hamburger-nav-icon
region-flag-icon
Search by Category
Audio
Cameras
Cases & Bags
Computers & Software
Conferencing
Content Management
Control
Displays
Furniture
Home Technology/Automation
Lighting & Studio
Mounts & Rigging
Networking & Cabling
Power
Presentation
Production & Lighting
Security & Safety
Signal Management
Search by Category
Flag
EnglishFrenchGermanItalianPortugueseSpanish

Puremedia Fiber Extension Drives Worship Broadcast

Submitted By

Puremedia Fiber Extension Drives Worship Broadcast
Contact Us
Puremedia Fiber Extension Drives Worship Broadcast
Description

INTRODUCTION

Many churches, synagogues, and other houses of worship are implementing A/V technology, where visual aid with devotional music is a major part of service. Now, with the emergence of multi-site churches using simulcast to distribute their services across multiple campuses, a reliable A/V connectivity framework has become the driving force of a dynamic worship experience.

THE CHALLENGE

A Presbyterian church in Northern New Jersey has temporarily expanded its worship location from its main sanctuary to a section of a nearby building to accommodate its growing congregation.

While construction on a second campus was under way, Sunday worship service was simulcast to the temporary site through internet broadcasting, which resulted in noticeable transmission delays and dropped connections. Despite the challenge of a long transmission distance and unstable environment, a decision was made to upgrade to a fiber-optic network that would allow real-time distribution between the two sites.

THE SOLUTION

Live footage from the main sanctuary’s broadcast control room must pass through a street pole as well as the IT service room at the second campus, before it is distributed to the temporary location, with a total point-point distance of 0.6 miles.

PureLink’s PureMedia™ 4K Fiber-Optic Extension System (PM-FR101-U and PM-FT102-U) was installed as part of the network upgrade, which required complex fiber patch-cabling and distribution, providing a true, uninterrupted real-time broadcast.