ALM Busy Squid Salmple (—)

Name: ALM Busy Squid Salmple
Brand: ALM Busy

Imagine an 8-track sampler that doesn’t just play back sounds—it breathes, twists, and responds in real time, right inside your Eurorack frame.

Overview

The ALM Busy Squid Salmple isn’t just another sampler module—it’s a full-blown audio and CV time machine squeezed into 21HP. Built by ALM Busy Circuits, this compact powerhouse gives you eight independent channels, each capable of holding about 11 seconds of 16-bit, 44.1kHz sample material in low-latency memory. That’s not a lot of time, but it’s enough to capture fleeting moments—glitches, spoken phrases, percussive hits, or even control voltages—and manipulate them with surgical precision. What sets it apart isn’t just what it does, but how it feels: designed for real-time sampling and editing, it invites you to grab knobs, press buttons, and reshape sound on the fly like a hardware sampler from the late '80s reborn in a modern modular world.

It’s clearly influenced by early hardware samplers, but without the clunky workflows or floppy disk dependency. Instead, the Squid Salmple uses USB sticks to store and load samples in standard WAV format—no conversion needed. You can keep 99 banks on a single drive, and switch between 8 of them instantly from the front panel. That kind of immediacy matters when you’re in the middle of a patch and need to swap out a sequence or layer in a new texture. The input jack handles both audio and CV, so you’re not limited to traditional sounds—sample LFOs, envelopes, or even random voltages, then replay them with pitch control via the dedicated 1V/oct input. Channels 6, 7, and 8 even support pitch tracking, letting you play melodic fragments across your keyboard.

This is a module built for action, not just playback. With three assignable CV inputs, you can map external control to a range of parameters—start point, end point, playback speed, loop mode—turning static samples into evolving textures. And because it’s designed for real-time interaction, the interface leans hard on physical control: encoders and buttons let you shape each channel’s behavior directly, no menus, no deep diving. It’s tactile, immediate, and—when you’re knee-deep in a patch—utterly addictive.

Specifications

Manufacturer	ALM Busy Circuits
Format	Eurorack
Width	21HP
Depth	38mm
Current	300mA @ +12V, 35mA @ -12V
Channels	8 independent channels
Outputs	4 DC coupled outputs, and one AC coupled mix output
Input	The input jack for sampling can sample CVs and audio, and line-level sampling is possible.
Sample storage	Each channel can be loaded with a sample of about 11 seconds. Stored in low latency memory at 16-bit, 44.1kHz.
Sample storage	Samples can be stored on USB sticks in normal WAV format, and 8 banks can be switched quickly (99 banks can be stored per USB stick).
CV Inputs	It has three assignable CV inputs and can be assigned to any of several parameters. Channels 6,7,8 plus a dedicated 1V/oct input for pitch control.
Features saving and calling via USB	Features saving and calling via USB

Key Features

Real-time sampling with hands-on control

The Squid Salmple doesn’t make you wait. You can sample directly through the input, capture audio or CV, and start manipulating it immediately. The interface is built around encoders and buttons—no touchscreen, no hidden menus. Each of the eight channels can be edited individually: set start and end points, define loop regions, reverse playback, or adjust playback speed. Because everything is knob- and button-driven, you can tweak parameters while the module is running, making it ideal for live performance or experimental patching where unpredictability is the goal.

CV sampling and playback

This is where the Squid Salmple blurs the line between audio and control. The input jack isn’t limited to audio signals—it can sample control voltages too. Imagine capturing a slow random walk from a noise source, then replaying it to modulate a filter cutoff. Or recording an envelope shape and using it to drive amplitude in a rhythmic pattern. Once stored, these CV samples behave just like audio: they can be pitched, looped, reversed, or triggered externally. Channels 6, 7, and 8 go a step further with pitch control via the dedicated 1V/oct input, allowing melodic playback of sampled material—perfect for integrating sampled sequences into tonal compositions.

USB-based sample management

Gone are the days of proprietary formats and unreliable media. The Squid Salmple uses standard USB flash drives and accepts normal WAV files, making sample transfer simple. You can store up to 99 banks on a single stick, organized as folders or numbered files, and recall any of 8 banks instantly from the front panel. This setup supports both studio efficiency and live flexibility—preload multiple sets of samples and switch between them mid-performance. Firmware updates are handled the same way: a file named alm022-fw.bin is copied to the USB stick, and the module handles the rest during boot. It’s a streamlined, no-nonsense approach that respects the user’s time.

Deep CV integration

With three assignable CV inputs, the module turns external control into a core part of its workflow. These inputs can be mapped to a variety of parameters—playback position, speed, loop length, trigger behavior—letting you modulate samples dynamically from other modules. Need a sample to stretch longer as a sequencer progresses? Patch in a CV. Want to sweep through a sample based on hand movement? Route a potentiometer. The assignable nature means you’re not locked into fixed modulation paths; the module adapts to your patch, not the other way around.

Collectibility & Value

The Squid Salmple had an MSRP of $500 at retail. A current market snapshot from Clockface Modular lists the price at ¥96,900 (tax-exclusive: ¥88,091), suggesting it holds value in certain regions, though global pricing may vary. No data is available on common failures, maintenance needs, or long-term reliability. Given its reliance on USB storage and firmware updates (via alm022-fw.bin), keeping the module updated is likely important for stability, but specific failure modes or wear points—such as encoder durability or USB port longevity—are not documented. As with many modern Eurorack modules, condition, included accessories (like USB cables or sample packs), and provenance may influence resale value, but no collector trends or premium conditions have been reported.