ALM Pam's NEW Workout (2014–2021)
Eight channels of rhythmic voltage wizardry that turned a clock module into a modular nervous system.
Overview
Plug in the ALM Pam's NEW Workout and suddenly your synth isn’t just playing notes—it’s breathing, twitching, pulsing with a kind of digital life that feels both precise and strangely organic. It doesn’t just keep time; it fractures time, bends it, decorates it. The original Pamela’s Workout was already a cult hit, a no-nonsense clock divider with eight outputs and a retro yellow button that made you want to punch it just to hear the system wake up. But the NEW Workout? This is where ALM stopped being just another Eurorack builder and started sounding like a prophet. It kept the same 8HP footprint—slim, skiff-friendly, unassuming—but stuffed it with enough rhythmic intelligence to run an entire system. You could feed it a single clock pulse and get back not just subdivisions, but LFOs, Euclidean rhythms, random voltages, envelopes, and modulations that felt like they were thinking for themselves.
Where the original was a metronome with attitude, the NEW Workout became a conductor, a composer, a puppeteer. Each of its eight outputs could be individually programmed to spit out triggers, gates, or full CV waveforms—triangle, sine, envelope shapes, even random stepped voltages—all locked to the master tempo. Want a snare hit every second beat with a slight swing? Done. Need a triangle wave modulating your filter at 5/8ths the tempo, with a randomized phase offset every four bars? Also done. And unlike some modules that make you dive into cryptic menus with zero feedback, the NEW Workout came with a crisp OLED display that actually told you what was happening. No more guessing if your delay division was set to 3 or 7—now you could see it, tweak it, and move on. That screen alone changed the game. It made deep editing feel less like archaeology and more like conversation.
And then there were the expanders. Oh, the expanders. The Pexp-1 wasn’t just an add-on—it was a power move. Suddenly you had dedicated MIDI and DIN Sync outputs, 3.5mm jacks for clock multiples, and a way to daisy-chain multiple Pams together. That DIN Sync output? Pure gold for anyone running vintage Roland gear. Plug in a TB-303 or TR-606 and watch it lock in with eerie precision, as if Pamela herself were whispering tempo commands directly into the machine’s ear. The Pexp-2 offered more clock outputs and a way to sync a second Pam, which felt like overkill until you realized how easy it was to build an entire rhythmic ecosystem from just two modules. But make no mistake: this wasn’t a module for passive patching. It demanded attention. You had to learn its language—turn the encoder, push it, hold it, navigate layers of menus—but once you did, it rewarded you with a level of rhythmic control that felt almost unfair.
Specifications
| Manufacturer | ALM Busy Circuits |
| Production Years | 2014–2021 |
| Original Price | £219 GBP |
| HP | 8 |
| Depth | 32mm |
| Power Supply | +12V 50mA / -12V 5mA |
| Outputs | 8 configurable CV/gate outputs |
| Waveforms | Trigger, gate, triangle, sine, envelope, random stepped, Euclidean |
| Clock Range | 10–300 BPM |
| Time Division | Divisions from /512 to x48 |
| PPQN Sync Input | 48 to 1 PPQN |
| CV Inputs | 2 assignable CV inputs with offset, attenuation, monitoring |
| Logic Operations | AND, OR, XOR per output (firmware 205+) |
| Quantisation | Scale quantisation of output levels (firmware 204+) |
| Memory Banks | 200 user banks (per output and group) |
| Display | High-resolution OLED |
| Firmware Updates | USB port |
| Expander Support | Pexp-1, Pexp-2 |
| Weight | Approx. 150g |
| Country of Origin | England |
Key Features
The OLED That Changed Everything
The original Pamela’s Workout had a chunky seven-segment LED display that looked cool but told you almost nothing. The NEW Workout’s OLED screen wasn’t just an upgrade—it was a revelation. For the first time, you could see exactly what each output was doing: waveform type, division ratio, pulse width, phase offset, delay, and whether Euclidean skipping was enabled. No more memorizing button sequences or guessing what “mode 7” meant. The screen made the module feel alive, responsive, almost collaborative. You could scroll through parameters and see real-time feedback, which made deep editing not just tolerable but enjoyable. And because the display was high-resolution, ALM could pack in visual cues—like a tiny waveform preview or a step counter for Euclidean patterns—that turned abstract settings into something you could actually understand. It wasn’t flashy, but it was functional in the best possible way.
Euclidean Rhythms and Controlled Chaos
Before the NEW Workout, Euclidean sequencing in Eurorack often meant dedicating an entire module to it. Here, it was baked into every output. You could set a number of steps, a number of triggers, and a rotation offset, and the module would distribute the triggers as evenly as possible—perfect for generating those hypnotic, off-kilter grooves that feel both mathematical and human. But ALM didn’t stop there. You could combine Euclidean patterns with random skipping, delay division (for swing), and phase offsets, then modulate any of those parameters via CV. The result was a kind of structured randomness—predictable enough to stay in time, but loose enough to feel alive. It wasn’t a Turing Machine-style generative brain; it was more like a disciplined improviser, always staying within the rules but finding new ways to bend them.
Expanders: The Hidden Superpower
The NEW Workout was powerful on its own, but the real magic happened when you added the Pexp-1 or Pexp-2. The Pexp-1 gave you dedicated MIDI clock and DIN Sync outputs—essential for integrating with hardware outside the rack. No more jerry-rigging MIDI-to-CV converters or relying on flaky sync signals. And because the DIN Sync output was rock-solid, it made the NEW Workout a hub for hybrid setups. The Pexp-2 was simpler—just more clock outputs and a way to sync a second Pam—but in practice, it let you scale up your timing infrastructure without cluttering your rack. These weren’t gimmicks; they were thoughtful extensions that acknowledged how people actually used the module. And since both expanders attached directly to the back, they didn’t eat up extra panel space.
Historical Context
When the original Pamela’s Workout dropped around 2010, Eurorack was still finding its feet. Clock modules were mostly utilitarian—dividers, multipliers, maybe a reset input. ALM’s first offering stood out because it packed eight fully editable outputs into 8HP and made them musical, not just functional. But by 2014, the landscape had shifted. Mutable Instruments was pushing the boundaries of generative sequencing, Make Noise was redefining what a clock could feel like, and users were demanding more from their timing modules. The NEW Workout arrived at exactly the right moment—not as a replacement, but as an evolution. It took the original’s no-nonsense ethos and layered on creative depth without sacrificing reliability. It wasn’t trying to be a sequencer, but it could do things most sequencers couldn’t. And while some manufacturers were chasing flashy interfaces or complex algorithms, ALM doubled down on usability. The NEW Workout didn’t just respond to trends—it helped define them. By the time it was discontinued in 2021, it had become one of the most common modules on ModularGrid, second only to its own successor, the Pro Workout. That kind of ubiquity isn’t accidental. It’s a sign that a module didn’t just work—it fit.
Collectibility & Value
The ALM Pam's NEW Workout is discontinued, and while it’s been superseded by the Pro Workout, it remains a sought-after piece for those who want deep rhythmic control without the full price tag or complexity of the newer model. On the used market, expect to pay between £180 and £250 depending on condition and whether it includes expanders. Units with both Pexp-1 and Pexp-2 can fetch closer to £300, especially if they’re in excellent cosmetic shape and come with original packaging. The module itself is generally reliable—no known catastrophic failure points—but the OLED screen can degrade over time, particularly if left on static displays for long periods. Some users report faint ghosting or reduced contrast after years of heavy use, though it rarely renders the module unusable. The encoder is robust, but like any mechanical control, it can wear out with aggressive use. Firmware updates are straightforward via USB, and ALM has a history of supporting legacy modules, so there’s little risk of obsolescence. If you’re buying used, check that all eight outputs respond correctly, that the display has no dead pixels, and that the CV inputs respond to external control. Also verify that the firmware is up to date—version 207 is the final release and includes critical fixes for MIDI sync stability. While the NEW Workout is no longer in production, its influence is everywhere. Many modern clock modules borrow features that debuted here: assignable CV control over timing parameters, Euclidean rhythm generation, tempo-locked random voltages. But few match its balance of depth and immediacy. It’s not the flashiest module in a rack, but it’s often the one you can’t live without.
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