PSPaudioware PSP BBDelay [WiN]

• Product: PSP BBDelay
• Developer: PSPaudioware
• Version: 1.0.0
• Format: VST, VST3, AAX
• Requirements: Windows 7 or later
• Source: pspaudioware.com/products/psp-bbdelay

PSP BBDelay is an analog-inspired BBD delay processor from PSPaudioware, modeling individual bucket-brigade chips and compander behavior across Mono, Dual Mono, Ping-Pong, and Reverb modes, with delay times up to 800 ms, or 1600 ms in x2 mode. Transient shaping, ducking, and gating process every repeat, while feedback-path tone shaping and three stepped dirt modes color repeats as they cycle through the line. It runs as AU, AAX, VST, and VST3 on Windows and macOS, licensed through iLok without a dongle. It answers searches for a BBD-style analog delay plugin.

Key Takeaway

Feedback-path tone shaping activates once a decaying repeat tail needs to darken or narrow progressively rather than stay one fixed tone. It displaces applying a single static filter to the delay output after the fact. The three dirt modes step between fixed levels rather than sweeping continuously. One uniform tone on every repeat needs that shaping kept conservative.

One Chip Model, Noise Included

BBDelay models individual BBD (bucket-brigade device) chips rather than approximating their sound with a single generic delay algorithm, carrying forward the specific analog imperfections — signal degradation, noise character, and instability — that come from chip-based analog delay circuits rather than a clean digital delay line. Compander behavior is modeled alongside the chip itself, reproducing the compress-then-expand companding stage BBD circuits use to keep noise down, imperfections and all.

Compander alignment is adjustable from a cleaner, more controlled setting through to a fully vintage-imperfect character, so the same chip model can sit anywhere between tight, modern-sounding repeats and the tracking artifacts and coloration a poorly aligned original hardware unit would produce.

Chip spread widens the stereo image by offsetting the modeled BBD chip’s behavior between channels rather than applying a separate stereo-widening stage after the delay itself, so the width comes from the same chip-modeling source as the delay’s character rather than from an unrelated processing block.

A tape- or analog-echo-style repeat, evolving and imperfect by nature, is the direct use case for BBDelay’s chip and compander modeling; a repeat that needs to stay completely clean and artifact-free at any alignment setting is asking the chip model to behave like something it isn’t reproducing.

Ping-Pong Borrows Its Width From Elsewhere

BBDelay runs in four modes — Mono, Dual Mono, Ping-Pong, and Reverb — each routing the delayed signal differently rather than offering the same mono repeat with different output routing applied afterward. Ping-Pong alternates repeats between left and right channels; Reverb mode uses the delay engine’s feedback and modulation to build a diffuse, reverb-like tail rather than discrete, countable repeats.

Delay time reaches up to 800 ms in standard operation and up to 1600 ms in an x2 mode, giving access to both tight slapback-length repeats and long, spacious echo trails from the same engine rather than requiring a separate long-delay algorithm.

Delay speed is controlled with a smooth, analog-style control by default, with optional Time and Tempo Sync modes available when a delay needs to lock to a session’s tempo instead of running freely — the analog-style control itself introduces the same kind of speed-change glide a physical BBD circuit produces when its clock rate changes.

Ping-Pong mode has no dedicated width control of its own — spreading a ping-pong repeat’s stereo image further than the mode’s default relies on the chip spread setting shared with the other modes rather than a control built specifically for ping-pong width. Producers building alternating stereo repeats get the core ping-pong routing without a bespoke width parameter attached to it; producers needing an exact, independently adjustable ping-pong width still route through the shared chip spread control instead.

Every Repeat Gets Its Own Attack

The integrated transient processor shapes the attack of every individual repeat rather than only the source signal passing into the delay, so each echoed repetition can have its transient emphasized or softened independently of how the dry signal’s own transient was shaped going in.

The built-in ducker reduces delay repeats while the dry source is actively playing and lets them rise once the source pauses, keeping repeats from stacking up under a busy performance and only becoming prominent in the gaps between phrases — a sidechain-style behavior built into the delay itself rather than requiring an external ducking plugin routed around it.

The gate cuts repeats off based on level rather than shaping their attack or ducking them under the source, producing rhythmic, choppy repeat patterns when set aggressively rather than the smooth trailing decay a delay without gating would produce.

Transient shaping, ducking, and gating all apply to the same repeat path in the processing order BBDelay runs them in, rather than as reorderable stages a producer can rearrange. Producers wanting rhythmic, ducked, and shaped repeats built into one delay instance get all three from BBDelay directly; producers needing a different processing order between these three effects still need separate plugins routed in that custom order.

Filters That Compound With Every Pass

Analog-style saturation runs with multiple response curves available, adding harmonic content to the repeat signal in different characters rather than one fixed saturation curve applied the same way regardless of setting. Three analog dirt modes layer progressively richer character on top of that saturation, moving from a subtler grit through to a heavier, more degraded repeat character as the mode is stepped up.

Tone shaping inside the feedback path runs high-pass, low-pass, and resonant filtering on the signal that feeds back into the delay line itself, rather than only shaping the final output after the repeats are generated — filtering placed in the feedback path changes what each successive repeat sounds like as it cycles back through, darkening or narrowing the tone more with each pass rather than applying one static filter to the whole delay output equally.

Because the tone shaping sits in the feedback path rather than on the output, repeats early in a decaying tail sound different from repeats late in the same tail — filtering compounds with each pass through the loop rather than applying the same fixed EQ curve to every repeat equally.

The three dirt modes are discrete, stepped options rather than a continuously variable saturation-amount control, so dialing in a character between two adjacent dirt modes isn’t available. Producers wanting repeats that progressively darken and degrade across a long decay get direct use from feedback-path tone shaping; producers wanting one uniform tone applied evenly to every repeat need to keep that shaping conservative rather than relying on the feedback-loop compounding.

Wobble Only Touches Delay Time

Four modulation waveforms are available to animate the delay time, each with multiple synchronization options rather than one fixed modulation shape tied to a single free-running or synced rate. Modulating the delay time recreates the pitch-wobbling character a physical BBD circuit produces when its clock rate is varied, rather than a separate chorus or vibrato effect applied after the delay.

Synchronization options let the modulation rate lock to the session tempo or run free independently of it, so a wobble effect can either move in a fixed, repeatable relationship to the beat or drift at its own pace regardless of tempo changes in the session.

The four modulation waveforms are scoped to delay-time modulation specifically, producing the pitch-wobble character BBD circuits are known for — there’s no stated option to route the same modulation source to level, pan, or a tone-shaping parameter instead, the way a general-purpose modulation matrix would allow.

Producers chasing the classic wobbling, unstable pitch character of a physical BBD unit get that directly from time modulation with sync options attached; producers wanting the same LFO shapes modulating level or panning instead need a separate modulation tool routed around BBDelay rather than a built-in destination inside it.

No Dedicated Ping-Pong Width Control

Widening a ping-pong pattern beyond its default spread means raising the same chip-spread setting used in every other mode, not a control scoped to ping-pong’s left-right alternation specifically.

FAQs