최신Huawei HCSP-Presales-Campus Network Planning and Design V1.0 - H19-424_V1.0무료샘플문제

A. 4

B. 2

C. 1

D. 3

A. FW

B. S switches

C. AP

D. AR router

E. CE switches

A. It is recommended to deploy two-way tunnels to pass through the common road, which is convenient for maintenance and more reliable tunnel BFD detection

B. When optimizing and calculating routes, priority is given to ensuring the creation of high-priority tunnels, and high-priority tunnels can preempt low-priority tunnel resources

C. When multiple load-balancing tunnels are deployed between two PE nodes, we recommend that you deploy a detached group.

D. RSVP-TE, SR-TE, and LDP tunnels can be tuned

A. Each radio can be configured with multiple radio resources, and the number is unlimited

B. Each radio can be configured with only one

C. Provide wireless terminal access function

D. Establish a MESH connection

A. The working mode supports stand-alone and stacked

B. Support multi-region, multi-aggregation node design

C. You can't manually drag and drop to modify

D. The logical networking initialization diagram is determined by the parameters of the scenario of the solution

A. Router Node

B. Border Node

C. FW Node

D. Edge Node

A. Massive indoor/outdoor scattered sites: Demonstration sites (at least 5%) are delivered under the supervision of Huawei's original factory, and the rest of the sites are delivered by CSPs

B. High-density venues: Huawei's original factory delivery or original factory supervision and delivery (CSP is the delivery entity, and Huawei provides engineering survey, planning, and installation training services)

C. Campus network: Huawei's original factory/CSP delivery

D. Wireless backhaul: CSP delivery

A. Infrared sensor

B. Bluetooth headset

C. Microwave oven

D. Cordless phone working in the 2.4G frequency band

A. 300

B. 400

C. 200

D. 100