Mosaic Buffered Signal Multiplier – Precision‑Buffered Mult in 8 HP
A no‑nonsense utility module, the Mosaic Buffered Signal Multiplier (often called the “Buffered Mult”) takes a single input and cleanly fans it out to multiple outputs without loading or voltage sag—ideal for pitch CV, gates, envelopes, or any sensitive control signal.
The Mosaic Buffered Signal Multiplier is an essential tool for any system where CV integrity matters—especially for pitch and gate signals. Its compact 8 HP size, low power draw, and rock‑solid buffering make it a go‑to for splitting sensitive control voltages without compromise.
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Three independent 1‑to‑3 mults: Each row has one input jack feeding three output jacks, so you can split up to three different signals in parallel.
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Active buffering: High‑impedance inputs and low‑impedance outputs preserve voltage accuracy, crucial for precise 1 V/oct tracking and glitch‑free gates.
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Normalization: Inputs are normalized downward through the rows, allowing cascading if you only need to split one or two signals.
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Compact, neat layout: Clear silk‑screened flow lines guide your patching and keep your workspace tidy.
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Zero signal loss: Unlike passive mults, you won’t see any drop in amplitude or CV accuracy, even when driving many destinations.
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Silent operation: No added noise from buffering circuitry—your envelopes and LFOs stay clean.
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Low power draw: A tiny footprint on your bus board makes it ideal for skiffs or power‑limited cases.
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Build quality: Sturdy jacks and a rigid front panel stand up to heavy use.
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Fixed fan‑out: You get three outputs per input—no option for fewer or more without external tools.
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No visual feedback: Lack of LEDs means you need to monitor your own scopes or modules for signal presence.
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Not a switch matrix: If you need dynamic routing or crossfading, you’ll need a dedicated matrix or performance switcher.
Patch audio, pitch, and more with peace of mind using the Buffered Signal Multiplier. Due to its intelligent normalization scheme, it can copy 2 inputs to 4 respective outputs, or 1 input to all eight outputs, while maintaining integrity and consistency between the signals. The LEDs indicate level and polarity of the incoming signal for easy identification.
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Buffered signal multiple
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Intelligent normalization scheme
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Configurable as 2×4 or 1×8
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Ideal for lossless splitting of audio and pitch signals
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LEDs indicated level and polarity of incoming signals