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  • Welcome
  • Introduction to HOLOPLOT
    • HOLOPLOT unique capabilities
    • HOLOPLOT technology
    • HOLOPLOT OS
      • Audio signal flow
    • Product family
  • user guides
    • HOLOPLOT system design
      • System design best practices
        • Introduction to sound system design
        • Which HOLOPLOT product is best suited to the application?
        • How do I decide on the position of my arrays?
        • What should be the size and aspect ratio of my arrays?
      • Beam design best practices
        • What are the fundamental principles of designing with beams?
        • How do I set up my coverage zones and what impact does that have on my design?
        • What are the different beam parameters and how do I apply them in my design?
        • How do I apply those beams in real world applications?
    • HOLOPLOT system deployment
      • Integration overview
      • Unboxing
      • Networking overview
      • AES67 Quick start guide
      • Advanced Network Configuration Tips
      • Power
      • Rigging
        • X1 Rigging Components
        • X1 standard rigging side plate attachment guide
        • X1 Standard rigging lifting procedures
        • X1 custom rigging
      • Venue validation
      • System operation & monitoring
      • Pairing the arrays & routing audio
      • Align and tune beams
      • Measurement and system optimization
    • Troubleshooting
  • HOLOPLOT Plan
    • Getting started
      • Recommended specifications
      • Installing HOLOPLOT Plan
      • Additional 3rd party tools
      • Navigating the interface
    • Onboarding videos
    • Importing 3D assets from SketchUp
      • Setting up the SketchUp toolkit
      • Installing the Khronos glTF Exporter for SketchUp
      • Defining zone types in SketchUp
      • Importing assets from SketchUp
    • Working with Matrix Arrays
      • Creating arrays
      • Moving arrays
    • Working with zones
      • Defining zone types
      • Drawing zones
      • Moving zones
    • Working with presets
      • Creating a preset
      • Working with preset layers
      • Working with environmental conditions
    • Working with beams
      • Creating a Parametric Beam
        • Adjusting Parametric Beam parameters
      • Creating a Virtual Source
        • Adjusting Virtual Source parameters
      • Creating a Coverage Beam
        • Assigning zones to a Coverage Beam
        • Adjusting Coverage Beam parameters
        • Optimizing a Coverage Beam
        • Working with beam variants (advanced)
      • Creating an LF Coverage Beam
        • Creating crossovers
      • Routing Beams
    • Simulation
      • Simulation controls
      • Tuning
      • Probe Mode
      • Simulating with S21 arrays
    • Saving & exporting
      • Exporting to AFMG EASE
  • HOLOPLOT Control
    • Getting started
      • Accessing HOLOPLOT Control
      • Navigating the interface
    • Configuring the system
      • Setting up system essentials
      • Managing a project
      • Pairing Modules
      • Network Settings - RAVENNA only
      • Stream Management - RAVENNA only
      • Setting up Analog mode on X2 Modules
    • Operating the system
      • Getting an overview of the active project
      • Routing streams to audio inputs
      • Switching presets and environmental conditions
      • Applying actions to the system
      • Tuning beams
      • Monitoring level meters
    • Maintaining the system
      • Monitoring device health
      • Module driver test
      • Module and Controller events
      • Module and Controllers Issues List
  • HOLOPLOT API
    • Getting started
    • Documentation
      • Arrays and modules
      • Beams and presets
      • Device health
      • Controllers
      • System operation
      • Spaces
    • Examples
      • Changing a preset
      • Adjusting the system's gain
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On this page
  • The X1 series
  • The X2 series
  • Datasheets and User Manuals

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  1. Introduction to HOLOPLOT

Product family

PreviousAudio signal flowNextHOLOPLOT system design

Last updated 1 month ago

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The X1 series

The ultimate sound system for large-scale live entertainment applications

The range comprises two variants of the X1 Matrix Array, the Modul 96 (MD96) full range and the Modul 80-S (MD80-S), which is a full range loudspeaker with integrated subwoofer. Let’s have a look at their components and design.

MD96

  • 78x 1.3-inch high-frequency soft-dome drivers coupled with individual waveguides

  • 18x 5-inch low-frequency cone drivers in individual dual-ported chambers

MD80-S

  • 64x 1.3-inch high-frequency soft-dome drivers coupled with individual waveguides

  • 16x 5-inch low-frequency cone driver in individual dual-ported chambers

  • 1x 18-inch sensor-controlled subwoofer with two high energy, high-density neodymium-iron-boron magnets in a bandpass enclosure with air-flow optimized ports.

S21

  • A 21-inch sensor-controlled high-performance subwoofer in a bass-reflex enclosure with four ports

  • Single-channel digital subwoofer amplifier module with differential pressure sensor and onboard zero-latency-DSP

The X2 series

Same control, new dimensions: Optimized for speech applications and integration in challenging acoustic environments.

  • Best-in-class intelligibility for speech applications - the logical subsequent development in HOLOPLOT's ongoing commitment to delivering unrivaled sound control.

  • From auditoria and conference events to worship spaces and public transportation hubs, X2's compact form factor makes HOLOPLOT technology accessible for more applications than ever.


Datasheets and User Manuals

Find more detailed information for all products in .

X1 Matrix Array Audio in new dimensions
MD96
MD80-S
MD30
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