Thor Broadcast Hospital IPTV & RF Distribution Solution

Based on the application you described, below is a clear overview of how a hospital-wide IPTV and RF video distribution system can be built using Thor Broadcast equipment.
This solution is designed for facilities that currently use QAM/RF over coax but want a practical path toward IP multicast / IPTV distribution across a larger healthcare network.

Why this architecture works

Main Hospital: Internally produced HDMI content is connected to a Thor encoder/modulator.
Network Backbone: The video is distributed over the hospital’s existing fiber/data network as multicast IP.
Satellite Facilities: The stream can be displayed as IPTV or converted into RF QAM channels for local coaxial distribution.

 

Produced HDMI Content  →  Thor HDMI Encoder / Modulator  →  IP Multicast over Hospital Fiber Network  →  Remote IPTV Viewing
or
Produced HDMI Content  →  Thor HDMI Encoder / Modulator  →  IP Multicast over Hospital Fiber Network  →  Thor IP to QAM Modulator  →  RF Coax Distribution to TVs

Multicast distribution: Multicast is the correct method when the same content needs to be shown in many facilities without creating unnecessary duplicate streams.
Hybrid migration path: Hospitals do not need to abandon RF immediately. They can continue using QAM channels where needed while gradually enabling IPTV across newer areas.
Scalability: The same architecture can start with one internal channel and later expand to multiple channels for patient information, staff communication, digital signage, training, or hospital network programming.
Centralized control: The main source location can originate the content once and deliver it to many hospitals, clinics, and offices across the network.

• Supports both existing RF coax systems and future IPTV expansion
• Ideal for hospital campuses, satellite hospitals, clinics, and medical office groups
• Uses multicast streaming for efficient video delivery over the network
• Allows internal TV channels for patient information, staff communication, emergency messaging, and facility branding
• Provides a practical way to distribute video over fiber network infrastructure and coaxial RF networks

Information to confirm for final system design