Venn Audio has always occupied a different position in this space, building toward engineers who want to understand exactly what’s happening to their waveform and have precise, almost surgical control over every aspect of the clipping process. V-Clip 2 takes that philosophy substantially further than its predecessor and arrives as arguably the most technically comprehensive clipper plugin currently available.
This is the sequel to V-Clip, itself a commercial follow-up to the developer’s highly regarded free plugin Free Clip 2, and the jump from the original to version 2 is significant.
We’re talking about multiband clipping across four frequency bands plus a full-band clipper, mid-side processing available independently on each of those bands, up to 512x oversampling with three different filter types, a pre/post emphasis stage for controlling which parts of the frequency spectrum get hit hardest by the distortion, asymmetric clipping with independent positive and negative waveshaping, and up to 10 separate clipping stages in total. Alongside all of that sits a fully modular, resizable interface where nearly every component can be popped out into its own floating window.
In my opinion, V-Clip 2 is good choice for engineers who want depth and precision in their clipping workflow, and are willing to spend time learning the interface in order to unlock results that simpler clippers simply can’t produce. If you want a clipper you can set up in thirty seconds, this probably isn’t your first choice.
If you want a clipper that gives you the ability to shape distortion with the kind of granularity normally reserved for dedicated waveshaping tools, it’s an exceptional piece of software.
The Multiband and Mid-Side Architecture
I want to spend time on this because it’s the most distinctive and practically powerful aspect of what sets the plugin apart from the rest of the market, and understanding how the layers work together changes what you can do with it. The default view shows you a single full-band clipper, which works fine as a conventional single-band clipping tool on its own. But enabling the multiband mode opens up four separate frequency band clippers: Low, Low Mid, High Mid, and High, each sitting in its own lane with its own independent clipping settings.
This means you can apply aggressive hard clipping to the low end of a drum bus to add density and weight, apply a gentle soft clip to the low mids for warmth and glue, leave the high mids relatively untouched, and apply a different sigmoid curve to the highs for air and presence, all simultaneously with completely different settings in each band. The ability to set per-band ceiling offsets from the global ceiling gives you precise control over which frequency regions get hit first and hardest as the signal pushes into the threshold.
Going further, each of those bands also has independent M/S processing available, so if you want the side channels of your high-mid band to clip differently from the center, you can do that. I have to say the depth of this architecture is unlike anything else in the clipper category right now, and realized I had been approaching multi-source clipping problems in ways that required multiple plugins doing jobs that V-Clip 2 handles in a single insert.
Waveshaping and the Sigmoid Library
The clipping algorithm selection in most plugins gives you two or three choices: soft, hard, and maybe a hard clip with a soft knee. The library in V-Clip 2 is substantially larger, with a wide range of static and variable sigmoid functions covering everything from ultra-gentle analog-style saturation curves through increasingly aggressive shapes to hard clip modes.
The standout addition in version 2 is the Super Soft Knee function, which provides a variable knee transfer curve in the decibel domain rather than a fixed curve, giving you more natural and musically responsive behavior at the onset of clipping. The character of that transition into clipping is often more important to how the distortion sounds than the ceiling level itself, and having finer control over that curve opens up tonal possibilities that fixed sigmoid shapes don’t offer.
The asymmetric clipping support lets you set completely different waveshaping functions and thresholds for the positive and negative halves of the waveform independently. This generates different harmonic content than symmetric clipping, specifically allowing you to blend even and odd harmonics in ways that produce the kind of complex, musical distortion character that’s very hard to achieve with conventional symmetric clippers. I found this particularly effective for adding analog-style saturation to sources where pure even-order saturation was too clean and pure odd-order was too harsh.
Pre/Post Emphasis
This is one of those features that sounds technical until you understand what it actually does to the sound in practical terms, and once you get it you’ll find yourself reaching for it on almost every session. The Emphasis section lets you apply an EQ boost to the signal before it hits the clipper and a corresponding attenuation after, or vice versa. What this means in practice is that you can make specific frequency ranges saturate more heavily than others without using the full multiband architecture.
The interface shows you the boost curve and the corresponding mirror attenuation curve simultaneously, so you can see exactly what’s being emphasized going in and compensated for going out. The default is a peak filter, but you can switch it to high or low shelf for broader frequency emphasis, and the post-clipping attenuation can be unlinked to allow independent or no post-clipping processing at all.
The practical uses for this are extensive:
- Boost the highs going into the clipper to add air and harmonic presence in the top end, then cut those same frequencies after to maintain the tonal balance while keeping the harmonics
- Emphasize low-mids before clipping to add warmth and body, compensating after for a balanced result that sounds fuller than before without changing the overall frequency response significantly
- Apply high-shelf emphasis on a drum bus to drive the hi-hat and cymbal harmonics harder than the rest of the kit
- Use negative emphasis to deliberately protect certain frequencies from the heaviest clipping
Oversampling and Visualization
The 512x oversampling ceiling is the highest available in any clipper plugin at any price point, and while most practical use cases are handled perfectly well at 4x, 8x, or 16x, having that ceiling available for specific mastering applications where aliasing control matters most is a genuinely useful ceiling to have. Three different filter types are available for the oversampling, which affects the character of the anti-aliasing, giving you options between linear phase and minimum phase behavior depending on whether latency or phase coherence is your priority.
The visualization suite is one of the most comprehensive in any plugin in this space, and I love how it gives you multiple windows into what’s happening to your audio simultaneously. You can choose from shaper, waveform, oscilloscope, envelope, spectrum, and histogram views for each individual clipper, and every one of these windows is independently resizable and can be popped out into its own floating window.
The test tone generators, including an adjustable sine wave, noise generators, and a sampler, help you fine-tune waveshaping settings by feeding controlled signals through the plugin and watching exactly how the transfer function responds.
Formats: VST3, AU (AUv2), AAX
Works with: macOS and Windows
Price: $60 (existing V-Clip 1 owners pay $30)
Check here: Venn Audio V-Clip 2
Hello, I’m Viliam, I started this audio plugin focused blog to keep you updated on the latest trends, news and everything plugin related. I’ll put the most emphasis on the topics covering best VST, AU and AAX plugins. If you find some great plugin suggestions for us to include on our site, feel free to let me know, so I can take a look!