Overview: –Networking hardware, also known as network equipment or computer networking devices, are physical devices which are required for communication and interaction between devices on a computer network. Specifically, they mediate data in a computer network. Units which are the last receiver or generate data are called hosts or data terminal equipment.

Who should take admission ?

Any Graduate / under graduate who wants knowledge of hardware and networking

what this course offer ?

  • Hardware and Network Engineer

  • Network Administrator engineer

  • Network Support Engineer

  • Network Engineerassociates

  • Network analyst

Module 1 :- Hardware 

  • PC / Computer Components

  • Introducing and designing PC segments. 

  • Security, condition and client issues. 

  • Investigating PC Hardware. 

  • Preventive Maintenance. 

  • Introducing/installing Hardware.

  • Gathering / Assembling  PCs. 

  • Configuring / Arranging Hardware parts. 

  • Diagnosing PC Hardware Problems. 

  • Investigating PC Hardware. 

  • Checking PC Hardware Components.

Module 2 : Networks

  • Essential systems administration ideas. 

  • System topologies: - LAN, WAN, MAN.PAN, CAN. 

  • The OSI model. 

  • TCP/IP Model. 

  • System connectors. 

  • Presenting conventions. 

  • Cabling and investigating.

  • Prologue to different systems administration gadgets. 

  • Centers and so on. 

  • Wired and Wireless innovation. 

  • Inside the PC 

  • Opening the PC and recognizable proof. 

  • Investigation of various squares. 

  • Collecting and dismantling. 

  • System fundamental and arrangement. 

  • Setting IP addresses.

  • Network troubleshooting.

  • PING test, ipconfig etc.

  • Introduction to servers and network security

  • Types of servers:- Files servers, Email Servers ,Proxy servers etc.

  • Basics of Internet and Intranet.

  • Types of Internet connections:-Dialup, Broadband, Leased Line, Wi-Fi, Wi-Max, 2G, 3G, 4G, WWW, E-mails, SearchEngines, Social Networking.

  • Cloud application.

  • Audio-video Conferencing.

  • Voice over Internet Protocol (VOIP).

  • Recovery and backup.

  • Basic safety efforts.


Module 3:- CCNA CISCO Certified Network Associate 

Introduction : 

Welcome to the energizing universe of Cisco accreditation. Cisco confirmation can improve your comprehension of the internetworking of something other than Cisco items: You will build up a total comprehension of systems administration and how unique system topologies cooperate to shape a system. This is gainful to each systems administration work and is the explanation Cisco accreditation is in such appeal, even at organizations with not many Cisco gadgets.

CourseContent : 

  • Sorts Of Networks – LAN, MAN ,WAN + Peer to Peer, Client-Server + Network Media and Hardware – Coaxial, UTP, STP, Connectivity Web Protocol and Addressing, Describe Classless IP Addresses, ,Public and Private IP, Reserved IP Addresses 

  • Idea Of Subnet cover, Subnetting of Class A, B, C. VLSM, CIDR, Route Summarization 

  • Prologue To Router, Types-Modular and Fixed, CISCO Series, Model 

WIC-1T/2T , NM8S , 4S, Cards and Ports, Port IDs, Internal Components Of a Router and Switches 

  • Switch boot grouping and interior config, reinforcement, recuperation and IOS redesign 

  • Directing Table, Metric, Routing Loops, Types of Routing, Routing convention code. 

  • Static and Default Static Routing

  • Design of directing convention RIP V2, EIGRP,OSPF and BGP 

  • TCP/IP Protocol Suit, Framing, CRC, Runts, Giants, Dropped parcels, Broadcast and Collision Domain,L2 and L3 Broadcasts, Benefits Of VLAN, Vlan Configuration Modes and Functions 

  • VLAN,VLAN Access and Trunk Port, DTP, Encapsulation, VTP Modes 

  • Depict Function Of Switch, CAM Table, Switching Loops Issues, Explain STP, RSTP, Port states and jobs 

  • Standard, Extended, and Named Access List , Explain Reflexive Access Control List 

  • NAT and NAT TYPES, Static NAT ,Dynamic NAT& PAT 

  • IPV4 VLSM and Summarization, Introduction to IPV6 and Features, Describe Limitations of IPV4,IPv6 address Types and Ranges, Describe Auto design of IPV6 

  • LLDP , CDP , Describe fundamental QoS ideas Device trust Prioritization (I) Voice (ii) Video(iii) Data, 

  • DHCP On Router, Configuring PPP Authentication-PAP,CHAP

  • Metro Ethernet, Cellular 3G/4G,MPLS,T1/E1, ISDN, DSL, Cable, VPN, 

  •  Describe the impacts of cloud assets on big business arrange engineering 

  • Traffic way to inner and outside cloud administrations, Describe WAN access network alternatives: 

  • a, MPLS, b, Metro Ethernet, c Broadband PPPoE d, Internet VPN (DMVPN, website to-webpage VPN, customer VPN) 

  • Prologue to BGP , iBGP, eBGP, Configure and check single-homed branch availability utilizing eBGP IPv4 (restricted to peering and course commercial utilizing Network order as it were) 

  • IPV4 VLSM and Summarization, Introduction to IPV6 and Features, Describe Limitations of IPV4,IPv6 address Types and Ranges, Describe Auto arrangement of IPV6 

  • Investigate arrange availability issues utilizing ICMP reverberation based IP SLA 

  • Investigate essential Layer 3 start to finish network issues, Verify ACLs utilizing the APIC-EM Path Trace ACL Analysis apparatus 

  • Metro Ethernet,Cellular 3G/4G,MPLS,T1/E1, ISDN, DSL, Cable,VPN, 

  • Portray the impacts of cloud assets on big business arrange design 

  • a Traffic way to inward and outer cloud administrations

  • Describe WAN access connectivity options, a,MPLS, b,Metro Ethernet,c Broadband PPPoE d,Internet VPN (DMVPN, site-to-site VPN, client VPN)

Learn More