancement is incorrect ()

• Different slots/sub-slots are used for uplink and downlink slices of the same AP.
• The multimedia slice drainage scheme is SAC/DFI application identification ACL traffic identification.
• The common slice drainage scheme is to use the IP layer DSCP to map to different queues.
• The highly reliable slice drainage solution is ACL traffic identification

The statement about the cloud migration characteristics of campus services is incorrect

• Policy service, which provides the ability to configure policies, mainly configures access policies between security groups and security groups, integrates AC3.0, and AC1.0 is optional
• Authentication & Portal service, which supports authentication, authorization, and accounting capabilities as an AAA server, is integrated in AC3.0 and AC1.0 is optional, in which billing depends on a third party
• The P-Group synchronization service, as the control plane of the IP-Group, provides the collection and distribution of IP and security group correspondence, and is integrated in AC3.0 and AC1.0
• Policy execution points and authentication points can be deployed on different physical devices.

In the LAN-WAN convergence scenario, the description of RR deployment design principles is wrong ()

• The RR must be redundant, and at least two RR devices must exist on the live network. Prevent network-wide service interruption caused by the failure of only one RR device on the entire network.
• Try to choose an independent RR, which can be deployed on a single device in the independent RR scenario.
• Use the RR model recommended in the specification list;
• The Edge should be dual-uplink to the two RR devices to achieve egress backup;

The types of cloud devices that the cloud management solution supports management do not include?

• FW
• S switches
• AR router
• CE switches E.AP

WLANR22 Spruce version, the description of the dual-machine hot standby feature is wrong ()

• The HRP backup tunnel replaces the original V5HSB backup tunnel, supports multiple HRP tunnels, and the HRP multi-tunnel is redundant and highly reliable: supports configuration synchronization.
• HRP supports fast switching to detect heartbeat vlanif down and achieve second-level switching.
• HRP independently completes the active/standby state negotiation, and the HRP protocol forwarding plane is unloaded with high-priority protection to prevent the active/standby state oscillation in overload conditions.
• Tunnel-level security encryption, support AES256 tunnel encryption, business data does not need to be encrypted by yourself.

In the VXLAN access scenario, the maximum number of access devices is recommended

• 1
• 2
• 3
• 4