HCIP POEW - Planning and Optimizing Enterprise WLAN

Huawei Certified ICT Professional

Sobre o Curso

Este curso prepara o participante para os desafios encontrados na implementação, operação e manutenção de redes WLAN de alta performance em pequeno e médio portes.

Redes sem fio capazes de suportar serviços de voz, segurança, storage, cloud, entre outros. Durante este curso, o participante aprenderá a instalar e configurar redes com AP´s (Access Points) em formatos isolado (FAT) ou associados a controladoras (FIT).

Modelos de rádios, perfis de segurança e usuários configurados na controladora são outros assuntos que compõem este treinamento. Complementa este treinamento, a força da solução de Wlan da Huawei, já validada por muitos anos de experiência em todos os tipos de enlaces de rádio operados pela linha Carrier desta gigante chinesa de tecnologia.

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Conteúdo Programático

WLAN Overview
WLAN Basics
WLAN Application on Enterprise Networks: BYOD
Huawei WLAN Devices and Models
Usage Scenarios and Characteristics of WLAN on Industry Networks
Carrier WLAN Situation

WLAN Planning and Optimization Overview
WLAN Project Lifecycle
WLAN Planning Importance
WLAN Planning Methods
WLAN Optimization Methods

WLAN Pre-sales Network Planning
Necessity of pre-sales network planning in the WLAN project
Procedure of pre-sales network planning in the WLAN project
Precautions of pre-sales network planning in the WLAN project

Clarifying Customer Requirements
Basic Requirements
High-level Requirements

Standards
Standard Organizations
Frequency Band Standards
EIRP

WLAN HLD at the Early Stage
Planning Scenarios
WLAN Interference Sources
AP Calculation
Product Selection and Placement
WLAN Planning Software

Brief WLAN Planning Scenario
Background
Other Requirements
Planning Discussion
Detailed Planning

Site Survey
Site Survey Overview
Survey Preparations
Site Survey
Typical Scenarios

WLAN Data Planning
Hierarchical Network Design
IP Address Planning
VLAN and DHCP Planning
Route Planning

WLAN Architecture Design
Basic WLAN Architectures and Components
AC Forwarding and Deployment Modes
AC Networking Modes and Layers
Planning Typical WLAN Architectures
Other WLAN Architectures

PoE Planning
PoE Components
PoE Power Budget
PoE Configuration

WLAN HA Planning
WLAN HA Overview
AC Dual-Link Cold Standby
AC Dual-Link Hot-Standby
VRRP Dual-Node Hot-Standby
N+1 Cold Standby

Indoor Settled WLAN Design Guide
Project Preparation
Coverage Design
Deployment Design
Bandwidth Design
Power Supply and Cable Route Design
Project Cases

Indoor Distributed WLAN Planning
Indoor Distributed WLAN Planning
Indoor Distributed Planning Overview
Indoor Distributed Components
Indoor Distributed Network Planning
Indoor Distributed Solutions
WOC Solution

WLAN Outdoor Coverage
Project Preparation
Product Selection
Capacity Design
Deployment Design
Typical Application Scenarios

WLAN Roaming Planning
Basic Principles of Roaming
Basic Concepts of Roaming
Roaming Planning

WLAN WDS&Mesh Planning
Project Preparation
Product Selection
Backhaul Link Design
Bandwidth Design
Deployment Design
Typical Application Scenarios

WLAN Network Planning in Typical Scenarios
Introduction to Typical WLAN Scenarios
WLAN Network Planning in Typical Scenarios

WLAN Network Design Overview
Huawei Enterprise Service Lifecycle Model
Basic Principles for WLAN Network Planning
Huawei WLAN Networking Modes

WLAN Design for Small - and Medium-scale Enterprises
Application of WLAN in Small- and Medium-scale Enterprises
Networking Modes of Small- and Medium-scale Enterprise WLANs
Basic Planning of Small- and Medium-scale Enterprise WLANs
Detailed Design of Small- and Medium-scale Enterprise WLANs

WLAN Campus Network Solution
The Trend and Challenge of WLAN Campus Network
Huawei WLAN Campus Network Solution
Application Scenarios of WLAN Campus Network

WLAN Optimization Overview
WLAN Optimization Process
WLAN Data Optimization
Basic WLAN Parameter Calibration
WLAN Optimization Benefits

WLAN Interference Optimization
WLAN Interference Test
WLAN Interference Sources
Analysis of WLAN Interference Types
WLAN Interference Optimization Examples

WLAN Coverage Optimization
AP Quantity Adjustment
AP Location Adjustment
AP Power Adjustment
Antenna Location Adjustment
Coverage in High Density Scenarios

Introduction to WLAN Tester
WLAN Tester Introduction
WLAN Tester Usage Procedure

Huawei WLAN High-density Venue Solution Introduction
The Trend and Challenge of WLAN High-density Venue
Huawei WLAN High-density Venue Solution
Successful stories of WLAN High-density Venue

Training Methods
Lecture, Hands-on exercise

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Pré-Requisitos

Certificação HCIA ou conhecimentos equivalentes.
Conhecimentos básicos de tecnologia de comunicações e redes sem fio.

Público Alvo

Profissionais técnicos, engenheiros de redes, universitários de tecnologia,que pretendam evoluir na carreira de redes sem fio, ou apenas adquirir conhecimentos para implementação e suporte de redes WLAN de pequeno e médio porte em ambientes corporativos.