HCNP华为认证网络高级工程师

华为中大型企业级园区网实战技术 全新HCIP技术

├──90-99

├──90.7-09-MSTP原理与配置(Av757403047,P90)- .mp4 238.95M

├──91.7-10-MSTP基本配置(Av757403047,P91)- .mp4 298.51M

├──92.7-11-MSTP高级配置(Av757403047,P92)- .mp4 354.88M

├──93.8-01-接入层(Av757403047,P93)- .mp4 298.46M

├──94.8-02-NAC认证方式(Av757403047,P94)- .mp4 266.83M

├──95.8-03-820.1协议运行过程(Av757403047,P95)- .mp4 464.95M

├──96.9-01-MPLS协议原理(Av757403047,P96)- .mp4 238.98M

├──97.9-02-MPLS结构(Av757403047,P97)- .mp4 177.99M

├──98.9-03-MPLS转发(Av757403047,P98)- .mp4 259.05M

└──99.9-04-LDP环路检测(Av757403047,P99)- .mp4 166.79M

├── – 1.1-01-IT职业生涯规划(Av757403047,P1- .mp4 51.85M

├── – 10.2-09-配置NBMA网络(Av757403047,P10- .mp4 368.14M

├── – 100.9-05-LDP协议原理(Av757403047,P100- .mp4 277.46M

├── – 101.9-06-本地LDP会话基本配置(Av757403047,P101- .mp4 399.15M

├── – 102.9-07-LDP标签管理(Av757403047,P102- .mp4 234.85M

├── – 103.9-08-标签控制(Av757403047,P103- .mp4 190.48M

├── – 104.9-09-PHP次末跳弹出机制(Av757403047,P104- .mp4 278.94M

├── – 105.9-10-MPLS(Av757403047,P105- .mp4 266.65M

├── – 106.9-11-MPLS BGP VPN基本原理(Av757403047,P106- .mp4 230.34M

├── – 107.9-12-具体配置(Av757403047,P107- .mp4 153.78M

├── – 108.9-13-区分不同的VPN 相同的IP地址前缀(Av757403047,P108- .mp4 243.90M

├── – 109.9-14-对端PE将VPNV4路由注入到指定VPF中(Av757403047,P109- .mp4 126.94M

├── – 11.2-10-配置点到多点网络(Av757403047,P11- .mp4 165.68M

├── – 110.9-15-MP-BGP路由注入VRF过程(Av757403047,P110- .mp4 185.62M

├── – 111.9-16-MPLS BGP VPN配置与实现(Av757403047,P111- .mp4 263.07M

├── – 112.9-17-MPLS BGP VPN基本配置(Av757403047,P112- .mp4 278.09M

├── – 113.9-18-理解与配置MP-BGP(Av757403047,P113- .mp4 331.64M

├── – 114.9-19-自动路由过滤(Av757403047,P114- .mp4 236.80M

├── – 115.9-20-PE与CE之间使用OSPF(Av757403047,P115- .mp4 255.85M

├── – 116.9-21-IP QoS概述(Av757403047,P116- .mp4 344.23M

├── – 117.9-22-QoS 实现的相关技术(Av757403047,P117- .mp4 164.01M

├── – 118.9-23-流量分类与标记(Av757403047,P118- .mp4 316.51M

├── – 119.9-24-复杂流分类在产品中的表现(Av757403047,P119- .mp4 289.25M

├── – 12.2-11-配置虚连接(Av757403047,P12- .mp4 139.66M

├── – 120.9-25-流量监管与整形(Av757403047,P120- .mp4 359.68M

├── – 121.9-26-流量整形介绍(Av757403047,P121- .mp4 255.26M

├── – 122.9-27-拥塞管理与拥塞避免(Av757403047,P122- .mp4 230.31M

├── – 123.9-28-各种队列调度技术对比(Av757403047,P123- .mp4 311.88M

├── – 124.9-29-队列技术在产品中的实现(Av757403047,P124- .mp4 223.90M

├── – 125.9-30-尾丢弃的缺点(Av757403047,P125- .mp4 219.59M

├── – 126.9-31-USG防火墙基本功能与配置(Av757403047,P126- .mp4 295.12M

├── – 127.9-32-接口、网络和安全区域关系(Av757403047,P127- .mp4 246.42M

├── – 127.9-32-接口、网络和安全区域关系(Av757403047,P127- .mp4 246.42M

├── – 128.9-33-安全区域配置-2(Av757403047,P128- .mp4 252.56M

├── – 129.9-34-防火墙的基本概念-会话(Av757403047,P129- .mp4 228.27M

├── – 13.2-12-配置OSPF(Av757403047,P13- .mp4 227.74M

├── – 130.9-35-防火墙关键技术(Av757403047,P130- .mp4 170.07M

├── – 130.9-35-防火墙关键技术(Av757403047,P130- .flv 192.77M

├── – 131.9-36-静态黑名单配置(Av757403047,P131- .mp4 337.24M

├── – 132.9-37-负载均衡配置(Av757403047,P132- .mp4 264.11M

├── – 133.9-38-虚拟防火墙(Av757403047,P133- .mp4 207.82M

├── – 134.9-39-NAT业务特姓与配置(Av757403047,P134- .mp4 402.10M

├── – 135.9-40-实验1(Av757403047,P135- .mp4 390.46M

├── – 136.9-41-实验2(Av757403047,P136- .mp4 310.29M

├── – 137.9-42-实验3(Av757403047,P137- .mp4 266.97M

├── – 138.9-43-双机热备业务特姓与配置(Av757403047,P138- .mp4 278.17M

├── – 139.9-44-路由模式-主备组网方式配置参考(Av757403047,P139- .mp4 241.24M

├── – 14.2-13-LSA类型1(Av757403047,P14- .mp4 269.42M

├── – 15.2-14-LSA类型2(Av757403047,P15- .mp4 250.42M

├── – 16.2-15-Link State ID(Av757403047,P16- .mp4 313.54M

├── – 17.2-16-邻接关系(Av757403047,P17- .mp4 290.44M

├── – 18.2-17-OSPF邻居关系建立过程(Av757403047,P18- .mp4 215.82M

├── – 19.2-18-配置接口开销(Av757403047,P19- .mp4 217.33M

├── – 2.2-01-OSPF路由协议基础(Av757403047,P2- .mp4 287.95M

├── – 20.2-19-计算最短路径树-物理拓扑(Av757403047,P20- .mp4 254.75M

├── – 21.2-20-配置路由汇聚-物理拓扑(Av757403047,P21- .mp4 229.01M

├── – 22.2-21-外部路由(Av757403047,P22- .mp4 247.71M

├── – 23.2-22-OSPF路由协议(Av757403047,P23- .mp4 346.88M

├── – 24.2-23-扩展特姓(Av757403047,P24- .mp4 168.44M

├── – 25.3-01-BGP概述(Av757403047,P25- .mp4 293.62M

├── – 26.3-02-BGP可靠的路由更新(Av757403047,P26- .mp4 280.93M

├── – 27.3-03-BGP路由信息处理(Av757403047,P27- .mp4 178.49M

├── – 28.3-04-BGP工作原理(Av757403047,P28- .mp4 326.17M

├── – 29.3-05-BGP两种邻居-IBGP和EBGP(Av757403047,P29- .mp4 261.34M

├── – 3.2-02-划分AS为多区域(Av757403047,P3- .mp4 227.50M

├── – 30.3-06-BGP路由通告原则（上）(Av757403047,P30- .mp4 261.92M

├── – 31.3-07-BGP路由通告原则（下）(Av757403047,P31- .mp4 214.22M

├── – 32.3-08-BGP路由的途径(Av757403047,P32- .mp4 299.42M

├── – 33.3-09-BGP路由属姓(Av757403047,P33- .mp4 260.07M

├── – 34.3-10-路由属姓用途(Av757403047,P34- .mp4 229.22M

├── – 35.3-11-下一跳（Next）属姓(Av757403047,P35- .mp4 335.29M

├── – 36.3-12-团体（Community）属姓(Av757403047,P36- .mp4 143.22M

├── – 37.3-13-BGP路径选择(Av757403047,P37- .mp4 265.97M

├── – 38.3-14-BGP路由策略(Av757403047,P38- .mp4 286.31M

├── – 39.3-15-配置BGP IGP(Av757403047,P39- .mp4 269.09M

├── – 4.2-03-OSPF基本配置(Av757403047,P4- .mp4 268.32M

├── – 40.3-16-路径选择(Av757403047,P40- .mp4 250.23M

├── – 41.3-17-BGP选路参数（1）(Av757403047,P41- .mp4 277.08M

├── – 42.3-18-BGP路由策略(Av757403047,P42- .mp4 285.12M

├── – 43.3-19-实用工具进行路由选择(Av757403047,P43- .mp4 224.83M

├── – 44.3-20-前缀列表(Av757403047,P44- .mp4 309.74M

├── – 45.3-21-路由器RTB的策略配置(Av757403047,P45- .mp4 418.60M

├── – 46.3-22-BGP选路参数（2）(Av757403047,P46- .mp4 299.89M

├── – 47.3-23-AS-PATH Filter(Av757403047,P47- .mp4 287.73M

├── – 48.3-24-匹配字符(Av757403047,P48- .mp4 322.75M

├── – 49.3-25-BGP路由聚合(Av757403047,P49- .mp4 296.90M

├── – 5.2-04-OSPF邻居与邻接关系(Av757403047,P5- .mp4 360.06M

├── – 50.3-26-聚合路由的问题(Av757403047,P50- .mp4 223.39M

├── – 51.3-27-BGP反射与联盟(Av757403047,P51- .mp4 370.83M

├── – 52.3-28-路由反射宣告原则(Av757403047,P52- .mp4 405.16M

├── – 53.3-29-联盟整体配置情况(Av757403047,P53- .mp4 225.13M

├── – 54.4-01-使用工具进行路由选择(Av757403047,P54- .mp4 256.57M

├── – 55.4-02-Route-policy(Av757403047,P55- .mp4 260.58M

├── – 56.4-03-路由引入(Av757403047,P56- .mp4 265.04M

├── – 57.4-04-使用工具实现路由策略(Av757403047,P57- .mp4 351.28M

├── – 58.4-05-过滤掉回馈路由(Av757403047,P58- .mp4 238.98M

├── – 59.4-06-调整路由协议优先级避免路由环路(Av757403047,P59- .mp4 305.06M

├── – 6.2-05-端口状态变换-广播型和NBMA(Av757403047,P6- .mp4 326.96M

├── – 60.4-07-基于策略的路由转发(Av757403047,P60- .mp4 215.71M

├── – 61.5-01-IP组播基础(Av757403047,P61- .mp4 275.79M

├── – 62.5-02-组播地址结构(Av757403047,P62- .mp4 174.96M

├── – 63.5-03-组播基本原理(Av757403047,P63- .mp4 137.83M

├── – 64.5-04-组播数据转发(Av757403047,P64- .mp4 202.25M

├── – 65.5-05-IGMP协议原理与配置(Av757403047,P65- .mp4 299.83M

├── – 66.5-06-IGMPv2组成员离开(Av757403047,P66- .mp4 287.11M

├── – 67.5-07-IGMP配置验证(Av757403047,P67- .mp4 215.73M

├── – 68.5-08-PIM-DM协议原理与配置(Av757403047,P68- .mp4 353.57M

├── – 69.5-09-PIM-DM协议机制(Av757403047,P69- .mp4 258.16M

├── – 7.2-06-配置点到多点网络(Av757403047,P7- .mp4 275.00M

├── – 70.5-10-PIM-协议原理与配置(Av757403047,P70- .mp4 263.28M

├── – 71.5-11-PIM-协议机制(Av757403047,P71- .mp4 232.09M

├── – 72.5-12-PRT共享树加入(Av757403047,P72- .mp4 240.50M

├── – 73.5-13-PIM-高级配置(Av757403047,P73- .mp4 220.48M

├── – 74.6-01-VLAN技术原理与配置(Av757403047,P74- .mp4 347.57M

├── – 75.6-02-交换机的端口模式接收数据(Av757403047,P75- .mp4 278.11M

├── – 76.6-03-交换机的端口模式发送数据(Av757403047,P76- .mp4 174.72M

├── – 77.6-04-Hybrid实验(Av757403047,P77- .mp4 177.29M

├── – 78.6-05-Vlan高级特姓与配置(Av757403047,P78- .mp4 303.59M

├── – 79.6-06-Super Vlan原理(Av757403047,P79- .mp4 227.71M

├── – 8.2-07-协议报文和链路状态通告(Av757403047,P8- .mp4 192.06M

├── – 80.6-07-ARP Proxy概述(Av757403047,P80- .mp4 174.90M

├── – 81.6-08-QinQ技术原理与配置(Av757403047,P81- .mp4 290.22M

├── – 82.7-01-高级生成树协议(Av757403047,P82- .mp4 246.65M

├── – 83.7-02-生成树基本计算过程-选举根交换机(Av757403047,P83- .mp4 254.63M

├── – 84.7-03-交换机端口角涩(Av757403047,P84- .mp4 287.32M

├── – 85.7-04-配置BPDD的内容(Av757403047,P85- .mp4 303.59M

├── – 86.7-05-拓扑信息的改变(Av757403047,P86- .mp4 275.77M

├── – 87.7-06-RSTP原理与配置(Av757403047,P87- .mp4 182.58M

├── – 88.7-07-交换机端口状态(Av757403047,P88- .mp4 243.31M

├── – 89.7-08-案例分析(Av757403047,P89- .mp4 312.64M

└── – 9.2-08-配置OSPF验证(Av757403047,P9- .mp4 260.30M