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SMPTE ST 2110 Practical Lab

Instructor-Led Course Ongoing Enrollment
Member Price - $99.00
Non-Member Price - $199.00

 

Instructors:

Wim Van Roy is a media and technology consultant and educational architect at Lawo with over 20 years of experience driving innovation in broadcast and entertainment.  An expert in IP-based workflows, ST-2110, cloud technologies, and cybersecurity, Wim has guided organizations worldwide through technological transformations, from analog to UHD/8K and IP-based systems.

Gerard Philips is a Systems Engineer and M&E Tech Lead at Arista Networks, where he supports customers with the design, deployment, and operation of complex IP infrastructures. His unique blend of broadcast heritage and deep expertise in Ethernet/IP switching and routing makes him a trusted guide for broadcasters transitioning from SDI to IP for live production.

Thank You to Our Partners:

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The Practical Lab is made possible thanks to the generous in-kind contributions of our valued partners, including Lawo Academy, Arista, Blackmagic Design, Meinberg, Bridge Technologies, Matrox, AJA and more.

Course Overview

This one day practicum allows students to apply skills learned in the SMPTE ST 2110 Boot Camp and the Understanding SMPTE ST 2110 Virtual Course to real world environments and gain experience working with ST 2110. 

This course features a self-paced remote real world hands-on curriculum where students will be working on:

  • PTP baseline: GM/domain, Sync/Follow_Up, Delay; interpret offset & steps‑removed
  • Access multicast: IGMP snooping & joins; prove only the subscriber gets traffic
  • Inter‑switch multicast: read mroute, fix IIF/RPF via PIM‑SM; confirm bandwidth
  • NMOS IS‑04/05: query nodes/senders/receivers; make a live route and verify on screen

This course is only accessible for those who have completed either the SMPTE ST 2110 Boot Camp or the Understanding SMPTE ST 2110 course. If you have already completed one of these, you are eligible to sign up.

 

Learning Outcomes

  • Validate PTP lock; read offset/jitter & “good vs bad” counters

  • Trace & fix multicast (IIF/OIF, RPF, PIM neighbor)

  • Discover devices & connect a sender→receiver via NMOS IS‑05

  • Read an SDP; confirm 2022‑7/ts‑refclk details

  • Leave with checklists & an API cheat‑sheet