Industry Organization Announces Educational Workshop on Network Synchronization Technology
SMPTE will conduct a full-day training session on precision timing standards for ST 2110 broadcast technology on October 21, 2026 at NAB Show New York, with registration fees ranging from $250 for students to $500 for general attendees. The bootcamp covers fundamental principles, network design, measurement techniques, and practical deployment strategies led by industry engineers and equipment manufacturers. Attendees will gain technical knowledge applicable to modern broadcast facility operations.
SMPTE's full-day bootcamp addresses a specialized but critical skill set for broadcast professionals transitioning to IP-based systems. The curriculum progresses systematically from foundational concepts through real-world implementation challenges, featuring instructors from major equipment manufacturers and established practitioners. The tiered pricing structure—with discounts for members and students—reflects an effort to broaden accessibility across experience levels within the industry.
The program's scope encompasses both the technical infrastructure required for synchronized operations and the practical troubleshooting methods operators need in production environments. By pairing theoretical instruction with hands-on deployment strategies and peer experience-sharing, the bootcamp positions attendees to confidently navigate timing complexities in their own facilities, addressing what instructors characterize as a foundational element in modern broadcast facility design.
This educational offering may help reduce technical barriers for smaller and mid-sized broadcasters adopting newer transmission standards, potentially democratizing access to expertise previously concentrated among large facilities. Well-trained personnel could improve operational reliability and reduce costly deployment errors. However, participation requires travel, registration fees, and professional time investment—factors that may limit attendance among resource-constrained organizations, potentially widening knowledge gaps across the industry rather than narrowing them.