Reason DAW

I am a long-time user and fan of the Reason music production software. A key feature of Reason is virtual hardware rack where you can install various devices then press [Tab] to "flip the rack" and wire everything together:

Animated gif showing the Reason device rack flipping back and forth from front (knobs, switches, meters) to rear (wires and plugs)

I've been using it since Reason 1 was released in 2000, and it remains one of my top "creative happy places" to this day. You can read a history of Reason on the Reason Studios website.

Here is the online manual.

The rest of this page is my "notes to self" about how to use it (on 🍏 MacOS).

Keyboard Shortcuts

🎹 Devices

What How
Browse patches command + B
Create instrument from patch command + I
Create effect command + E
Duplicate track/device command + D
Parameter Automation Shortcut option + click control
Search devices command + shift + F

🎼 Sequencer

What How
Nudge (snap unit) command + left/right
Nudge (beat) command + shift + left/right
Nudge (tick) command + option + left/right
Pencil tool: Edit velocity of selected only command + shift + click
Merge note lanes on track command + R
Quantize command + K
Hand tool U
Join clips command + J

🎚 Mixer

What How
Detach Main Mixer command + F5
Route to new output bus command + G
Sort Rack devices by Mixer channel order Edit > Sort Selected Device Groups

⏯ Transport

What How
Set loop to clips and play P
Set loop to clips command + L
Set loop start option + click in Timeline
Set loop end command + click in Timeline
Go to start of song numpad .

shift + return
Go to loop start/end option + left/right

🤷‍♂️ Misc

What How
Delete without confirmation command + delete
Zoom in/out (horizontal) H/G
Zoom to selection Z
Zoom to max track height shift + Z
Select previous/next clip left/right

Some fun facts

My compressors

Summary:

Archetype Purpose My Reason Device(s)
SSL bus VCA (SSL 400 G Series) Lightly compress a bus to add cohesion/glue while preserving punch and transients Master Bus Compressor, DCAM BusComp
Console VCA (SSL channel comp) Tame dynamics on individual tracks without changing the tone Channel Dynamics
Optical (LA-2A) Smoothly level sustained sources (e.g., vocals, bass) with gentle, musical compression that naturally follows the performance. RE-2A Leveling Amplifier
FET limiter (1176) Aggressively shape and add character - fast, punchy compression DCAM ChanComp, Softube FET Compressor
Vari-mu (Fairchild/Manley) Add rich, tube-based compression and saturiation to buses or mix for warmth, density and dynamics McDSP C670RE (Fairchild 670), McDSP MOO TUBE (kinda inspired by Manley Variable Mu)
dbx VCA Aggressive dynamic control without obvious coloration Synapse RE-160*
Digital utility Digital tools not inspired by "classic" hardware devices COMP-01, MClass Compressor, kiloHearts Compressor, McDSP FRG 4RE

Channel Dynamics

screen capture of the Channel Dynamics device in the Reason Rack. It is a plain grey device, with a Compressor and Gate/Expander section.

Inspired by the channel dynamics section of an SSL-9000k "SuperAnalogue" mixing desk. These desks were designed for very high bandwidth and very low distortion.

Described as "subtle"

COMP-01

screen capture of the COMP-01 device in the Reason Rack. It is a plain grey half-rack size device, with simple controls.

Described as "A straightforward dynamics processor from Reason’s original set of effects."

I think of the COMP-01 as kind of like a Boss CS-2 Compression/Sustainer pedal.

Master Bus Compressor

screen capture of the Master Bus Compressor device in the Reason Rack. It is a plain grey device, with a prominent analog-style VR meter in the middle.

Inspired by the SSL 4000 G Series bus compressor, which debuted in 1987:

Described as "Reason’s trusted ready-for-radio bus compressor... How would your drum mix sound with its own Master Bus Compressor?"

How indeed?

MClass Compressor

screen capture of the M Class Compressor device in the Reason Rack. It is a half-height goldish-yellow device, with simple controls

A compressor designed for mastering tasks, with a "soft knee" option. It is not modeled after specific hardware - instead it's designed to be a very clean, very flexible digital mastering compressor. This includes a 4ms "lookahead" function for very precise transient detection and limiting.

Described as "Designed to add punch and definition to your Reason tracks"

RE-2A Leveling Amplifier

screen capture of the RE-2A Leveling Amplifier device in the Reason Rack. It's a plain grey device, with very vintage looking controls and a prominent backlit VU meter.

An emulation of the Teletronix LA-2A T-Type leveling amplifier (1965-69). The LA-2A is a tube-based feedback design (the compressor reacts to the output signal, not the input). It uses an electroluminescent panel together with a cadmium-sulfide light-dependent resistor to provide gain reduction (the "T4" cell). The properties of the T4 give the LA-2A its unique character by making it an entirely program-dependent design.

Described as "fat" and "warm", with minimal distortion.

DCAM BusComp

screen capture of the DCAM BusComp device in the Reason Rack. It's a red device, with controls grouped by thick white borders.

DCAM stands for "Discrete Component Analogue Modeling" - meaning it it attempts to emulate each component of the analog circuit. Like the Reason Master Bus Compressor, the BusComp emulates the SSL 4000 G.

Described as "Based on a classic bus compressor design from the centre section of a well-known British large-format mixing console."

DCAM ChanComp

screen capture of the DCAM ChanComp device in the Reason Rack. It's a green device, with controls grouped by thick white borders.

DCAM stands for "Discrete Component Analogue Modeling" - meaning it it attempts to emulate each component of the analog circuit. The ChanComp emulates the 1176 Field Effect Transistor (FET) limiting amplifier.

Described as "a circuit-modelled channel compressor based on a classic FET-based limiting amplifier design."

kiloHearts Compressor

screen capture of the kiloHearts Compressor device in the Reason Rack. It's a half-height dark grey device, with a sleek and modern look.

Described as "Someone somewhere once said that there are 931 compressor plugins in the world. Well, now there's 932!"

So, this is a basic but high quality compressor. I like the kiloHearts devices - they are simple but effective.

McDSP C670RE

screen capture of the McDSP C670RE device in the Reason Rack. It's a large orange-y yellow device, with large, very vintage looking controls.

Inspired by the Fairchild 670.

"The sound of the 660 and 670 is characterized by the complete absence of audible thumps, with extremely low distortion and noise. Both models feature an extremely fast attack time, producing the full limiting effect during the first 1/10,000 of a second."

Abbey Road Studios purchased 12 Fairchild 660s after staff engineer Peter Bown heard it during a visit to Capitol Records in America, and used it on recording sessions for the Beatles, primarily for vocals. Beginning in 1966, Geoff Emerick began using the 660 on Ringo Starr's drum tracks as well as piano and guitar tracks."

"...[W]e put the [drums'] sound through Fairchild 660 valve limiters and compressors. It became the sound of Revolver and [Sgt.] Pepper really. Drums had never been heard like that before." – Audio engineer Geoff Emerick on the Beatles' song "Tomorrow Never Knows"[12]

McDSP FRG 4RE

screen capture of the McDSP FRG 4RE device in the Reason Rack. It's a large green device, with a brushed metal appearance.

Described as a "feed-forward reactive gain compressor (FRG)... the FRG-4RE’s features include a modern compression topology, separately adjustable attack and release controls, and a wide compression ratio control spread, ranging from nearly 1:1 to 20:1"

McDSP MOO TUBE

screen capture of the McDSP MOO TUBE device in the Reason Rack. It's a large grey device, with black highlights that evoke the appearance of cowhide.

Inspired by the Manley Variable Mu.

In a variable-mu compressor, the amount of amplification in a tube stage changes automatically as the input signal level increases. The term comes from μ (mu), the electronics symbol for a tube’s gain factor.

The compressor’s sidechain detects signal level and produces a control voltage. That voltage is applied to the grid bias of the tube. Instead of reducing level with a separate gain-reduction element (like a VCA or optical cell), the tube itself becomes the gain-control device.

Softube FET Compressor

screen capture of the Softube FET Compressor device in the Reason Rack. It's a very large brushed silver device, it looks like a 70s era hi-fi receiver.

Inspired by the 1176 Field Effect Transistor (FET) limiting amplifier.

Fast attack, with a "bright character".