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Metric Halo +DSP MIO Tips, Tricks, and Tweaks

Tips, Tricks, Tweaks, for Metric Halo Mobile IO MIO hardware.

Category: +DSP

+DSP : SHARC Generations

Posted on By MIO_admin

Before the 2d Enhanced MIO, MH was using the ADSP-21065L SHARC. When they designed the 2d card, they chose the ADSP-21364 family that is 5x faster and runs compatible code.

+DSP, MIO Hardware

+DSP Notch Filter EQ

Posted on By MIO_admin

The parametric EQs in MIOStrip can be narrowed to 1/10 octave, and the MIO EQ (included in the +DSP package) goes as narrow as 1/100 octave. However there is a mathematical difference between a real notch filter and a very narrow and deep parametric cut filter. To create a true notch instead of a deep…

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+DSP

Multi-mono +DSP vs Multi-channel

Posted on By MIO_admin

When inserting a mono +DSP effect on a stereo (or multi-channel bus), the single set of GUI controls will control a instance of that effect on every channel of audio in the bus. ex. a mono EQ inserted on a quad channel, will result in 4 identical EQ’s  all mirroring the settings for each channel…

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+DSP

Divide – Math block +DSP

Posted on By MIO_admin

all you get from divide is attenuation, like a -9.5 dB pad for x/3. Brian Willoughby Sound Consulting

+DSP

+DSP RMS Side-chain control

Posted on By MIO_admin

BJ and Kurt comment on how  to create a RMS averaged signal for side-chain dynamics purposes. (among others) ________[How]________ If you multiply a signal by itself, using MIO Channel Multiplier, you get the “Square”. If you put that result through a lowpass, you get a  kind of “Mean Square” (an exponential moving average). If you…

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+DSP

Non-Linear Map

Posted on By MIO_admin

The 4th Order Non-linear Map basic Graph Building block is useful for adding second, third, or fourth order harmonics, (among other uses) Brian has created a stand-alone app to help visualize the transfer function of this powerful graph block. Helping to choose the correct values (-4 to +4) to create the appropriate curve response. For…

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+DSP, MIO Software

+DSP Save Directory

Posted on By MIO_admin

————[+DSP Save Location]————- +DSP Presets are saved into your Users Preferences folder. ~/Library/Preferences/MIOPlugInPresets/Graphs/yourcustomfolder

+DSP

+DSP Latency

Posted on By MIO_admin

————–[+DSP Latency]————- All +DSP and routing is programmed on a SHARC DSP chip. The routing from the master (routing) DSP to secondary (graph) DSP on legacy boxes is the source of the constant 16 samples of latency through the +DSP processing. The 16 samples is only for the legacy +DSP graph and it is from…

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+DSP

2D Character Guesses?

Posted on By MIO_admin

————–[2D Character]————– All 2D Characters are based on the resposnse from realworld devices. (EQs, comps , summing chains, etc…) None are meant as exact replications, rather are programmed to exhibit similar colorations and harmonic distortions as the vintage/original system. Full graphs are located on the right. These are some ?guesses? at matching the Character to…

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+DSP

MIO EQ

Posted on By MIO_admin

————–[MIO EQ]————– The MIO EQ plugs provide 12 dB/octave slopes. The only way to change it is to stack filters (then you can do 24 dB/oct or 36 dB/oct or 48 dB/oct). The EQ does not introduce any latency (just minimum phase shift from the minimum phase IIR filters).

+DSP

XYtri Multi-Channel Speakers

Posted on By MIO_admin

————–[MIO XYtri 7.1 / 5.1 / quad / stereo processing]————– XY-tri is a method of stereophonic recording created by Andrew Levine utilizing 3x pairs of 45 degree X/Y pairs. It is able to be upmixed to discreet 7.1, and downmixed to any combination of 5.1, 5.0, quad, LCR, stereo, or mono. The MIO +DSP is…

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+DSP

MH ChannelStrip VS MIOStrip

Posted on By MIO_admin

————–[Channel Strip VS MIO Strip]————– The EQ and Gate in MIOStrip are very similar to the EQ and Gate in ChannelStrip. The Compressor, however, is a completely different beast than the compressor in ChannelStrip. While it is capable of generating the sounds that the ChannelStrip compressor was capable of (the overblown huge drum buss sound…

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+DSP, MIO Software

2D +DSP Meter

Posted on By MIO_admin

————–[2D +DSP Meter]————– The DSP meter in the Box Info Pane is sort of an oversight for legacy  boxes. What it is showing on legacy boxes is the DSP load of the  primary transport and mix engine DSP. You have no control over that  number — it is a characteristic of the Firmware and the…

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+DSP

+DSP Delay Calculator

Posted on By MIO_admin

————–[+DSP delay calculator & phase]————– All delay is set per sample in the MIO +DSP system. This worksheet will convert from seconds/miliseconds/ waveform length /phase/ and temperature, and give the corresponding delay in samples for 44.1, 48, 88.2, 96, and 192k.

+DSP

Legacy +DSP: PI Window

Posted on By MIO_admin

————–[Legacy +DSP ‘ Enable PI Window’]————– If the ‘enable PI window’ is enabled, single-clicking on a module in the graph will cause the shared Plug-in UI window to switch to showing that module’s UI. You can use this as an inspector. ” Sometimes when I double-click on a DSP module, only the menu bar of…

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+DSP

Metric Halo +DSP Mastering

- Metric Halo Mastering : +DSP & Vintage Analog

Search Post Info:

+DSP Graphs

+DSPGraphs

- Bass Rekker

- M/S Limit

- M/S Compressor

- M/S EQ

- NY Comp

- MoTown Comp

- Parellel Limit

- Pitch Shift

- Program Duck

- Ring Mod LFO

- MIO echo

- Leslie Emulator

- Parallel Side-Chain Comp

- Look-Ahead Parallel Limiter

- Parallel RMS Side-Chain Comp

- Mulit-Band Compresor

- XYtri -> 5.1 down mix

- XYtri -> stereo down mix

- Tape Echo v1

- Tape Echo v1

- IBP Variable Phase - 2 pole

- IBP Variable Phase - 3 pole

+DSP Explained

- All Pass Filter (custom reverb)

- Slew Rate (definition and use)

- M/S (setup explained)

- Phase Shifting (explained)

- Chorus (building explained)

- Delay (building explained)

- Flange (building graphs)

- EQ (tech paper)

- Physical Modeling DSP

- NCO (definition)

- Vocoder (building explained)

+DSP Manual

+DSP
- MIO M/S Processor

- MIO 2x2 Static Matrix

- MIO 3x3 Static Matrix

- MIO 4x4 Static Matrix

- MIO 5x5 Static Matrix

- MIO 6x6 Static Matrix

- MIOComp (s/s)

- MIOEq 6 Band (s/s)

- MIOEq 12 Band (s/s)

- MIOLimit (s/s)

- MIOStrip (s/s)

- MIO Channel Summer

- MIO Channel Difference

- MIO Channel Sum/Difference

- MIO Channel Multiplier

- MIODelay (s/s)

- MIOModDelay (s/s)

- MIO Delay (Short) (s/s)

- MIO Delay (Medium) (s/s)

- MIO Delay (Long) (s/s)

- MIO Delay (Short IM) (s/s)

- MIO MultiTap Delay (Short)

- MIO MultiTap Delay (Medium)

- MIO MultiTap Delay (Long)

- MIOAllpass

- MIOAllpassVD

- MIOHardClip

- MIOSoftClip Type 1

- MIOSoftClip Type 2

- MIOSoftClip Type 3

- MIOSoftDistortion Type 1

- MIOSoftDistortion Type 2

- MIOSoftDistortion Type 3

- MIOSlew (m/m)

- MIOInSlew (m/m)

- MIO 4th Order Nonlinear Map

- MIO 4th Order Symmetrical

- MIO 16->8 A/B Switch

- MIO 16->8 A/B Switch (LPF)

- MIOQuadOsc

- MIOQuadLFO

- MIOQuadNCO

- MIOQuadNCO-Glide

- Noise

- Simple Dither (TPDF)

- Simple Dither (TPDF Hipass)

- Scale/Offset (m/m)

- SVF Control

- MIOSimplePitchShifter

2D Card +DSP Additions

2D Card+DSP

- Character (22 types)

- MultiBus V5 Mixer

- Surround Support

- Monitor Controller

- HaloVerb

- Bass Head

- Bass Head Shape 1

- Bass Head Shape 2

- British Mil Spec

- British Mil Spec Bright Cab

- British Mil Spec Grind

- British Mil Spec Light Grind

- British Mil Spec Rhythm

- British Mil Spec+Vibrato+Trem

- MH Clean

- MH Clean Tweed

- MH Hi-Gain

- Small Dark

- Small Dark No Cab

- Small Tweed Crunch

- Small Tweed Touch O' Dirt

- Autoflanger

- Autoflanger 2

- Autoflanger 3

- Cool Mono Echo

- LoFi Mod Echo

- Mono Rotary

- Slap Delay

- Vibrato+Tremolo

- Stereo Rotary Speaker

- Diffuse Prime

- Diffuse Room

- Early Diffuse Room (no tail)

- Hall 1

- LongVerb

- Med Diffuse Room

- ModVerb

- Small Diffuse Room

- Parallel Compressor

- Parallel Limiter

- Mid-Side Compressor

- Mid-Side EQ

- Mid-Side Limit

- Stereo Parallel Limiter

- Nezumi

- Nezumi Less Gain

- Screamer

- Closed 2x12

- Closed 2x12 with Air

- 4x12 Cab


+DSP Math

- ABS

- Max

- Min

- Select

- Map Range

- Divide

- Constant

- Square Root

- Reciprocal Square Root

- ADSR

- Exponential ADSR

- Band Split

2D Card MIO Character

2D CardCharacter

- American Solid State

- American Transformer 1

- American Transformer 2

- Boutique Tube

- British Pre Clone

- Cali Tube Mic

- Cali Tube Line

- Cali Vocal Box

- Cali Vocal Box Drive

- Classic British Pre

- FET

- Modern Tube DI 1

- Modern Tube EQ 2

- Modern Tube Soft Sat 3

- Modern Tube Mic Low Gain 4

- Modern Tube Mic Med Gain 5

- Modern Tube Mic High Gain 6

- Modern Tube Simulation 7

- Modern Tube Mic Soft Sat 8

- Soft Sat

- Transformer

- Valve
*1k tone sync w/ no level change*

Categories

  • +DSP (15)
  • MIO Hardware (32)
  • MIO Software (20)
  • SpectraFoo (5)
  • Uncategorized (2)

Official Metric Halo Links

- Metric Halo Online

- Metric Halo FAQ

- MH Technotes

- MH V5 Movies

- MIO Downloads

- MH Registration

- MH Support Ticket


- FOO Mailing List

- MIO Mailing List

Mobile IO MIO Resources

- MIO Zone MH Wiki

- Big Blue Lounge/ OSX

- MH Logic Users Group

- GearSlutz MH News

- Gearslutz ULN8 News

- Spectrafoo Mix tutorial

- MIOs for adoption

- SOS Legacy +DSP

- A-NO-NE MH

- Geert Mio Zone
- Spectrafoo Manual

- +DSP Manual  

- Channel Strip Manual

- 2882 Manual  

- ULN2 Manual


Metric Halo Tech Notes

- Firewire Speed

- 2882 Hardware

- ULN2 Hardware

- ULN8 Hardware

- ULN8 Front Panel

- Console Overview

- Firmware Upgrade

- CC + FW returns


- Console Pref

- Legacy Routing

- V5 Mixer Routing

- 2D Routing

- Core Audio MIO

- Troubleshooting

- Record Panel

- Control Surfaces Config

- Monitor Controller

- MIO Console Help

MIO iPod Tutorial Videos

- Teaser Trailer

- Mixer Overview

- Mixer Config

- Manual Mix Config

- Templates

- FW Routing

- Monitor Controller

- Hardware Remap

- Foo ITunes

- Foo Sends

- Foo Tutorial 1


- Foo Tutorial 2

- Foo Tutorial 3

- FW Console Connect

- Legacy Box Config

- Mainstage

- MC Shuttle

- Multibox Routing

- Simple Input

- Simple Output

- Surround

- V5 Record Panel

- MIO Logic Automation


- 2882 Disassembly

- ULN2 Disassembly

MIO Foo +DSP Tutorials

- Foo Multizone Xfer

- Foo FW routing

- Foo & XTA tuning

- Foo Xfer balc tuning


- Foo weight EQ

- Foo SPL & flowchart

- Legacy Routing

- Logic Mono Bussing

- MIO Automation in DP

- MIO + Bidule

- MIO in Windows

- +DSP Program Duck


- +DSP BassRekker

- +DSP RingMod LFO

- +DSP Chorus

- +DSP Stereo Leslie

- Channel Strip SSL v1

- Channel Strip SSL v2



MIO Navigation

  • Mult a Send to multiple Outputs
  • Converter Latency
  • Box Remapping : Order
  • ULN8 – DI input
  • Word Clock : Termination
  • Foo : THD Measurements
  • +DSP : SHARC Generations
  • MIO Comp : Detection Meter
  • 2882 Steel panel vs aluminum
  • Spectrafoo : Lock scale with Groups
  • Rename MIO Mixer channels
  • AES/SPDIF : flagged bits
  • ULN8 – disable front power
  • Spectrafoo : Migrate Window Sets
  • +DSP Memory limits

Metric Halo on IRC

IRC

irc.EFnet.org
#osxaudio

MIO Reaper Custom Icons

Reaper Icons

MIO DAW

MIO 2882

MIO Local

MIO ULN-2

ULN8 Remote

MIO ULN-2 Jenson

MIO ULN8

MIO 2882 +DSP

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