Manual
Table Of Contents
- HD96-24 Overview
- Chapter 1. Introduction
- Chapter 2. HD96-24 Overview
- Chapter 3. System Setup
- Initial set-up procedure
- Unpacking the equipment
- Ventilation
- Racking the I/O
- Connection instructions
- System components
- Powering the system
- Switching on the HD96-24
- To switch off the HD96-24 surface
- Setting up the ID of the unit(s)
- To set up the ID of a I/O unit
- I/O Box Update
- Connection to the internet
- Hardware Connections
- Chapter 4. Before You Start
- Chapter 5. About the Control Surface
- Chapter 6. Navigation
- Navigating via the surface detail area
- Navigating via the GUI Menu Bar
- Side Bar Menu
- Widgets and Rotary Controls
- Workflow Modes Overview
- Overview
- Side Bar Pop Op Display
- Tags and Pops
- Clipping Channels
- Bus Setup and Outputs Management
- Meter Bridge
- Channel View
- Console View
- FOH View
- Automation View
- Navigating via Touch Screen Faders
- Navigating via the Layer Overview/Channel Strips area
- Navigation via Global Assignable Shortcuts area
- Navigation via Pinned Fader and Assignable Controls
- Flip Mode
- One Shot Pot
- Clipped Channels, fault finding a problem channel
- Console Layout Configuration (Navigation)
- Creating a Custom Layout
- Chapter 7. Patching
- Chapter 8. Basic Operation
- Scene and show management (Automation)
- Clear the Console
- Saving and Loading show files to a USB memory stick
- Saving and Loading show files to the mCloud
- Save & Mark
- Rollback
- Load Options
- Automate patching preferences:
- Naming Page
- Channel Tags
- Channel Configuration (Config)
- Setting a Pre-Amp’s input gain
- Linking & Stereo
- Patching
- Direct Output
- Options
- Configuration Pages for Outputs
- Linking & Stereo (Outputs)
- Patching (Outputs)
- Direct Input
- Options
- Oscillator (Output Widget)
- Setting the HPF and LPF
- Input equalisation
- True Audition
- Output processing
- Input Dynamics Processing (Dynamics Section)
- Using VCA & POP groups
- How to configure a VCA/POP group:
- Alternative way to assign VCA/POP groups
- Routing to master stereo outputs
- Manchino Multi Edit Page (Basic introduction)
- Security (locking mode)
- Chapter 9. Stereo Linking
- Chapter 10. Panning
- Chapter 11. Soloing
- Chapter 12. Chapter 12: Muting
- Chapter 13. Monitors and Shout Configuration
- Chapter 14. Graphic EQ (GEQ)
- Chapter 15. Internal Effects
- Effects overview
- Working with channel inserted effects
- Effects Browser
- Effect Rack
- Effect Sub-slots
- Effects Rack Safes
- FX Mode
- Effect Programs
- Reverbs:
- TC Electronic VSS4 Reverb
- TC Electronic VSS3 Reverb
- TC M350
- Ambience Reverb
- Vintage Room Reverb
- Chamber Reverb
- Hall Reverb
- Plate Reverb
- Delays:
- Midas Delay
- Stereo Delay
- TC 2290 Delay
- KT 1176 Limiting Amplifier
- KT Bus Compressor
- R-Comp
- Smart Dynamics Processor
- Dual De-Esser
- DSR De-esser
- PIE (Prime Input Expander)
- Stressor Compressor
- Dual Band & Brickwall limiter.
- Midas U Flange
- Midas U Phase
- Pitch Shifter
- Chorus
- Rotor Motor
- Distortion/Exciter:
- Enlightenment Bass
- Glow
- Tape Saturation
- UNCL.HD MULTIBAND DISTORTION
- M Harmonics
- Chapter 16. Talk and Mute Groups
- Talk Groups
- Mute groups
- Using copy and paste
- Copy and Paste rules and restrictions
- Channels Versus Scenes
- Copy and Paste Parameters
- About the Assignable Rotary
- Controlling the Assignable rotary controls
- Pinned Channels
- Flip Target
- Global Assignable Shortcuts
- Assignables Types: Automation
- Assignables Types: Groups.
- Chapter 19. Automation (Scenes and Shows)
- Chapter 20. Show Editor (Recall and Store Scope)
- Chapter 21. Events (Automation)
- Chapter 22. Crossfade Events
- Chapter 23. TBC
- Chapter 24. File Management
- Chapter 25. Multiple Consoles and Other Devices
- Chapter 26. Preferences (Console Configuration)
- Chapter 27. Delay Compensation (Latency)
- Chapter 28. Panel Connections
- Chapter 29. Inputs
- Input channel routing
- Input channel areas of the control surface
- Input Widget Area
- The following processing sections are available:
- Channel View Workflow
- Side Bar Area
- Channel View
- Sends Overview
- Send Detail Area
- Input channel delay
- Aux return mode
- Effects Insert
- Input Metering
- Input Inserts
- Options - Processing Order
- Safes
- Mic Amp Input Gain
- Dynamics and mode descriptions
- Compressor
- Compressor modes
- Corrective mode (exponential peak - fast)
- Adaptive mode (exponential RMS - accurate)
- Creative mode (linear peak - slow)
- Vintage mode (adaptive peak - bright)
- Compressor Graph
- Ratio
- Knee
- Gate
- Ducker
- Sidechain
- EQ
- Phase (All Pass Filter) Controls
- Mixes
- Input channel Pick Off points
- Masters Section and Pan Control
- LCD Displays
- Chapter 30. Outputs
- Outputs on Channel Banks
- GUI channel strips
- Master Section on the control surface
- Output metering
- Bus trim (GUI only)
- Compressor (Dynamics)
- EQ (Equaliser)
- Mute, safes, level and solo
- Output channel name
- Output channel source/destination (GUI only)
- Stereo linking
- Output Configuration Patching
- Safes
- Insert
- Output channel delay
- Processing Order
- Mixes
- Masters
- Outputs macro interrogation control
- Flexi-Aux
- Chapter 31. GUI Menu (Side Bar Menu)
- Chapter 32. Configuring a virtual soundcheck
- Chapter 33. Manchino (Multi Edit Page)
- Chapter 34. Update Manager
- Chapter 35. Channel AI
- Chapter 36. Specifications
15 HD96-24-CC-TP User Manual
Racking the I/O
Please take note of the rack requirements as detailed below:
To ensure the correct installation and function of the outboard equipment, any rack has to meet the following general requirements:
Shock mounting (for non-installation environments)
The rack must provide adequate shock protection of the units it houses by incorporating appropriately-designed shock protection methods. For example, a foam-
suspended rack or a frame suspended on anti-vibration mounts.
The Midas I/O units have been designed such that their internal ventilation airow is drawn in through the front of the unit and expelled though the rear. To facilitate
this, rack design must ensure that cool air can ow freely through the rack in the same direction, that is, in through the front of the rack and out through the rear.
Situations where the air ows in a circular direction around and through a Midas I/O unit must be prevented. MIDAS recommends that racks with fully opening front
and rear doors are used.
Caution
Never combine units in the same rack that have been designed for a ventilation air ow direction other than that designed for the MIDAS units. To avoid this,
we recommend that any non-MIDAS units are housed separately.
Rack mount supports
Always secure the rear of the Midas I/O units to the rack via their rear rack mount support brackets. These brackets are tted to every Midas I/O unit and are
recommended for use in touring applications.
Handles on rack case
You must ensure that there are sucient external handles tted to the rack casing to enable the rack to be manoeuvred easily and safely, and by the number of
personnel suitable for the task. Also, these handles must be t for purpose.
Clearance at the rear of units
Ensure an adequate clearance at the rear of the units to provide sucient free space to enable the cables to achieve their minimum bend radius.
Securing the cables
We recommend that the cables at the rear of the units be tidied using lacing bars and cable ties. This should provide optimum access to the rear of the units for
connecting other cables, switching the units on/o etc., and also to give maximum visibility of the units’ LEDs for determining communication status, link status,
condition of audio etc.
Connection instructions
There are currently two ways to connect the system equipment together:
1. HD96-24 surface to a Klark Teknik DN9680 via copper (up to 100 m) or with a multi-mode (MM) bre optic snake (up to 500 m). Then Klark Teknik DN9680 to I/O
box (for example, DL231) via Cat5E (up to 100 m).
2. HD96-24 surface direct to I/O (for example, DL231) via Cat5E (up to 100 m).
It is imperative only STP Cat5E Rated cables are used!
Length = 100M Point to point as per the Cate5E ethernet protocol - Please take into consideration any in line connections or links reduce the overall
cable length.