ALM Busy Circuits Pam's New Workout (2017–2023)

Name: ALM Busy Circuits Pam's New Workout
Brand: ALM Busy

The module that turned clock division into a full-body rhythmic workout — now with waveforms, Euclidean brains, and an OLED display that actually lets you see what the hell you're doing.

Overview

You patch in a clock, twist a few knobs, and suddenly your whole system starts breathing — not just pulsing, but lurching, staggering, blooming in time. That’s the magic of the Pam’s New Workout: it doesn’t just keep time, it interprets it. Where the original Pamela’s Workout was the bare-knuckled champion of gate division, the New Workout is the evolved, more expressive sibling — still built for rhythm, but now capable of modulation, motion, and melodic phrasing that can fool you into thinking you’ve patched a full sequencer. It’s not just a clock utility anymore; it’s a central nervous system for rhythmic voltage.

Eight outputs, each programmable down to the micro-detail, let you divide, multiply, offset, randomize, and shape triggers into complex waveforms — sine, triangle, random stepped, even envelope-like contours — all locked to a master clock. That alone would make it powerful, but it’s the interface that turns it from a specialist tool into a daily driver. The original’s cryptic four-digit LED display has been replaced with a full OLED screen, and suddenly, editing doesn’t feel like decoding Morse code. You can see parameter names, values, and even navigate nested menus without constantly flipping through the manual. It’s not flashy, but it’s legible — a rare win in the often-opaque world of digital Eurorack.

And then there’s the depth. Want a hi-hat pattern that stutters every third bar? Done. Need a triangle wave modulating filter cutoff in 5/8 time while a separate output sends randomized gates to a noise source? Also done. The New Workout doesn’t just generate clock signals — it generates ideas. It’s the kind of module that makes you rethink what “clock” means. Is it a pulse? A rhythm? A modulation source? A compositional framework? Pam says yes to all of the above.

It’s also the last of the “classic” Pamela line before the Pro Workout exploded the concept into full-color, dual-core overdrive. That makes the New Workout a sweet spot: more advanced than the original, more accessible than the Pro, and still capable of 90% of what most systems need. It’s not trying to be everything — it’s trying to be enough, and then some.

Specifications

Manufacturer	ALM Busy Circuits
Production Years	2017–2023
Original Price	£219 / $419
Format	Eurorack
HP	8
Depth	22 mm
Power	50 mA +12V, 1 mA -12V, 0 mA 5V
Outputs	8 configurable CV/gate outputs
Waveforms	Gate, trigger, sine, triangle, sawtooth, reverse saw, sample & hold, smooth random, Euclidean, AD envelope
Clock Division	From /512 to x48
CV Inputs	2 assignable
Memory Banks	200 user presets
Display	OLED, monochrome
MIDI Integration	Optional via Pexp-1 or Pexp-2 expanders
DIN Sync	Optional via Pexp-1 expander
Sync Inputs	Internal clock, external clock, MIDI clock (with expander), DIN Sync (with expander)
Resolution	10-bit
Randomization Features	Slop (timing jitter), random skip, random level, Euclidean rhythm generation
Connectivity	3.5mm jacks, expander header for Pexp-1/Pexp-2
Weight	Approx. 100g
Made In	United Kingdom

Key Features

A Display That Doesn’t Lie

The jump from the original Pamela’s Workout to this one is most obvious in the face: a crisp OLED screen that shows you exactly what parameter you’re editing, what value it’s at, and what output you’re tweaking. No more squinting at flickering seven-segment LEDs or memorizing button combos. You press the encoder, turn it, and the menu walks you through — Output 1, Division: /4, Waveform: Gate, Phase: 0°, Slop: 5%. It’s not just readable; it’s logical. That might sound minor, but in a system where you’re often juggling dozens of modules, having one that doesn’t make you guess is a luxury.

And because the screen can show text, not just numbers, it supports features like named presets and descriptive prompts — so when you’re deep in a Euclidean rhythm edit, you’re not just seeing “EUC 16 5 3,” you’re seeing “Length: 16, Hits: 5, Rotation: 3.” That clarity transforms the module from a puzzle into a tool.

Waveforms That Move

Pam’s New Workout isn’t just about on/off signals. Each output can generate full CV waveforms — sine, triangle, sawtooth, reverse saw — all clock-synced and editable in shape and timing. That means you can use it as a bank of LFOs that are perfectly locked to tempo, or as a source of stepped random voltages that evolve over bars, not beats. The “smooth random” mode, affectionately dubbed “Mario hills” in the community, produces rolling, organic voltage changes that feel alive — perfect for modulating pitch, filter, or panning in a way that’s rhythmic but never robotic.

It also includes AD envelope shapes, which can be used to trigger percussive events with natural decay — think plucked strings, soft kicks, or even pseudo-voices. Pair that with the ability to delay the start of a cycle or offset its phase, and you’ve got a module that can generate entire rhythmic arrangements from a single clock source.

Euclidean Rhythms Done Right

While some modules treat Euclidean sequencing as a gimmick, Pam’s New Workout integrates it deeply. You can assign any output to generate a Euclidean pattern, set the number of steps, the number of onsets (hits), and the rotation — all in real time, all saved per preset. It’s not just for hi-hats or shakers; used creatively, it can generate evolving basslines, stuttering filters, or call-and-response gate patterns across multiple outputs.

What sets it apart is the balance of control and surprise. Unlike fully random generators, Euclidean rhythms feel intentional — mathematical, even — but still organic. You’re not rolling dice; you’re setting rules for a dance. And because each output can have its own Euclidean settings, you can layer interlocking patterns that shift and breathe over time, like a minimalist composer’s dream.

Historical Context

When the original Pamela’s Workout dropped in the early 2010s, it filled a gap no one knew was that wide: modular players needed a smart, flexible clock brain, and they got a legend. It wasn’t the first clock divider, but it was the first that felt musical — with features like triplet generation, phase shifting, and random skipping that turned timing into an expressive parameter. By 2017, though, the Eurorack world had evolved. Modules were smarter, deeper, more interconnected. The demand wasn’t just for division — it was for modulation, for motion, for integration.

Enter the New Workout. It arrived at a moment when digital modules were shedding their “cold” reputation and embracing character. Make Noise’s Tempi, Qu-Bit’s Rainbow, and ALM’s own Squid Salmple were redefining what clocked modulation could be. Pam’s New Workout didn’t just keep up — it led. With waveform generation, expanded CV control, and a vastly improved interface, it became the go-to module for anyone who wanted rhythmic complexity without patching a dozen logic modules.

It also arrived alongside a growing appetite for expandability. The optional Pexp-1 and Pexp-2 boards — offering MIDI clock, DIN Sync, and additional gate outputs — made it a hub for hybrid setups. Suddenly, your Eurorack could talk to a TR-808, a Korg SQ-1, or a DAW with near-perfect timing. That interoperability cemented its role not just as a module, but as a bridge between worlds.

Collectibility & Value

The Pam’s New Workout is discontinued — ALM shifted focus to the Pro Workout in 2023 — but it’s far from obsolete. On the used market, it trades between $300 and $450, depending on condition and whether it includes expanders. Units with both Pexp-1 and Pexp-2 can fetch closer to $500, especially if boxed and unblemished. That’s a premium, but not an absurd one — this is still a core utility for many systems.

The good news: it’s solidly built. No widespread failure points, no notorious capacitor issues, no firmware bricks (updates are done via audio cable, a quirky but reliable method). The OLED screen is the only real wear item — some early units reported faint ghosting after years of use, but full failures are rare. The encoder is robust, and the PCB is cleanly laid out, with no obvious hotspots or fragile traces.

What to watch for when buying? First, verify the firmware. The later updates added crucial features like quantization and improved MIDI sync — if it’s running an old version, you’ll want to update it. Second, check the expander header. It’s a small connector, and some DIY builders have reported bent pins from careless installation. Third, test all outputs. While failures are uncommon, a dead output usually means a loose solder joint — fixable, but annoying.

For most owners, the real cost isn’t maintenance — it’s opportunity. Once you go Pam, it’s hard to go back. You start building patches around it, relying on its timing, its flexibility, its quiet intelligence. And when you eventually upgrade to the Pro, you don’t sell the New Workout — you keep it as a backup, or dedicate it to a second system. That’s how you know it’s not just a module. It’s a habit.