In order to help candidates pass HCIP-WLAN Certification, PassQuestion team new cracked H12-321_V1.0 HCIP-WLAN-CEWA V1.0 exam questions last month and H12-322_V1.0 HCIP-WLAN-POEW V1.0 exam questions today to help you get certified.You will get the latest H12-322_V1.0 questions and answers to practice for your test preparation. If you practice well in H12-322_V1.0 HCIP-WLAN-POEW V1.0 Exam Questions and memorize all the questions and answers, we guarantee your 100% passing in the Huawei H12-322_V1.0 exam with an excellent score.

Exam Information

Certification: HCIP-WLAN
Exam Code: H12-322
Exam Name: HCIP-WLANPOEW V1.0
Language: CHS/ENU
Duration: 90 min
Pass Score/ Total Score: 600/1000

Knowledge Points

• 1. General WLAN Planning 15%
• 2. WLAN Site Survey and Infrastructure Planning 24%
• 3. WLAN Indoor Settled and Distributed Coverage 15%
• 4. WLAN Outdoor Coverage Planning 13%
• 5. WDS.MESH& Roaming Planning 11%
• 6. WLAN Design for Enterprises 10%
• 7. WLAN Optimization 12%

1. General WLAN Planning

• 1.1 WLAN Basics, Huawei WLAN Devices and Models, Usage Scenarios and Characteristics of WLAN on Industry Networks.
• 1.2 WLAN Project Lifecycle, WLAN Planning Importance, WLAN Planning Methods, WLAN Optimization Methods.
• 1.3 Necessity, Procedure, Precautions of pre-sales network planning in the WLAN project.
• 1.4 Basic Requirements of customer, High-level Requirements, Other Information.
• 1.5 Standard Organizations, Frequency Band Standards, EIRP.
• 1.6 Planning Scenarios, WLAN Interference Sources, AP Calculation, Product Selection and Placement, WLAN Planning Software. 

2. WLAN Site Survey and Infrastructure Planning

• 2.1 Survey Preparations, Site Survey, Typical Scenarios, WLAN Survey Pad User Guide.
• 2.2 Plan VLANs on a medium- to large-sized WLAN, Plan IP addresses, DHCP, routes on the WLAN.
• 2.3 Basic WLAN Architectures and Components, AC Forwarding and Deployment Mode, AC Networking Modes and Layers, Planning Typical WLAN Architectures.
• 2.4 PoE Components, PoE Power Budget, PoE Configuration.
• 2.5 WLAN HA Overview, AC Dual-Link Cold Standby, AC Dual-Link Hot-Standby, VRRP Dual-Node Hot-StandbyN+1 Cold Standby.
• 2.6 Border Security, Access Security and User Authority Management,Service Security, WLAN Security Design Examples.

3. WLAN Indoor Settled and Distributed Coverage

• 3.1 Indoor Settled WLAN Design Guide, Project Preparation, Coverage Design, Deployment Design, Bandwidth Design, Power Supply and Cable Route Design,Project Cases.
• 3.2 Indoor Distributed WLAN Planning, Indoor Distributed Components, Indoor Distributed Network Planning, Indoor Distributed Solutions, WOC Solution.

4. WLAN Outdoor Coverage Planning

• 4.1 WLAN Outdoor Coverage, Product Selection, Capacity Desig, Deployment Design, Typical Application Scenarios.

5. WDS.MESH& Roaming Planning

• 5.1 WLAN WDS & Mesh Planning, Product Selection, Backhaul Link Design, Bandwidth Design, Deployment Design, Typical Application Scenarios.
• 5.2 Basic Concepts of Roaming, Roaming Planning.

6. WLAN Design for Enterprises

• 6.1 Huawei Enterprise Service Lifecycle Model, Basic Principles for WLAN Network Planning, Huawei WLAN Networking Modes.
• 6.2 Application, Networking Modes, Basic Planning, Detailed Design of WLAN in Smalland Medium-scale Enterprises.
• 6.3 Design of WLAN in Medium- and Large-scale Enterprises, BYOD, WLAN MESH, policies and management designs, security and reliability designs.

7. WLAN Optimization

• 7.1 WLAN Optimization Process, WLAN Data Optimization, Basic WLAN Parameter Calibration.
• 7.2 WLAN Interference Test, WLAN Interference Sources, Analysis of WLAN Interference Types, WLAN Interference Optimization Examples.
• 7.3 WLAN Coverage Optimization, AP Quantity Adjustment, AP Location Adjustment, AP Power Adjustment, Antenna Location Adjustment, Coverage in High Density Scenarios.
• 7.4 Huawei WLAN High-Density Stadium Solution.
• 7.5 WLAN Tester 2.0 Tool, Site Survey, Association with the WLAN Planner,Display Data Analysis, Global Configuration.

View Online HCIP-WLAN-POEW V1.0 H12-322_V1.0 Free Questions

Which of the following options is the most important reason for small and medium enterprises to use WLAN?
A. Video surveillance
B. Wireless office
C. Voice conference
D. Code scanning
Answer: B

When planning WLAN security, in order to support visitors' self-registration, which authentication method is recommended for visitors?
A. WEB certification
B. WPA-PSK
C. WEB-Portal certification
D. dot1x certification
Answer: C

What is the core of the wireless medical positioning system?
A. WIFI network
B. Positioning engine
C. TAG label
D. Monitoring platform
Answer: A

Which of the following options should be paid attention to in WLAN roaming planning? (Multiple choice)
A. The mobile terminal can confirm roaming
B. Ensure that the signal coverage overlap is greater than 50% on the terminal roaming path
C. Ensure that the authentication method is consistent on the path of the terminal roaming
D. Types of roaming terminals
Answer: AC

Which of the following options belong to the life cycle stage of WLAN project operation? (Multiple choice)
A. Planning
B. Deployment
C. Upgrade
D. Operation and maintenance
E. Troubleshooting
Answer: ABD

What are the power distribution methods of wireless AP? (Multiple choice)
A. PoE switch power supply
B. Local power supply
C. Antenna power supply
D. Built-in battery power supply
Answer: AB

Which configuration methods does the wireless controller support? (Multiple choice)
A. telnet configuration
B. Console port configuration
C. Configure via eSight
D. LLDP configuration
Answer: ABC

Which of the following are typical WLAN indoor coverage scenarios? (Multiple choice)
A. Wireless coverage in university classrooms
B. Office building wireless coverage
C. University dormitory wireless coverage
D. Hotel WOC wireless coverage
Answer: AB