CCNA (200-301) v1.1 Certification Exam Preparation

所在平台: Udemy

课程主页: https://www.udemy.com/course/ccna-certification-200-301-exam-preparation/

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课程名称:CCNA (200-301) v1.1证书考试准备 课程概述:该CCNA考试准备课程涵盖所有最新考试科目,共计6小时的课程,包含300多张幻灯片和140个练习题(附有详细解答),以及19个实践实验和含关键信息的PDF补充材料,旨在帮助您第一次考试就通过CCNA考试。课程内容包括: 1. 网络基础(20%) - OSI和TCP/IP模型:理解层次、协议及其功能。 - 网络设备:路由器、交换机、接入点、防火墙等。 - IP地址:IPv4和IPv6、子网划分及CIDR表示法。 - 基本以太网操作:帧结构、MAC地址及通信方法。 2. 网络接入(20%) - 以太网交换:VLAN、干线、VLAN标签及交换机端口配置。 - 对向树协议(STP):预防环路及管理拓扑。 - 无线网络:配置无线局域网(WLAN)、SSID及无线安全。 - 交换机安全:端口安全、DHCP嗅探及其他交换机安全特性。 3. IP连接(25%) - 路由概念:理解路由表,静态与动态路由。 - 路由协议:OSPF、EIGRP和RIP的基本概念介绍。 - IP路由:IPv4路由的配置与验证,静态路由及路由协议。 - IPv4与IPv6路由:两者的路由配置和验证。 4. IP服务(10%) - NAT(网络地址转换):静态和动态NAT,PAT(端口地址转换)。 - DHCP:配置与验证DHCP,DHCP转发。 - DNS:域名系统概念。 - QoS(服务质量):基本QoS概念及配置。 5. 安全基础(15%) - 网络安全:了解常见网络威胁及缓解技术。 - 访问控制:ACL(访问控制列表),配置标准和扩展ACL。 - 安全网络访问:使用密码、SSH和端口安全配置设备访问安全。 - VPN(虚拟专用网络):基本VPN概念、类型及实施。 6. 自动化与可编程性(10%) - 网络自动化:理解网络自动化概念和工具。 - API(应用编程接口):网络中RESTful API的基础。 - SDN(软件定义网络):网络中基本概念及应用案例。 - 可编程性:使用Python、Ansible等工具进行网络编程的介绍。 - A.I.和机器学习基础。 该课程为希望获得CCNA认证的学员提供全面的知识和实践机会,帮助学员顺利通过考试。

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课程详情

This CCNA exam preparatory course covers ALL CURRENT exam subjects over 6-hours of lessons, comprised of over 300 slides, and 140 practice questions in my best-selling Q & A learning format (with fully explained answers), 19 hands-on labs, and PDF supplements containing key information, all designed to help you pass the CCNA exam on your first attempt. Subjects include in this course:1. Network Fundamentals (20%)OSI and TCP/IP Models: Understanding the layers, protocols, and their functions.Network Devices: Routers, switches, access points, firewalls, etc.IP Addressing: IPv4 and IPv6, subnetting, and CIDR notation.Basic Ethernet Operation: Frame structure, MAC addresses, and communication methods.2. Network Access (20%)Ethernet Switching: VLANs, trunking, VLAN tagging, and switch port configurations.Spanning Tree Protocol (STP): Preventing loops and managing topology.Wireless Networks: Configuring wireless LANs (WLANs), SSIDs, and wireless security.Switch Security: Port security, DHCP snooping, and other switch security features.3. IP Connectivity (25%)Routing Concepts: Understanding routing tables, and static vs. dynamic routing.Routing Protocols: Introduction to OSPF, EIGRP, and RIP (basic concepts).IP Routing: Configuring and verifying IPv4 routing, static routes, and routing protocols.IPv4 and IPv6 Routing: Configuration and verification of routing for both IPv4 and IPv6.4. IP Services (10%)NAT (Network Address Translation): Static and dynamic NAT, PAT (Port Address Translation).DHCP: Configuring and verifying DHCP, DHCP relay.DNS: Domain Name System concepts.QoS (Quality of Service): Basic QoS concepts and configuration.5. Security Fundamentals (15%)Network Security: Understanding common network threats, mitigation techniques.Access Control: ACLs (Access Control Lists), configuring standard and extended ACLs.Secure Network Access: Configuring device access security with passwords, SSH, and port security.VPN (Virtual Private Network): Basic VPN concepts, types, and implementation.6. Automation and Programmability (10%)Network Automation: Understanding network automation concepts and tools.APIs (Application Programming Interfaces): Basics of RESTful APIs in networking.SDN (Software-Defined Networking): Basic concepts and use cases in networking.Programmability: Introduction to network programmability using tools like Python, Ansible, and others.Basics of A.I. and Machine Learning.

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