Professional LSP Audio Plugins for Windows
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Latest releases
This plugin facilitates objective comparative analysis of audio signals through a blind testing workflow. It enables the evaluation of two distinct inputs by masking their identity, preventing visual bias. The system provides tools for labeling sources, managing gain, and assessing compatibility through conversion. By randomizing and reordering the input paths while obscuring source information, it allows for critical listening and unbiased rating of different signal chains and processing.
This tool enables the construction of complex delay configurations using multiple independent processing lines. It offers extensive control over delay timing through mathematical formulas and allows for individual filtering, equalization, and spatial positioning for every line. With support for tempo synchronization and flexible feedback management, it provides a comprehensive environment for designing intricate echoes. Memory consumption is dynamically handled, ensuring efficient performance during sound design.
This processor automates gain control by measuring signal energy according to standardized loudness recommendations. It utilizes advanced weighting filters to analyze incoming audio, allowing for consistent loudness matching and automatic correction of rapid level changes. By incorporating features to handle silence thresholds and prevent excessive amplification of background noise, it ensures a stable and professional output level. The system is designed to maintain precise loudness targets across diverse audio sources.
This plugin is designed to enhance the dynamic presence of transient-heavy audio by detecting and emphasizing punchy sounds. Using multi-stage processing, it splits the frequency range to perform targeted analysis and dynamic amplification. The system computes signal envelopes to isolate and boost peak impacts while filtering out non-essential noise. By applying specialized temporal adjustments to the detected punches, it restores energy and creates a more responsive, rhythmic character in the processed audio.
This plugin simulates a chorus effect by mixing the original signal with multiple short, time-varying delays. It utilizes low-frequency oscillators to periodically modulate these delays, creating rich harmonic movement and depth. With support for flexible oscillation forms, tempo-synced rates, and feedback loops, it allows for creative experimentation with sound texture. The system provides comprehensive control over the voice modulation and spectral shaping, enabling significant enhancement of the signal's breadth.
This tool manages loudness and peak levels by applying dedicated clipping functions to the incoming audio. It offers a variety of signal-shaping curves to achieve desired saturation and volume density. To maintain sound quality, the plugin includes features like noise dithering, overdrive protection, and direct current offset compensation. It provides precise control over the gain structure, allowing for extreme volume maximization while managing transient behavior and preventing undesirable distortion artifacts.
This tool manages phase offsets between channels by applying precise temporal delays to individual signals. It is designed to correct arrival time discrepancies caused by different microphone placements relative to a sound source. By offering multiple operational modes-samples, distance, or time-it allows for accurate compensation based on physical positioning or signal requirements. The plugin effectively eliminates comb filtering and timing inconsistencies, ensuring coherent and thick signal summation.
This processor performs dynamic range control on audio signals through a flexible sidechain-based architecture. It supports various modes including downward, upward, and parallel compression, adapting to different processing requirements. The system allows for precise configuration of attack, release, and hold timings, alongside knee and ratio adjustments for nuanced sound shaping. With options for independent processing of signal components, it serves as a versatile tool for managing levels and character.
This plugin enables the splitting of a stereo input signal into multiple discrete frequency bands for individual routing. It provides comprehensive control over filter slopes, allowing precise adjustment of frequency ranges for each band. Users can monitor individual outputs or summed signals, facilitating integration into existing signal chains without additional buses. With support for both standard and linear phase filtering modes, it ensures accurate frequency distribution and spectral analysis.
This versatile processor enables comprehensive dynamic range control, allowing for the construction of compressors, limiters, gates, or transient shapers. It features a highly configurable architecture where the dynamic range can be split into multiple sub-ranges, each with independent timing settings. With flexible sidechain routing and processing modes, the system provides total authority over the signal envelope, making it suitable for both transparent leveling and aggressive, creative sound design.
This plugin is designed to increase the dynamic range of a stereo input signal through both upward and downward processing modes. It features a flexible sidechain configuration, allowing for precise control over the expansion threshold and response timing. By including options for hold times and mixed signal output, it facilitates nuanced adjustments to the signal's peak and floor levels. The system is ideal for restoring dynamics or creating distinct effects by widening the perceived range of audio sources.
This plugin provides a comprehensive suite of digital filtering solutions, utilizing both IIR and FIR design approaches to achieve precise frequency correction. It supports a wide variety of filter types, including shelving, bandpass, notch, and resonance designs, with adjustable slopes and quality factors. By offering multiple transformation methods, it enables accurate spectral manipulation without altering signal dynamics or color. The system is designed for high-resolution frequency domain correction.
This effect processor simulates flanging by applying varying time-based delays to the signal, which are then combined with the original audio. It utilizes low-frequency oscillators to modulate delay times, creating complex harmonic movement and sweeping textures. The system offers extensive control over oscillation shapes, tempo synchronization, and feedback loops. By providing sophisticated modulation options, it allows for deep experimentation with spatial movement and the creation of swirling, evolving soundscapes.
This multiband compressor combines upward and downward dynamics processing to achieve dense, saturated sound shaping. It offers specialized operating modes, including dynamic shelving filters for refined gain control and linear-phase processing to preserve spectral integrity. With features like lookahead prediction, surge protection, and sidechain frequency weighting, it enables surgical control over the energy across distinct bands. It is a powerful tool for modern production requiring extreme dynamic density.
This plugin manages the dynamic range of audio by attenuating signals that fall below a defined threshold. It features flexible sidechain routing and processing, allowing for precise control over the gating action. With the inclusion of hysteresis curves, the system ensures accurate and stable fading behavior, preventing erratic switching. The plugin provides comprehensive control over attack, release, and hold timings, making it an essential tool for cleaning up noisy audio tracks.
This tool provides precise frequency correction across thirty-two independent bands. It utilizes advanced filtering techniques to manipulate the spectral content of the signal while maintaining phase integrity. By offering multiple operating modes, including linear-phase and zero-latency options, it allows for both transparent frequency balancing and surgical adjustments. The system is designed to provide high-resolution control over the signal's frequency response with minimal coloration.
This plugin utilizes highly optimized convolution to apply the characteristics of external linear systems to the input signal. It serves as a versatile tool for cabinet emulation, equalization, or reverb simulation. The system allows for extensive modification of loaded impulse files, including time-domain reversal, temporal trimming, and fading. With integrated equalization for processed signals, it enables the precise shaping of the acoustic character and spatial depth of any audio source.
This convolution engine enables the simulation of complex acoustic environments using multiple impulse responses simultaneously. It supports true stereo reverberation by utilizing dedicated processors for each channel, allowing for rich and authentic spatial imaging. The plugin offers comprehensive control over the processed signal, including temporal shifting, tail management, and integrated frequency shaping. It is an ideal solution for achieving sophisticated and realistic reverberation textures in stereo productions.
This utility is designed to accurately measure the total latency introduced by a transmission line or processing chain. By utilizing a chirp signal and inverse filter convolution, it detects the lag between output and input to determine the precise delay time. The plugin provides threshold-based detection to ensure reliable measurements even in varying signal conditions. It is a critical tool for calibrating complex setups where timing precision is necessary for maintaining phase and temporal alignment.
This plugin prevents audio signals from exceeding a specific amplitude threshold, functioning primarily as a brick-wall limiter. It employs a two-stage process involving automated level regulation and peak-cutting algorithms to ensure transparent gain reduction. With various interpolation forms and lookahead capabilities, it manages transient peaks while maximizing perceived loudness. The system offers extensive options for controlling the envelope and smoothness of the output, making it suitable for final signal processing.
This processor applies equal-loudness contour corrections to maintain consistent frequency perception across varying playback volumes. By utilizing standardized curves, it adjusts the spectral balance of the audio to compensate for the human ear's non-linear sensitivity to different frequencies at different SPL levels. The plugin enables calibrated monitoring, ensuring that a mix preserves its intended character and tonal balance when reproduced at levels lower or higher than the original mixing reference.
This multiband processor maximizes loudness by applying peak-cutting functions across distinct frequency ranges. It utilizes advanced crossover filtering and overdrive protection to maintain signal integrity during extreme gain maximization. Featuring independent control over clipping functions, dithering, and loudness limiting for each band, it allows for surgical peak management. With integrated spectral analysis and surge protection, the system is designed to achieve high-density output while preserving musical detail.
This multiband dynamics processor provides independent compression across multiple frequency bands using flexible sidechain-driven configuration. It offers sophisticated operating modes, including modern dynamic shelving and linear-phase splitting, to preserve phase coherence during processing. Each band features comprehensive controls for ratio, attack, release, and knee adjustments, alongside intelligent sidechain weighting. The plugin ensures precise energy management across the spectrum, ideal for complex mastering and sound shaping.
This tool offers multiband dynamic processing capabilities, allowing for independent expansion or compression across the frequency spectrum. It supports advanced configurations like dynamic shelving and linear-phase splitting to maintain spectral clarity and phase accuracy. With granular control over threshold ranges, ratios, and timing settings for each band, the system facilitates highly nuanced dynamic manipulation. Designed for complex signal environments, it provides deep integration and flexible sidechain routing for surgical processing.
This multiband processor increases the dynamic range of audio signals through independent frequency-based expansion. By employing flexible crossover and filtering designs, it provides highly targeted control over signal floors across different bands. The plugin features extensive sidechain configuration, including lookahead prediction and frequency-dependent weighting, to ensure accurate expansion behavior. With comprehensive mixing and timing controls, it is a powerful instrument for enhancing the dynamic impact and clarity of complex musical material.
This plugin enables frequency-specific gating of stereo input signals with flexible sidechain control. It provides multiple processing modes, including modern dynamic shelving and linear-phase filtering, to isolate and manage signal transients across distinct bands. Each band offers independent reduction, attack, and release parameters, alongside sidechain frequency weighting and lookahead capabilities. With support for hysteresis and transition zone control, it provides precise dynamic shaping of complex audio content.
This processor provides multiband limiting through a four-stage gain reduction architecture involving per-band and global signal regulation. It utilizes automated level regulation and iterative peak-cutting algorithms to maximize loudness while preventing amplitude overshoot. Users can choose from various interpolation methods for gain reduction patches, with linear-phase options available to preserve phase coherence. The system includes advanced oversampling and dithering to ensure high-fidelity output during extreme loudness maximization.
This plugin implements a multiband sidechain effect based on ring modulation principles. The signal is split into frequency bands, where the sidechain input is rectified, limited, and multiplied by the original signal before being subtracted. This creates distinct side-effect textures, with additional smoothing and prediction controls provided to mitigate unwanted distortion. Featuring flexible sidechain routing and band-specific processing, it allows for creative, rhythmically driven modulation of the input signal.
This tool enables spectral matching by comparing the frequency profile of an input track against a reference source. It facilitates precise sonic alignment through static analysis or dynamic, continuous profile capture. Users can define custom frequency response envelopes, apply limits to correction aggressiveness, and control morphing speeds for smooth transitions. The plugin offers comprehensive post-processing filter options and FFT analysis to ensure accurate tonal adaptation for professional mixing tasks.
This plugin provides a centralized environment for mixing up to eight stereo channels. It offers individual channel management including phase inversion, panning, balancing, and gain control. Integrated with master input and output routing, it supports efficient signal summation and monitoring. Designed for streamlined audio workflows, the system includes essential features such as soloing, muting, and mono compatibility testing, ensuring effective control over complex multi-channel audio projects.
This utility implements a highly flexible multi-channel noise generation system with independent filtering and coloration options. It supports various generator types, including random sequence, linear congruential, and velvet noise, with customizable statistical distributions. Users can precisely tune the noise color, spectral slope, and crushing characteristics to achieve specific sonic textures. Designed for versatile signal synthesis, it provides comprehensive analysis tools to visualize and calibrate the generated output in real-time.
This plugin is a flexible utility signal generator capable of producing various waveforms for replacement, additive, or modulation tasks. It supports a wide array of classic and band-limited shapes, including sine, cosine, square, sawtooth, and trapezoidal waves, with precise control over duty ratios and pulse widths. Featuring options for frequency, phase, and amplitude modulation, as well as oversampling modes, it serves as a reliable source for reference signals and complex sound design applications.
This plugin provides a comprehensive visualization environment for monitoring audio signals through multiple operational modes. It features triggered sweep generation, XY plotting, and goniometer displays, allowing for detailed inspection of waveform geometry and phase relationships. Users can tune timebases, trigger thresholds, and edge detection to capture stable traces of complex signals. With support for persistent history and multi-channel synchronization, it serves as an essential analytical tool for assessing signal behavior and integrity.
This parametric equalizer enables high-precision frequency correction using up to thirty-two simultaneous filters. It supports a diverse range of filter types, including bell, shelving, notch, and resonance, with adjustable slopes and quality factors. By offering multiple implementation modes-including IIR, FIR, and FFT-it allows for transparent spectral manipulation while minimizing phase distortion. Integrated with decramping and note detection features, it provides a powerful environment for surgical frequency domain adjustments.
This tool enables the detection of phase relationships between multiple audio sources, such as microphones at varying distances. Using correlation function analysis, it identifies time and sample differences to ensure coherent signal summation. The plugin provides comprehensive metering for best, selected, and worst phase scenarios, allowing for accurate temporal alignment. It is an essential utility for maintaining phase integrity and eliminating comb filtering in multi-microphone recording setups.
This plugin simulates a classic phaser effect by employing multiple time-varying all-pass filters. Controlled by a low-frequency oscillator, the frequency response is modulated to create rhythmic notches and character-defining spectral movement. With additional feedback paths and customizable oscillation shapes, it allows for deep experimentation with sound texture. The system provides extensive control over modulation depth, frequency ranges, and feedback intensity, perfect for adding motion and depth to any signal.
This plugin performs systematic profiling of audio systems, measuring latency, impulse response, and nonlinear characteristics using synchronized sine sweeps. It automates the measurement sequence, from initial latency detection and signal preprocessing to final post-processing of energy decay and reverberation time. Designed for precision, it enables the extraction of accurate LTI system properties, providing comprehensive data for analysis and subsequent acoustic emulation or correction.
This analysis suite allows for detailed comparison between a mix and multiple reference tracks. It features high-precision metering for peak and loudness levels, spectral content, and dynamic range, alongside advanced stereo image analysis tools like goniometers and correlation meters. With flexible loop management, gain matching, and per-band filtering, it provides all necessary diagnostics to ensure a mix aligns with professional standards throughout the mastering and mixing process.
This utility enables the reception of audio signals via shared memory segments, facilitating communication between disparate audio software environments. By allowing multiple interaction modes-including summing, multiplication, or replacement of the local input-it serves as a bridge for complex routing setups. While designed for cross-platform integration, it provides straightforward gain control for the received stream, making it a functional solution for establishing connections where traditional routing is unavailable.
This plugin performs ring-modulated sidechaining by modulating the input signal with a rectified and limited sidechain source. By subtracting the resulting modulated signal from the original, it achieves a unique dynamic relationship between two audio paths. The system includes sophisticated smoothing and prediction controls to minimize transient distortion, offering a creative approach to dynamic ducking and modulation. It is an effective tool for achieving distinct, rhythmically reactive sonic textures.
This processor simulates the impulse response of complex spaces using raytracing-based physical modeling. By defining 3D room geometries, material absorption, and diffusion properties, it generates realistic acoustic environments. Users can place multiple audio sources and virtual microphone captures within the scene to tailor the final reverb characteristics. It offers complete control over the physical simulation and output mixing, making it a high-fidelity solution for generating authentic spatial acoustics.
This plugin functions as a single-note MIDI-triggered sample player, supporting up to eight velocity-layered samples. It provides comprehensive tools for sample shaping, including precise cutting, fading, and pitch compensation, alongside advanced time-stretching algorithms. Featuring a full AHDBSSR envelope generator and versatile looping modes with crossfade options, it enables detailed control over playback dynamics. Integrated with a multi-sample matrix, it serves as a flexible solution for instrument sound design.
This utility enables the transmission of audio signals via shared memory segments, facilitating connectivity between different audio software or plugin formats. By allowing the routing of audio data where standard methods may be unavailable, it serves as a bridge for complex, multi-application setups. While intended for external integration, the plugin provides independent gain control for both input and sent signals, ensuring signal levels are managed effectively throughout the transmission chain.
This plugin provides a suite of short delay lines designed to simulate early acoustic reflections. It allows for precise placement of sound sources within the mix by manipulating timing, distance, and spatial positioning through independent panning and equalization for each delay line. With features like tempo synchronization, ramping for smooth automation, and dynamic time-stretching, it enables the creation of a wider and more definitive stereo image while preserving realistic acoustic characteristics.
This analysis tool performs real-time spectral monitoring across eight independent channels. It offers multiple visualization modes, including mastering-grade, stereo, and detailed single-channel spectrograms, to provide deep insight into frequency content. With support for Mid/Side transformations and flexible FFT analysis settings, it allows for high-precision diagnostic work. The plugin includes comprehensive channel management, historical peak tracking, and adjustable reactivity to suit any critical monitoring task.
This plugin serves as a protective utility designed to eliminate audible pops and clicks caused by sudden playback start or stop events in audio streams. By monitoring the signal's RMS envelope, it triggers smooth, configurable fade-in and fade-out transitions. It employs lookahead processing to ensure transitions are completed at the precise point of signal detection, protecting the output from harsh transients. It is an essential tool for maintaining professional signal integrity in volatile playback environments.
This plugin functions as a powerful audio-to-audio and audio-to-MIDI trigger, converting transient signals into precise, expressive data. It features a highly configurable sidechain processor with multiple detection modes to isolate hits from complex or noisy audio. The device supports up to eight velocity-layered samples, offering deep customization for shaping, pitch, timing, volume, and panning. With dynamic range and spread controls, it ensures accurate, responsive performance translation for any production environment.
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Why is this a paid service? You aren't paying for the open-source code itself, but for the service: the complex technical assembly, testing on Windows, and providing ready-to-use pre-compiled binaries. This is about careful
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What do I get? A package containing the latest formats (VST2, VST3, LV2, CLAP), as optimized pre-compiled binaries for the Windows environment.
Who is this for? For professionals who value sound quality and reliability, and for newcomers who want to use top-tier tools without getting bogged down in technical hurdles.