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华为HCIE-R&S认证培训课程

HCIE-R&S认证概述
HCIE-R&S认证定位于大中型复杂网络的构建、优化和管理。
HCIE-R&S认证包括但不限于:不同网络和各种路由器交换机之间的互联,复杂连接问题的解决,使用技术解决方案提高带宽、缩短相应时间、较大限度地提高性能、加强安全性和支持全球应用,复杂网络的故障排除。
通过HCIE-R&S认证,将证明您对大中型复杂网络有全面深入的了解,掌握大中型复杂网络的技术,并具备独立设计各种复杂网络以及使用华为路由交换(数通)设备实施设计的能力。
拥有通过HCIE-R&S认证的工程师,意味着企业有能力独立搭建完整的大中型复杂网络,将企业中所需的语音、无线、云、安全和存储全面地集成到网络之中,并且能满足各种应用对网络的使用需求,能够提供完整的故障排除能力,能根据企业和网络技术的发展规划企业网络的发展,并提供高安全性、可用性和可靠性。
认证前提条件
认证项目 培训要求 资质要求
HCIE-R&S N/A 建议5年以上相关工作经验
考试及费用
考试代码 考试名称 推荐培训
HC-261-ENU HCIE-R&S (Written) (Huawei Certified Internetwork Expert-Routing & Switching) 华为路由交换精英培训
N/A HCIE-R&S (Lab) (Huawei Certified Internetwork Expert-Enterprise)
N/A HCIE-R&S (Interview) (Huawei Certified Internetwork Expert-Enterprise)

培训内容

课程模块

课程内容

知识点

1.Layer 2 Technologies

1.1 STP

1.STP
2.RSTP
3.MSTP
4.Loop guard
5.Root guard
6.BPDU guard
7.TC-BPDU attack guard

1.2 VLAN and GVRP

1.Access port
2.Trunk port
3.Hybrid port
4.QinQ
5.Vlan Aggregation
6.Mux Vlan
7.Voice vlan
8.GARP
9.GVRP

1.3 Transparent bridge

1.Local Bridging
2.Remote Bridging
3.Integrated Bridging and Routing
4.VLAN ID Transparent Transmission

1.4 Link Aggregation,

Eth-Trunk andIP-Trunk,
Load-balance, LACP

1.Link Aggregation
2.LACP

1.5 Ethernet technologies

1.Speed and duplex
2.Ethernet, Fast Ethernet, and Gigabit Ethernet
3.Auto MDI/MDIX
4.Auto negotiation
5.Storm control
6.Unicast flooding control

1.6 HVRP

1.7 Smart link

1.8 DLDP

1.9 Switched Port Analyzer

(port-mirroring)

1.10 Frame Relay

1.LMI
2.Traffic shaping
3.Full mesh
4.Hub and spoke
5.DE

1.11 HDLC and PPP

1.12 PPPoE and PPPoA

2.IPv4

2.1 IPv4 addressing, subnetting,

and VLSM

2.2 IPv4 tunneling and GRE

2.3 IPv4 RIP version 1/2

2.4 IPv4 OSPF

1.Standard OSPF areas
2.Stub area
3.Totally stubby area
4.NSSA
5.Totally NSSA
6.LSA types
7.Adjacency on a point-to-point and on a multi-access network
8.Virtual-Link
9.LSA Filter
10.OSPF graceful restart
11.Stub Router
12.OSPF Authentication

2.5 IPv4 IS-IS

1.NSAP
2.IS-IS Link-state packets
3.IS-IS area type
4.IS-IS circuit type
5.IS-IS TLV
6.IS-IS DIS and Pseudo node
7.IS-IS SPF
8.IS-IS LSP
9.IS-IS Metric
10.IS-IS Route Leaking
11.IS-IS RPC
12.IS-IS Graceful Restart
13.IS-IS LDP Synchronization
14.IS-IS Authentication

2.6 IPv4 BGP

1.IBGP and EBGP
2.BGP attributes
3.BGP synchronization
4.BGP routes Summarization
5.Route Dampening
6.BGP route reflector
7.BGP confederation
8.BGP Community
9.BGP Peer Groups
10.BGP Graceful Restart
11.BGP Security
12.Principles of Route Selection

2.7 Route Control

1.Filtering
2.IP Prefix list
3.Route Import(redistribution)
4.Route policy
5.Summarization
6.Preference
7.Other advanced features

3.IPv6

3.1 IP version 6 addressing and

different addressing types

3.2 IPv6 neighbor discovery

3.3 IPv6 functionality protocols

3.4 Tunneling techniques

3.5 RIPng

3.6 OSPF version 3

3.7 MP BGP

3.8 Route Control

4.MPLS VPN

4.1 MPLS

1.MPLS network component (P, PE, CE)
2.MPLS label format
3.MPLS label encapsulation
4.MPLS label stack
5.MPLS label operation
6.Forwarding Equivalence Class
7.LDP
8.Label advisement model
9.MPLS LDP—Local Label Allocation Filtering
10.MPLS LDP Inbound/outbound Label Binding Filtering

4.2 MPLS Layer 3 VPN

1.MP-IBGP VPNv4 peering
2.VPN-instance
3.Route Distinguisher
4.Route Target
5.Route Target import/export
6.PE-CE–Dynamic Routes
7.PE-CE–Static Routes
8.Redistributing PE-CE routes into VPNv4
9.Redistributing VPN4 routes into PE-CE routing table
10.MPLS VPN Multicast
11.MCE

5.IP Multicast

5.1 Multicast distribution tree

5.2 Multicast forwarding

5.3 Multicast RPF

5.4 Multicast Administrative Boundaries

5.5 PIM dense mode

5.6 PIM sparse mode

5.7 IGMP

5.8 IGMP Snooping

5.9 MSDP

5.10 Inter domain multicast routing

5.11 PIM RP, and BSR

5.12 Multicast tools, features,

and source-specific multicast

6.Network Security

6.1 Access lists

6.2 uRPF

6.3 IP Source Guard

6.4 AAA

6.5 802.1x / NAC

6.6 NAT

1.Static NAT/NAPT
2.Dynamic NAT/PAT
3.Easy IP
4.NAT Server
5.Twice NAT
6.ALG
7.NAT Mapping
8.NAT Filtering

6.7 Device access control

6.8 Security features

6.9 Traffic Suppression

6.10 Local Attack Defense

6.11 IP Address Anti-spoofing

6.12 ARP Security

6.13 DHCP Security

7.QoS

7.1 QoS

1.PQ、DRR、PQ+DRR、WRR、PQ+WRR、WFQ and  PQ+WFQ
2.Classification
3.Traffic Policing
4.Traffic Shaping
5.Marking
6.WRED and RED
7.Compression
8.HQoS
9.Class-based QoS

7.2 Fragmentation for Frame Relay

7.3 CBS、CIR、TC、BC for Frame Relay

7.4 Generic traffic shaping

7.5 RSVP

8 Troubleshoot a Network

1.Troubleshoot complex Layer 2 network issues
2.Troubleshoot complex Layer 3 network issues
3.Troubleshoot a network in response to application problems
4.Troubleshoot network services
5.Troubleshoot network security

9 Network Management

1.Syslog
2.IP Service Level Agreement SLA
3.NetStream
4.NQA
5.SNMP
6.FTP
7.Telnet
8.SSH

10 Feature

1.VRRP
2.VGMP
3.Interface Backup
4.NTP
5.DHCP
6.BFD

再认证
随着网络技术的发展,华为认证的内容不定期进行更新或优化,通过再认证,可以保证认证的有效性;并表明认证与网络技术的新发展趋势保持一致。
再认证方法:
认证项目 有效期 重认证时间 重认证项目 重认证有效期起始时间
HCIE-R&S 2年 通过认证后2-3年内 笔试或实验考试 重认证时间
通过认证后3年后 与初认证相同 重认证时间
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