Evertz 5601MSC Master SPG/Clock System

Highlights
  • Multi-format SPG with SD black burst and HD tri-level sync generation
  • Precision timing reference for broadcast, post-production, and live production systems
  • Supports word clock, LTC/VITC timecode, and genlock synchronization workflows
  • Modular card design for Evertz frame systems and centralized timing distribution
  • Redundant sync architecture support for high-availability broadcast facilities

Evertz 5601MSC Master SPG/Clock System

Details

At A Glance

The Evertz 5601MSC Master SPG/Clock System is a modular master sync pulse generator designed for broadcast, production, and professional AV environments requiring stable, multi-format reference timing. It provides precision synchronization for SD, HD, and mixed-format facilities, generating industry-standard black burst, tri-level sync, word clock, and timecode reference signals from a centralized timing source. Built for integration into Evertz modular frames, the 5601MSC supports redundant timing architectures, genlock distribution, and system-wide clock synchronization across routers, production switchers, servers, multiviewers, and transmission equipment. Typical applications include television broadcast plants, live production trucks, master control rooms, post-production facilities, and large-scale AV infrastructures where reliable reference timing is critical.

The Evertz 5601MSC Master SPG/Clock System is a modular master sync pulse generator designed for broadcast, production, and professional AV environments requiring stable, multi-format reference timing. It provides precision synchronization for SD, HD, and mixed-format facilities, generating industry-standard black burst, tri-level sync, word clock, and timecode reference signals from a centralized timing source. Built for integration into Evertz modular frames, the 5601MSC supports redundant timing architectures, genlock distribution, and system-wide clock synchronization across routers, production switchers, servers, multiviewers, and transmission equipment. Typical applications include television broadcast plants, live production trucks, master control rooms, post-production facilities, and large-scale AV infrastructures where reliable reference timing is critical.