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Evertz

Evertz 3000FR Multi-Image Processor Frame

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The Evertz 3000FR is a 6RU, rack-mountable frame designed to house the MVP (Multi-Image Display Processor). It can accommodate up to two hot-swappable power supply units (3000PS) and up to fifteen single-slot, hot-swappable I/O modules. The frame is a key component in Evertz's multiviewer solutions, providing a flexible and expandable platform for managing and displaying video signals.

View Product Features

  • Modular Design : The 3000FR frame is designed to be flexible and adaptable, allowing for the use of various I/O modules to suit different needs.
  • Hot-Swappable Components : Both the power supplies and I/O modules can be replaced without interrupting the signal flow, ensuring continuous operation.
  • Redundancy : The dual power supply design with hot-swappable units and optional blank power supply modules with cooling fans (3000PS-FM) provides redundancy for critical applications.
  • High-Density Processing : The frame can handle a large number of input signals and outputs, making it suitable for demanding applications.
  • Software Control : The 3000FR is typically used in conjunction with software for configuration, control, and monitoring of the display layouts.
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About the Evertz 3000FR Multi-Image Processor Frame

The Evertz 3000FR is a high-density, modular multi-image processing frame designed to serve as the core engine for comprehensive video wall and multi-viewer display systems in demanding broadcast, command and control, and telecommunications environments. This scalable chassis provides the physical infrastructure and processing power to accept a vast number of video inputs—including SDI, IP (SMPTE ST 2110), and even HDMI or DisplayPort—and dynamically arrange them into customizable, high-resolution layouts across single or multiple output displays. It functions as a centralized brain, allowing operators to monitor dozens or even hundreds of sources simultaneously on a video wall or operator workstation screens, with the ability to group sources, create presets, and overlay essential metadata and alarm status.

The system’s flexibility stems from its modular card-based architecture, where different input, output, and processing cards can be mixed within the frame to meet exact application requirements. Powerful GPU-based processing cards handle the real-time decoding, scaling, windowing, and compositing of the various source feeds into seamless final output canvases. Advanced features include support for ultra-high-resolution 4K and 8K outputs, independent layout management per display or screen section, and low-latency processing critical for live production and monitoring. The frame also facilitates advanced functionalities like tally, closed caption display, and audio level metering within the multi-viewer layouts.

Engineered for continuous, mission-critical operation, the 3000FR frame features redundant, hot-swappable power supplies and cooling modules to ensure maximum uptime. Control is managed through intuitive, dedicated software that provides drag-and-drop layout design, remote management of multiple frames, and integration with automation systems via APIs. By consolidating what would traditionally require many individual displays and external processors into a single, manageable, and highly reliable system, the Evertz 3000FR provides operators with unprecedented situational awareness and control, making it an indispensable tool for modern master control rooms, network operations centers, and live production trucks.

Key Features

  • Modular Design : The 3000FR frame is designed to be flexible and adaptable, allowing for the use of various I/O modules to suit different needs.
  • Hot-Swappable Components : Both the power supplies and I/O modules can be replaced without interrupting the signal flow, ensuring continuous operation.
  • Redundancy : The dual power supply design with hot-swappable units and optional blank power supply modules with cooling fans (3000PS-FM) provides redundancy for critical applications.
  • High-Density Processing : The frame can handle a large number of input signals and outputs, making it suitable for demanding applications.
  • Software Control : The 3000FR is typically used in conjunction with software for configuration, control, and monitoring of the display layouts.

Evertz 3000FR Multi-Image Processor Frame Specs

Input & Output Flexibility
Input Support
SDI, IP (ST 2110), HDMI, DisplayPort
Output Support
SDI, DisplayPort, HDMI (4K/8K)
Processing Cards
GPU-Based Scaling & Compositing
Layout & Control
Layout Management
Independent per Screen/Zone
Preset Memories
Multiple, Recallable
Control Interface
Dedicated Management Software
Monitoring Features
On-Screen Display
Source Labels, Tally, Audio Meters
Alarm Banners
Customizable Status Overlays
Low Latency
Critical for Live Operation
System Reliability
Power Supplies
Dual, Hot-Swappable, Redundant
Cooling
Redundant Fan Trays
Form Factor
Multiple Rack Unit Configurations
Frame Architecture
Chassis Type
Modular Multi-Image Processor
Primary Function
Video Wall & Multi-Viewer Engine
Scalability
High-Density, Card-Based

Key Features

  • Modular Design : The 3000FR frame is designed to be flexible and adaptable, allowing for the use of various I/O modules to suit different needs.
  • Hot-Swappable Components : Both the power supplies and I/O modules can be replaced without interrupting the signal flow, ensuring continuous operation.
  • Redundancy : The dual power supply design with hot-swappable units and optional blank power supply modules with cooling fans (3000PS-FM) provides redundancy for critical applications.
  • High-Density Processing : The frame can handle a large number of input signals and outputs, making it suitable for demanding applications.
  • Software Control : The 3000FR is typically used in conjunction with software for configuration, control, and monitoring of the display layouts.
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