HCIA-Transmission Course Overview

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.

This is a Rare Course and it can be take up to 3 weeks to arrange the training.

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  • Live Online Training (Duration : 80 Hours)
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  • Live Online Training (Duration : 80 Hours)
  • Per Participant

♱ Excluding VAT/GST

Classroom Training price is on request

You can request classroom training in any city on any date by Requesting More Information

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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.