MINERVA XV

The Architecture Behind Large-Scale Visualization

The Minerva XV is Eleture’s next-generation video wall processing platform, engineered for complex display infrastructures where extreme I/O density, processing capability and operational control are essential.

Its modular architecture brings together high-density video processing, multi-screen management and LED control in a configurable platform designed for the most demanding visual environments.

BUILT FOR THE NEXT LEVEL OF VISUAL PERFORMANCE

The most complex visual environments require an architecture that can adapt to the infrastructure behind them.

The Minerva XV uses a modular, plug-in design that allows input and output configurations to be tailored to each deployment. Hot-swappable cards simplify maintenance, while a pure hardware FPGA architecture provides efficient and stable processing.

Modular Configuration

Configure the platform with the processing, connectivity and LED transmission modules required for each system.

Advanced Video Processing

Manage extensive multi-screen and multi-layer environments with support for 4K and 8K-class sources.

Built for Continuity

Hardware monitoring, alarms and multiple backup options provide additional resilience for demanding installations.

High-Capacity Architecture

Up to 120 input channels and up to 64 video output channels with the Enhanced configuration.

A New Standard for Processing Capacity

The Minerva XV is designed for installations where hundreds of video sources, multiple displays and complex visual compositions must operate as a unified system.

With an architecture built for high-density processing, the platform provides the headroom required for today’s most demanding display environments, and the flexibility to evolve with them.

332.8M

Up to Max. Pixel Capacity

120

Max. Input Channels

64

Max. Video Output Channels

160

Max. Video Layers per system

30

Input Card Slots

16

Output Card Slots

One Platform.
Multiple Display Environments.

The Minerva Series supports complex multi-screen configurations, multi-layer content management and synchronized output, giving operators greater control over how information is presented across large-scale display environments.

Multi-Screen Management

Manage multiple displays with independent resolutions, centralized operations.

Multi-Layer Processing

Combine multiple sources and layers within a single visual environment.

Flexible Screen Configuration

Support regular or irregular display layouts and customized output configurations.

Preset-Based Operation

Create and manage up to 2,000 presets for fast, repeatable system operation.

System Monitoring & Alerts

Monitor temperature, voltage, fans, and operating status. Detect issues early with automatic fault alarms.

Redundant Architecture

Backup between devices, input sources, and sending cards helps support continuous operation.

Serviceability

Modular, hot-swappable components simplify maintenance and help minimize service disruption.

Precision at Every Layer

Built on a powerful FPGA architecture, the Minerva Series delivers efficient, stable processing with exceptional image quality.

Supports high-resolution inputs and outputs, 10-bit processing, HDR10 and HLG, with low-latency performance as low as one frame.

Connect to Your Infrastructure

The Minerva Series supports a broad range of professional video and network interfaces, including:

Its modular architecture allows connectivity to be configured according to the requirements of each installation.

Minerva XV Capacity

  • 30 Maximum Input Cards
  • 120 Maximum Input Channels
  • 10 Maximum Output Cards
  • 40 Maximum Output Channels
  • 160  Maximum Layers
  • 332.8M Maximum Pixel Loading Capacity*

Main Connections

Build the Infrastructure Behind Your Most Demanding Visual Systems

When visual information becomes mission-critical, the processing architecture behind it matters.

The Minerva XV provides the density, flexibility and control required to build sophisticated display environments around the needs of your organization.

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