Routing

Workflow · patchbay · tape

1 · The whole arc

Five stages. Only one is irreversible — which is why it sits where it does, after the arrangement works and before the mix.

1

Write

  • Logic sequences MIDI
  • hardware makes sound
  • nothing recorded yet
→
2

Track

  • synths · drums · guitar
  • → patchbay → Clarett
  • audio exists now
→
3

Arrange

  • structure the song
  • all still editable
  • decide what stays
→
4

Colour

  • 424 tape · SSL comp
  • RE-202 · springs
  • committed — no undo
  • 3–4 elements only
→
5

Mix

  • balance · automate
  • master · export
The loop you'll actually use: mixing, you hear the drums want more saturation, you re-print just the drums and carry on. Stage 4 ↔ 5, not a one-way line.

Stages 1–3 are free — change anything, as often as you like. Stage 4 commits sound. Stage 5 is free again — and only because the tape comes back as four separate tracks instead of a mix. That is the entire reason for the four tape outputs.

MIDI runs underneath all of it. MOTU 8×8, clock from Logic, R-8 on clock only with MTC/MMC off. Everything stays in time whether or not its audio is being recorded.

2 · What a patchbay column does

Every column is two jacks wired to two different things. Top = a source's output. Bottom = a destination's input. The normal is an internal link a cable can break.

Nothing plugged

TOP
BOTTOM

Source feeds destination. The default.

Top only

TOP
→ your cable (a copy)
BOTTOM

Still feeds down and out to you. Breaks nothing.

Bottom only

TOP
BOTTOM
← your cable feeds it

Destination fed by you. Source still live on top.

Both

TOP
→ out
BOTTOM
← in

Two unrelated points. Fully independent.

Grey = the normalling jack. The NYS-SPP-L1 ships with it on the bottom row.
Take from a top jack — costs nothing.
Give to a bottom jack — overrides the default.

3 · The tape workflow

Two passes with a gap between them. Nothing is real-time: you print, then you play back and capture.

PASS 1 — PRINT

Logic

  • the stems you chose
→

Clarett

  • OUT 3–6
→

424 mixer

  • EQ · trim · FX sends
  • commit the character
→

Cassette

  • tracks 1–4

PASS 2 — CAPTURE

Cassette

  • press PLAY
→

Tape out 1–4

  • RCA
  • bypasses the mixer
→

Clarett

  • IN 3–6
→

Logic

  • 4 separate tracks
  • arrange · automate
LINE OUT → SSL → speakers is monitoring, while you work. It is a stereo mix and not the capture path — that is TAPE OUT 1–4. Capturing the machine's own stereo output would freeze every balance decision, which is the thing the four separate outputs exist to prevent.

4 · SSL SiX vs 424 — they are opposites

SSL SiX424 mkIII
Transientstightenssoftens
Top endleaves or liftsrolls off
Dynamicsdeliberate, adjustablea byproduct — what tape gives
Effectmore definedmore cohesive
Speedreal-time — audition freelya pass — print, rewind, capture
You have2 channels + bus comp6 channels
Control level or transients → SSL.
Add texture or weight → 424.
Audition on the SSL. Commit on tape.

Usual order when both are in the chain: Logic → SSL (shape) → 424 (saturate) → tape. Shape it tight, then let tape soften it.

5 · What goes to tape

Four tracks, so you choose. Printing everything flattens the record — the contrast between tape-coloured and clean is what makes the colour read at all.

Usual picks: RD-8 drums (an 808 through tape is the canonical sound), bass, one pad or the VC-340, guitar that already went through the pedals.
Usually leave clean: anything where detail matters more than weight.

6 · The patchbay map

Bay A is the spine: Logic ⇄ SSL ⇄ tape ⇄ effect sends, plus the SSL's channel and mix-bus inserts. Bay B is the sources: the four bay instruments, the guitar chain, and the effect returns.

With nothing plugged in, the studio is ready to write. Every bay instrument plays through the SSL, Logic is in your headphones, a Logic print lands on the 424, and tape playback lands back in Logic. Most sessions need no patch cables at all.

Bus B is the record send, not the main out. On the SiX, a channel's Mute button does not kill it — it routes that channel to Bus B instead of the main mix, processed through its own strip, on its own, into Clarett IN 7–8. The main out would carry everything live on the console, so it sits on A23/A24 with an open bottom jack for the one job it suits: printing a finished mix.

The feedback guard: EXT 1 carries Logic and stays off the mix bus. That one setting is what stops Logic reaching the mix or Bus B while you record from them. The single exception is printing a finished mix, with input monitoring off.

Columns marked open have nothing on the bottom jack — that source goes somewhere only when you patch it. B15–B24 are spare, with room for the MS-2000B, Minilogue or R-8 if they ever move closer.

#Top — sourceBottom — destination
Bay A — the spine: Logic, SSL, tape and effect sends
A1Clarett OUT 1 (Logic L)
Logic and Mac audio in your headphones. EXT 1 stays OFF the mix bus - that is the feedback guard
SSL EXT 1 IN L
A2Clarett OUT 2 (Logic R)SSL EXT 1 IN R
A3Clarett OUT 3
Print stem 1 to tape
424 IN 1
A4Clarett OUT 4
Print stem 2 to tape
424 IN 2
A5Clarett OUT 5
Print stem 3 to tape
424 IN 3
A6Clarett OUT 6
Print stem 4 to tape
424 IN 4
A7Clarett OUT 7
Reverb send from Logic
Yamaha R-1000 IN
A8Clarett OUT 8
Spring reverb send from Logic
Fostex 3180 IN
A9SSL BUS B OUT L
Record any SSL channel you mute - processed - on its own
Clarett IN 7
A10SSL BUS B OUT RClarett IN 8
A11424 TAPE OUT 1
Capture tape track 1. RCA to 1/4" TS. -10 dBV so it arrives quiet
Clarett IN 3
A12424 TAPE OUT 2
Capture tape track 2
Clarett IN 4
A13424 TAPE OUT 3
Capture tape track 3
Clarett IN 5
A14424 TAPE OUT 4
Capture tape track 4
Clarett IN 6
A15424 LINE OUT L
Patch to EXT 2 to hear the 424 on the SSL. Monitoring only - NOT the capture path
open
A16424 LINE OUT Ropen
A17424 EFFECT SEND 1
Patch to an effect input
open
A18424 EFFECT SEND 2 / TAPE CUE
Doubles as TAPE CUE - check the mode before suspecting a fault
open
A19SSL CH1 INSERT SEND
Insert bypassed until you patch outboard in
SSL CH1 INSERT RETURN
A20SSL CH2 INSERT SEND
Insert bypassed until you patch outboard in
SSL CH2 INSERT RETURN
A21SSL MIX BUS INSERT SEND L
Bypassed. Patch an effect - or the 424 - across the whole mix
SSL MIX BUS INSERT RETURN L
A22SSL MIX BUS INSERT SEND RSSL MIX BUS INSERT RETURN R
A23SSL MAIN OUT L
Patch to Clarett IN 3-4 to print a finished mix. XLR to TRS
open
A24SSL MAIN OUT Ropen
B1Alesis 12R MAIN L (RD-8 submix)
Drums get the SSL channel strips. Pan CH1 hard left
SSL CH1 LINE IN
B2Alesis 12R MAIN R
Pan CH2 hard right
SSL CH2 LINE IN
B3Juno DS L
Juno plays through the SSL
SSL ST1 L
B4Juno DS RSSL ST1 R
B5VC-340 L
VC-340 plays through the SSL
SSL ST2 L
B6VC-340 R
VERIFY - is the VC-340 true stereo? If mono this frees up and ST2 pans centre
SSL ST2 R
B7JV-1010 L
JV-1010 plays through the SSL. EXT 2 DOES go to the mix bus
SSL EXT 2 IN L
B8JV-1010 RSSL EXT 2 IN R
B9Guitar pedalboard out (Dimension C)
The guitar chain works untouched
RE-202 IN
B10RE-202 OUT L
Patch to a Clarett IN or an SSL input
open
B11RE-202 OUT Ropen
B12Yamaha R-1000 OUT L
Reverb return - patch where needed
open
B13Yamaha R-1000 OUT Ropen
B14Fostex 3180 OUT
Mono reverb return - confirmed mono in and out
open
B15—
Room for the MS-2000B / Minilogue / R-8 if they move closer
—
B16——
B17——
B18——
B19——
B20——
B21——
B22——
B23——
B24—
Headroom. Wire Bay B past B14 only when something earns a permanent point
—