
A quick look at these two mathematical systems for calculations and use in computer networking.
Examine the TCP/IP and OSI communication models, a layered framework from physical to application layers, that enables interoperable networking through routing, transport, and application protocols.
Explore how dns translates domain names to ip addresses, how udp dns queries function, and how tcp three-way handshake, bandwidth, and delay affect web access.
Explore how layer 2 ethernet frames use 48-bit mac addresses, frame checks, and switches, and how IPv4 addresses route across routers with per-hop mac changes.
The lecture compares tcp and udp at the transport layer, detailing tcp's connection-oriented handshake, sequencing, and windowing versus udp's connectionless delivery.
Explain collision domains and broadcast domains, showing how switches and bridges break collision domains, routers break broadcast domains, while hubs and repeaters do not, under csma/cd and half duplex.
Discover optical networks fundamentals, emphasizing optical fiber's immunity to electrical noise, high capacity, and low cost. Compare synchronous optical networks (SONET/SDH) and wavelength division multiplexing (WDM) for scalable transport.
Explore IPv4 classes, the need for subnetting, and default masks (class B 16, class C 24), and differentiate private versus public addresses and how address translation enables internet access.
Learn subnetting rules, determine default masks, calculate subnets and host counts, and derive network and broadcast addresses to design and organize IP addressing.
Explore IPv6 address formats and compression rules, including 128-bit hex addresses, 16-bit blocks, leading zeros, and the single double-colon compression, along with subnetting concepts like /64 prefixes.
In this video we will learn about some of the mainstream Juniper devices for Routing and Switching being used in the industry.
We take a look at the formulation of JUNOS and why it is so effective.
Learn about what makes Juniper devices the exclusive vendor in core of the networks.
You can make your own lab on your PC using this video lecture.
Introduction to basic CLI modes in JUNOS.
Master the Junos CLI by configuring interfaces, assigning IP addresses with set interfaces, committing changes, and activating or deactivating configurations while managing candidate vs running configs.
We will discuss and learn about configuration files handling in a Juniper Router.
Save a rescue configuration to protect against misconfigurations and roll back to a trusted setup on Juniper devices, and explore interface types such as FXD internal interfaces and FBC slots.
Explore how to create and manage Juniper user accounts and classes, assign permissions, and tailor access levels from super user to read-only, including class-based command controls.
Discover how Juniper devices implement unix-like syslog, configure facilities and levels, and forward central log messages to a remote server for monitoring.
Learn to monitor Juniper devices using show commands, inspect interfaces and traffic, view system messages and snapshots, and use ping, traceroute, telnet, and ssh for secure remote access.
Learn tracing and debugging on Juniper devices, configure global or per-process logging, and tailor file size, retention, and event filters to diagnose routing and interface issues.
We will see the packet forwarding techniques and Juniper Devices Routing Tables.
Continuation from previous lecture.
Learn about some of the Routing instances and their uses in Juniper devices.
LEarn about configuring static routes in Juniper devices.
Continuation from previous video.
Learn about the benefits of Dynamic Routing.
We will discuss some of the features of OSPF protocol.
Very simple and straight forward OSPF configuration on Juniper router.
Learn about why do we need to have routing policies
In this lecture we will configure Routing Policy on Juniper devices for OSPF and RIP protocols.
This is a continuation from previous lecture.
We will see some of the characteristics of firewalls in Juniper appliances
You will learn how to configure firewall features on Juniper routers.
We will discuss some important aspects of RPF (Reverse Path Forwarding) checks.
Learn the technologies and concepts of networking in this complete course and earn your Juniper certification.
Give your career a head start in large scale Service Providers and Enterprise or simply make yourself more knowledgeable.
Basics of Networking
Juniper Devices Architecture
JNUOS Fundamentals
Design your own networks and implement Routing Protocols
Management of Juniper Devices
If you happen to visit some of the major global Service Providers like BT, NTT, Optus or even Verizon you will be surprised to see the extent of Juniper devices deployed for their core services. Juniper is one of the leading Networking equipment provider with a large product portfolio ranging from small Enterprises to large Data Centers. JNCIA-Junos (JN0-102) is the fundamental certifications that Juniper offers to new learners that will help you in realizing the working of Juniper devices and their implementation.
This course has been designed for beginner level IT Engineers. It will take you through the physical installation of the Juniper devices to the basic configurations to make network topologies for real world scenarios. This course will ensure that you understand the dreaded concepts of subnetting. You will observe actual packets as they move through the wires and make those “dots connect”. While configuring the devices you will feel as if you are doing it yourself, its that close and personal. By following this course you will not only be able achieve your JNCIA-Junos certification but it will pave the foundation for your other Juniper certification as well like JNCIP and JNCIE.