Broadcast Engineering and Modern Technologies ST 2110

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Broadcast Engineering and Modern Technologies ST 2110

IEEBE offers an intensive training program based on international standards (SMPTE ST 2110, AES67, NMOS, PTP) designed for broadcast engineers, IT specialists, and professionals working in hybrid SDI/IP environments.

The course combines technical theory and practical examples to prepare participants for managing modern IP infrastructures.

The course was created in the United States and written by leading American specialists:

Dane E. Ericsen – Lead Engineer at Hammet & Edison (San Francisco), author of the NAB Engineering Handbook and numerous other broadcast publications.
Douglas W. Garlinger – Technical Director for 23 years at Indiana-based LeSEA Broadcasting Corporation, currently Senior Broadcast Engineer at Qualcomm MediaFLO. Former Technical Director of KHON-TV2 and KGMB-TV, as well as Central Broadcast Engineer and DTV RF Specialist at NBC.
Joe Snelson – Technical Director at Meredith Broadcast Group, also Technical Manager at KCTV (CBS) and several other TV stations.

These experts ensure that our program aligns with the world’s leading standards.

Information:

4 sessions

12 hours

The course offers you not only theoretical and practical knowledge but also a high-level certificate recognized in the United States and a one-year membership with the American Society of Broadcast Engineers (SBE).

Contact Information

Official Chapter – Chapter N148 (SBE)

📧 dato@ieebe.org

📞 +995 598 51 11 51

👤 Davit Robakidze

Who is this course for?

What Does the Program Include?

Module 1: Fundamentals of Broadcast Engineering

In-depth theory and practical experience in broadcast technologies, including video and audio monitoring, IP technologies, and modern innovations. You will gain a detailed understanding of broadcast technology components and their operational principles. Work in a real studio environment, where you can apply theoretical knowledge in practice.

Mechanics of Broadcast Systems: How television operates under American standards; video formats and television regulations.
IP Technologies and Transition: The shift from traditional systems to IP-based standards, including ST-2110, NDI, Dante, and more.
Technical Problem Solving: Learn how to manage critical situations and maintain broadcast quality.

Lecturers:

Davit Robakidze

CTO / LECTURER

A professional with over 15 years of experience in the broadcasting field. He has received his education in the United Kingdom and the United States. He is a licensed broadcast operator in the U.S. and a certified broadcast engineer. Davit Robakidze is the chairman of IEEBE and the technical director of the company “Innovator.”

Davit Robakidze – Head of IEEBE

Television systems integrator
Project design, management, budgeting
17+ years of experience
Broadcast Engineer
Network Specialist
Winner of the 2024 “Best Engineer of the Year in Eastern Europe” award – USA, Ohio, Columbus

Certificates and Education:

SBE – CBTE – Certified Broadcast Television Engineer – USA
SBE – CBNE – Certified Broadcast Networking Engineer – USA
SBE – CTO – Certified Television Operator – USA
Vizrt – Live Production / NDI / TriCaster Expert – Germany
Ross Video – Support & Service Certified – Netherlands

Course Syllabus:

Syllabus

(12 hours | 4 sessions | 3 hours each)

Course Modules

Session 1 (3 hours) – SMPTE ST 2110 and Related Standards

Overview of IP-for-TV Standards: ST 2022-2, 2022-6, 2059, 2110, AMWA IS-04/05
SMPTE ST 2110 Architecture: Essence Streams (Video, Audio, Ancillary Data)
Sub-standards of 2110 (2110-10, 20, 21, 22, 30, 31, 40) – detailed discussion
PTP (IEEE1588) and the importance of time synchronization
SDP (RFC4566) and NMOS control principles

Session 2 (3 hours) – Practical Implementation and Operation of ST 2110 in Hybrid Environments

Challenges of managing Hybrid SDI/IP infrastructures
Day-to-Day Operation in SDI/2110 Facilities – ensuring quality and reliability
Troubleshooting 2110 networks (Multicast Groups, RTP Timestamp, Essence Alignment)
Network Monitoring: SNMP, REST API, Syslog, DCIM
Security Monitoring and practical examples of PTP Failover

Session 3 (3 hours) – IP/2110 Infrastructure Design and Transport

2110 Facility – Network Topology and Configuration
Practical Approaches to Network Segmentation and Prioritization
Transport Formats: Uncompressed (2110-20), Compressed (2110-22, JPEG-XS)
Use of ST 2110 in Large OB Trucks, Studios, and Cloud-to-Ground Transport
Bandwidth Planning and QoS (Quality of Service)

Session 4 (3 hours) – NDI, AOIP, and Practical Exercises

NDI (Network Device Interface) – key concepts and applications
Dante, AES67, and other AOIP standards – integration within 2110 environments
NMOS (IS-04, IS-05) and signal control
Hands-on Case Studies: Demonstration of Network Monitoring and PTP Configuration
Final Q&A and Recommendations for Implementing 2110

Key Program Features

Schedule – 4 sessions, 3 hours each
Practical training – real-life examples and troubleshooting demonstrations
Based on modern standards – SMPTE ST 2110, AES67, PTP, NMOS

Key Program Features:

Schedule – twice a week, 2 hours per session
Practical training – studio practice and real-world examples
Certification opportunity – development of skills required for the SBE Certified Television Operator (CTO) exam

Key Program Features
- Schedule – 4 sessions, 3 hours each
- Practical training – real-life examples and troubleshooting demonstrations
- Based on modern standards – SMPTE ST 2110, AES67, PTP, NMOS
Key Program Features:
- Schedule – twice a week, 2 hours per session
- Practical training – studio practice and real-world examples
- Certification opportunity – development of skills required for the SBE Certified Television Operator (CTO) exam

Who Conducts the Training?
Davit Robakidze – Head of IEEBE
- Television systems integrator
- Project design, management, budgeting
- 17+ years of experience
- Broadcast Engineer
- Network Specialist
- Winner of the 2024 “Best Engineer of the Year in Eastern Europe” award – USA, Ohio, Columbus
Certificates and Education:
- SBE – CBTE – Certified Broadcast Television Engineer – USA
- SBE – CBNE – Certified Broadcast Networking Engineer – USA
- SBE – CTO – Certified Television Operator – USA
- Vizrt – Live Production / NDI / TriCaster Expert – Germany
- Ross Video – Support & Service Certified – Netherlands
- AVID – ACSR (Certified Representative: Elite Video) – United Kingdom
- Grass Valley – K2 Summit Server Certified – United Kingdom
Contact Information
IEEBE – Incorporation of Eastern European Broadcast Engineers
Official Chapter – Chapter N148 (SBE)
📧 dato@ieebe.org

📞 +995 598 51 11 51
👤 Davit Robakidze

Upon completing the course, participants will:

Earn Prestigious Memberships

Receive a one-year membership with the American Society of Broadcast Engineers (SBE) and the Incorporation of Eastern European Broadcast Engineers (IEEBE), opening doors to exclusive resources, networking, and professional growth.

Fully Funded Mentorship Program and Internship

As part of this transformative course, one exceptional participant will be awarded a fully funded mentorship program and a professional internship with industry experts: One-on-One Mentorship, Hands-On Internship, Career Boost.

Gain Practical Skills and Technical Expertise

Master the fundamentals of broadcast engineering, including IP-based systems, video/audio monitoring, and troubleshooting broadcast technologies. Operate advanced studio equipment and systems with confidence in real-world scenarios.

Be Certification-Ready

Be fully prepared to take the SBE Certified Television Operator (CTO) exam, showcasing your skills and knowledge to meet international standards. Gain access to additional certification opportunities for globally recognized credentials.

Access Exclusive Resources

Enjoy unlimited access to SBE’s educational materials, webinars, online university, and training programs for a year, enhancing your learning journey even after the course. Demonstrate Professionalism and Leadership. Elevate your professional profile with globally respected certifications and hands-on experience.

They will be able to work with broadcast and professional equipment and systems.

You will gain in-depth knowledge of broadcast technologies, encompassing both comprehensive theoretical and practical training. This knowledge will enable you to work with equipment of any type or brand. Your skills will not be tied to a specific manufacturer, allowing you to effectively operate devices from any brand.

They will have in-depth knowledge of working with live systems.

We will not only teach you the systems needed for live broadcasting but also share trends and technological solutions related to live streaming—whether for television, concerts, online platforms, or other formats. With the skills you acquire from us, you will be able to analyze the technical tools required for any type of broadcast and maximize their potential.

They will gain a detailed understanding of the components that make up a broadcast complex.

You will learn how television operates according to American standards, including broadcast and control room functions and responsibilities. You will gain knowledge about audio and video monitoring, synchronization, video formats and resolutions, backup systems, playout and recording systems, satellite and transmission equipment, audio leveling, and other essential systems.

They will learn the fundamentals of modern IP technologies.

The course provides comprehensive information to prepare you for the future, where standard SDI solutions are being replaced by IP technology. This includes ST-2110, 2020, NDI, Dante, Livewire, JPEG-2K, and other IP technologies.