Last Updated : 22 Aug 2024

HCIA-Transmission Course Overview

The HCIA-Transmission course is a comprehensive training program designed for individuals looking to gain expertise in transmission network technologies. It covers a wide range of topics, from the fundamentals of Synchronous Digital Hierarchy (SDH) to Multi-Service Transport Platform (MSTP) systems, Ethernet principles, and advanced concepts like Wavelength Division Multiplexing (WDM) and Optical Transport Network (OTN).

In Module 1: SDH Principles, learners will gain a solid understanding of SDH Overview, frame structure, overhead and pointers, and the networking and protection aspects involved. This foundational knowledge is critical for managing and optimizing transmission networks.

Module 2: MSTP System Overview and Module 3: MSTP Protection Schemes delve into the specifics of MSTP systems, including hardware configurations, functions, features, and various protection schemes like Linear MSP and SNCP.

Module 4: Ethernet Principles provides a deep dive into Ethernet technologies, while Module 5: Ethernet Services Overview explores different Ethernet service types, enhancing the learner's ability to deploy and troubleshoot Ethernet-based services.

With the inclusion of a U2000 Overview in Module 6 and HCIA-Transmission Lab Practice Guide in Module 7, participants will have hands-on experiences with commissioning procedures and service configurations.

Finally, Module 8: WDM Principles and Module 9: OTN Principles impart advanced knowledge on WDM and OTN technologies, which are critical for high-capacity data transmission over optical fibers.

Overall, this course will help learners to develop a robust skillset in transmission technologies, preparing them for various roles in the telecommunications industry.

5.0

Intermediate

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Flexi Video	16,449
Official E-coursebook
Exam Voucher (optional)
Hands-On-Labs²	4,159
+ GST 18%	4,259
Total Fees (without exam & Labs)	22,359 (INR)
Total Fees (with Labs)	28,359 (INR)

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Schedule personalized sessions based upon your availability.

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Learning without limits. Create custom courses that fit your exact needs, from blended topics to brand-new content.

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Experience exceptional training with the confidence of our Happiness Guarantee, ensuring your satisfaction or a full refund.

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Immerse yourself in a focused learning environment, free from distractions, where you can sharpen your skills in popular global destinations.

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Course Prerequisites

To ensure a productive and successful learning experience in the HCIA-Transmission course, the following prerequisites are recommended for participants:

Basic understanding of telecommunications and networking concepts.
Familiarity with data communication principles, including the basics of signal transmission and networking protocols.
Knowledge of the OSI model and its layers, particularly the physical, data link, and network layers.
Some exposure to networking devices such as switches, routers, and their basic configuration.
Comprehension of fundamental Ethernet concepts, including LAN technologies and Ethernet operations.
An aptitude for technical learning and problem-solving in the context of IT and networking.
Enthusiasm and willingness to engage with both theoretical and practical aspects of transmission technologies.

These prerequisites are designed to ensure that students have a foundation upon which the course content can build. They are not intended to be barriers to entry but rather to set a baseline for a common understanding among participants, facilitating a smoother learning process.

Target Audience for HCIA-Transmission

The HCIA-Transmission course offers in-depth training on network transmission technologies, suitable for professionals in the telecommunication sector.

Network Engineers and Technicians specializing in transmission technology
Telecommunications Support Engineers
IT Professionals working with SDH, WDM, or OTN infrastructures
Network Designers and Planners focusing on transport networks
Technical Sales and Pre-sales Consultants involved with network solutions
Network Operations and Maintenance Personnel overseeing transmission systems
Network Administrators aiming to deepen their understanding of Ethernet and transmission services
Professionals seeking to gain HCIA-Transmission certification
Students and graduates with a focus on network engineering
Network Analysts interested in learning about MSTP protection schemes
Network Consultants who provide advice on transmission network configurations
IT Project Managers overseeing the deployment of transmission networks
Technical Training Specialists seeking to understand the latest transmission technologies for instructional purposes

Learning Objectives - What you will Learn in this HCIA-Transmission?

Introduction to the Course's Learning Outcomes

Gain a comprehensive understanding of transmission technologies with HCIA-Transmission, covering SDH, MSTP, Ethernet, and OTN principles, ensuring solid foundational skills for network professionals.

Learning Objectives and Outcomes

Understand the basics of Synchronous Digital Hierarchy (SDH), including its structure, multiplexing techniques, and overheads.
Identify SDH networking and protection mechanisms to ensure network reliability and resiliency.
Gain insights into Multi-Service Transport Platform (MSTP) systems, including their architecture, components, and hardware configurations.
Comprehend the various MSTP protection schemes, such as Linear MSP, Two-Fiber MSP Rings, Four-Fiber MSP Rings, and Subnetwork Connection Protection (SNCP).
Acquire knowledge of Ethernet principles, Quality of Service (QoS), Ethernet over SDH (EoS), and Virtual Local Area Networks (VLANs).
Differentiate between Ethernet service types like EPL, EVPL, EPLAN, and EVPLAN and understand their configurations.
Learn to navigate and utilize the U2000 network management system for commissioning and managing transmission networks.
Practice configuring transmission network protection schemes and service configurations through lab exercises.
Understand Wavelength Division Multiplexing (WDM) principles, including key technologies and ITU-T standards compliance.
Grasp the fundamentals of Optical Transport Network (OTN), including interface structure, mapping and multiplexing, overhead, and common OTN alarms.