Best Limiter Plugins

Updated May 2026 — A limiter is the last line of defense before your music hits a streaming platform, a vinyl master, or a club PA system. Get it right and your track sounds loud, punchy, and polished. Get it wrong and you'll deal with distortion, pumping artifacts, or a track that simply fails true-peak compliance checks on Spotify, Apple Music, or YouTube. This guide covers the best limiter plugins available right now, who they're built for, how they work, and exactly how to dial them in.

Before diving into specific products, it's worth understanding what separates a great limiter from a mediocre one. The best limiters share a few traits: minimal inter-sample peak (ISP) distortion, fast and adjustable attack/release times, transparent gain reduction at moderate settings, built-in loudness metering (LUFS, LU, true peak), and algorithm flexibility so you can match the limiter's character to your genre. Whether you're mastering a delicate acoustic record or brick-walling a modern pop banger to -8 LUFS, the right limiter makes the difference between a competitive, professional release and something that falls apart under scrutiny.

This roundup covers limiters at every price point — from completely free options to flagship mastering tools. Each entry includes real-world settings, genre recommendations, and honest pros and cons based on hands-on use. For a deeper look at how limiters fit into the broader mastering chain, check out our guide to how to master a song at home.

What Is a Limiter and How Does It Work?

A limiter is essentially a compressor with an infinite (or near-infinite) ratio — typically 20:1 or higher — that prevents audio from exceeding a set ceiling. Unlike a compressor, which gently reshapes dynamics, a limiter is a hard stop. Modern "brickwall" limiters guarantee that no sample will exceed the ceiling you set, making them the standard last plugin in any mastering chain.

Key limiter parameters explained:

• Ceiling / Output Ceiling: The maximum output level, typically set to -0.1 dBTP or -1.0 dBTP for streaming platforms to avoid inter-sample clipping on playback decoders.
• Threshold / Input Gain: How much gain you push into the limiter. Raising input gain (or lowering the threshold) increases loudness but also increases the amount of limiting — the key creative trade-off.
• Attack: How quickly the limiter responds to transients. Slower attack lets more transient energy through (punchier, more dynamic feel); faster attack catches peaks more aggressively.
• Release: How quickly gain reduction recovers. Too fast causes pumping or distortion; too slow kills dynamics and creates a "squashed" sound.
• Lookahead: A short delay that allows the limiter to "see" what's coming and apply gain reduction before the peak arrives. Measured in milliseconds (typically 0.5–5 ms), lookahead dramatically reduces distortion at the cost of a tiny latency penalty.
• True Peak vs. Sample Peak: True peak limiting accounts for inter-sample peaks that occur during D/A conversion and playback — crucial for streaming compliance. Always use true peak mode for release masters.

Understanding the interaction between lookahead, attack, and release is central to getting great results. For genres with heavy transient content — drums, percussion, orchestral peaks — a longer lookahead (3–5 ms) with moderate attack gives the limiter time to act without audibly distorting the transient. For sustained content like pads, strings, or vocals, a shorter lookahead and faster release keeps things feeling natural. For more on the technical side of how loudness meters and true-peak compliance work in practice, see our complete guide on how to use a limiter.

Top Limiter Plugins Reviewed

1. FabFilter Pro-L 2 — Best Overall

FabFilter Pro-L 2 is the gold standard for mastering limiters in 2026. It offers eight distinct limiting algorithms — each with its own character — along with the cleanest true-peak ceiling implementation available in any plugin. The "Modern" algorithm is the most commonly used for contemporary pop, hip-hop, and electronic music, offering aggressive loudness with minimal distortion artifacts. "Transparent" mode is ideal when you want the limiter to be completely inaudible. "Bus" mode handles individual stems or mix bus limiting where you want to preserve more punch. "Dynamic" mode behaves closer to a compressor-limiter hybrid and works extremely well for acoustic and orchestral content where you want to maintain natural feel.

The real-time loudness display shows integrated LUFS, momentary LUFS, short-term LUFS, and true-peak simultaneously — everything you need to hit streaming targets without switching to a separate metering plugin. The transparent stereo/mid-side processing option makes it possible to limit the mid and side channels independently, a technique used extensively in mastering to prevent side-channel transients from causing pumping artifacts.

Key specs: 8 algorithm modes, true-peak limiting, M/S processing, 0–10 ms lookahead, up to 32x oversampling, ISP (inter-sample peak) metering, full-band and per-channel gain reduction meters, Unity Gain listening mode.

Recommended settings for streaming masters: Algorithm: Modern or Transparent | Input Gain: +3 to +6 dB (adjust to taste) | Output Ceiling: -1.0 dBTP | Lookahead: 2.0 ms | Attack: Auto | Release: Auto. Aim for an integrated LUFS of -14 to -9 LUFS depending on genre.

Price: $199

2. iZotope Ozone 11 Maximizer — Best for Mastering Suite Integration

The Maximizer module inside iZotope Ozone 11 is one of the most sophisticated limiting engines available, combining a traditional brickwall limiter with AI-driven "Intelligent Release Control" and the IRC (Intelligent Release Control) IV algorithm — the latest generation in iZotope's acclaimed IRC series. IRC IV is designed to handle complex material like dense mixes with lots of harmonic information, preserving punch and air even at aggressive loudness settings that would cause obvious distortion in most limiters.

Ozone 11's Maximizer also includes a Transient Emphasis control that lets you dial in how much transient punch survives the limiting process — incredibly useful when you're pushing a hip-hop track hard and want the snare to stay snappy. The "Learn" button analyzes your track and suggests a target loudness, which is genuinely useful as a starting point. Stereo and M/S modes are both available, and the plugin can run as a standalone Maximizer (from Ozone Elements) or as part of the full Ozone suite.

Key specs: IRC I, II, III, IV algorithms, Transient Emphasis, Stereo/M-S mode, true-peak ceiling, AI-assisted loudness targeting, ISP metering.

Price (Ozone 11 Standard): $249 | Ozone 11 Advanced: $499

3. Waves L2 Ultramaximizer — Best Industry-Standard Legacy Tool

The Waves L2 Ultramaximizer may be from a previous generation of limiting technology, but it remains one of the most used limiters in commercial music production for a reason: it sounds fantastic on certain types of material, particularly hip-hop, R&B, and rock, and its simple interface — Threshold, Out Ceiling, Release, and ARC (Auto Release Control) — makes it approachable even for producers new to mastering. Its "look-ahead" brickwall architecture was the defining mastering limiter sound of the late 1990s through the 2010s, and many engineers still reach for it specifically for that sonic character.

One important caveat: the L2 does not offer native true-peak limiting, which means at very high output levels you can still encounter inter-sample peaks on playback decoders. For modern streaming release masters, it's wise to use the L2 for its sound character but then run a true-peak check with a separate metering tool like iZotope RX or a dedicated ISP meter. For more on the L2's legacy and where it fits in a modern plugin chain, see our article on best plugins for mixing in 2026.

Price: $49 (often available at significant discount during Waves sales)

4. Sonnox Oxford Limiter V3 — Best for Transparent Mastering

The Sonnox Oxford Limiter has long been the go-to for mastering engineers who prioritize absolute transparency above all else. Version 3 adds "Enhance" processing — an adaptive harmonic excitation that compensates perceptually for the level reduction caused by heavy limiting, so the master doesn't feel squashed or dull even at aggressive settings. This is a fundamentally different approach from simply adding saturation or parallel processing: Enhance adjusts dynamically based on the amount of gain reduction being applied.

The Oxford Limiter V3 also includes a sophisticated Dither section with noise shaping options (Type 1 and Type 2 curve) making it suitable as the final plugin in a 32-bit float mastering chain destined for 16-bit CD or 24-bit streaming deliverables. True-peak limiting, ISP detection, and detailed gain reduction metering round out a feature set that justifies the price for professionals. The plugin is particularly favored for classical, jazz, and acoustic genres where a sense of natural dynamics is critical.

Price: $225

5. Slate Digital FG-X 2 — Best for Loudness Without Distortion

Slate Digital FG-X 2 takes a distinctly different approach to limiting. Instead of just applying standard brickwall gain reduction, FG-X 2 uses a "Transient Architecture" system that separates transient and tonal information in the signal, applies limiting more aggressively to the tonal/sustain content while allowing transients to pass through with greater integrity. The result is a sound that can be pushed considerably louder than traditional limiting before audible artifacts appear.

The Detail knob controls how much transient energy is preserved — at 0, the behavior is close to a transparent brickwall limiter; at 10, transients are almost completely preserved while the limiting acts almost exclusively on the sustained content. The ITP (Intelligent Transient Preservation) engine is the core technology here and it genuinely delivers on its promise, particularly for drums, live instruments, and hybrid electronic/acoustic productions. FG-X 2 is available as part of the Slate Everything subscription, which many producers already use for access to the full Slate plugin library.

Price: $14.99/month (Slate Everything subscription) | FG-X 2 standalone: $149

6. Limiter No6 (Tokyo Dawn Records) — Best Free Option

Limiter No6 by Tokyo Dawn Records is a modular brickwall limiter that punches far above its free price tag. The plugin is structured as five independent sections: RMS Compressor, Peak Limiter 1, High-Frequency Limiter, Peak Limiter 2, and a True Peak Clipper — each of which can be enabled or bypassed independently. This modular architecture means you can configure it as a simple one-stage limiter or a sophisticated multi-stage loudness processor depending on your needs.

The true-peak clipper at the output stage is a particularly clever addition: it uses oversampled hard clipping to catch any inter-sample peaks that slip through the main limiting stage, which means your ceiling compliance is rock solid without introducing the phase distortion that some look-ahead limiters can cause. The HF Limiter section acts specifically on high-frequency content, which is where ISPs most commonly occur due to the nature of harmonic content above 10 kHz. For a completely free plugin, the transparency and metering are exceptional — this is used professionally by many engineers on mix bus and mastering applications. If you're just getting started with mastering, this is an excellent entry point alongside tools described in our best plugins for beginners roundup.

Price: $0 (Free)

7. Waves L3-LL Multimaximizer — Best for Multiband Loudness

The Waves L3-LL (Low Latency) Multimaximizer brings frequency-selective limiting to the table, splitting the signal into five bands and allowing each band's gain reduction to be controlled independently. This approach solves one of the classic problems with broadband limiting: a single loud bass hit shouldn't cause the entire mix to duck, but with a single broadband limiter that's exactly what happens. With the L3-LL, a powerful low end can trigger heavy limiting in the low-frequency band while the midrange and highs are barely touched, preserving overall dynamics and punch.

The LL (Low Latency) version is specifically optimized for live use and DAW environments where plugin latency needs to be minimal. For mastering-focused use where latency isn't a concern, the standard L3 Multimaximizer offers slightly better transparency. Both versions include Waves' Priority control, which determines how the gain reduction is distributed across bands — a unique parameter that takes practice to dial in but gives enormous flexibility. This is conceptually related to techniques covered in our guide to multiband compression, and understanding that article will help you use the L3-LL more effectively.

Price: $49

8. Weiss DS1-MK3 — Best for Ultra-High-End Mastering

The Weiss DS1-MK3 is a plugin emulation of the legendary Weiss hardware mastering limiter/de-esser, developed by Softube in collaboration with Weiss Engineering. The original hardware unit is found in some of the world's most prestigious mastering facilities, and the plugin captures that sonic character with remarkable fidelity. It's not the most feature-rich limiter in terms of algorithm options or visual feedback, but the sound quality — particularly its handling of transients and its ability to apply significant gain reduction without audible pumping or distortion — is in a class by itself.

The DS1-MK3 includes a comprehensive de-essing module alongside the limiting function, making it useful for vocal mastering and for taming harsh high-frequency content before or during limiting. The limiter section offers Threshold, Attack, Release, and Hold controls plus a unique "Overshoot" parameter that fine-tunes how aggressively initial transients are handled. This is serious professional-grade tooling with a corresponding price tag — typically justified only for engineers doing full commercial mastering work.

Price: $299

9. Voxengo Elephant — Best Budget Professional Option

Voxengo Elephant is a mastering-grade brickwall limiter at a fraction of the cost of flagship tools. It includes 6 limiting modes (ranging from transparent to more colored/aggressive), oversampling up to 8x, true-peak limiting, a built-in DC offset filter, and sophisticated metering including RMS and peak level display. The interface is dense and somewhat technical but rewards engineers who take the time to understand it.

Elephant is particularly notable for its "ClipAmp" feature — essentially a saturating stage before the main limiter — which allows some controlled harmonic coloration to be added during limiting, similar to what happens in analog hardware processing. For producers wanting a professional-grade limiter without spending $200+, Elephant consistently outperforms many more expensive options in blind tests for transparency on complex material.

Price: $69

10. Eventide Elevate Bundle — Best for Creative Control

The Eventide Elevate Bundle takes a machine-learning approach to limiting that's unlike anything else on this list. At its core is a multiband transient-preserving limiter with an adaptive algorithm that continuously adjusts crossover points, attack, and release times for each frequency band in real time based on the musical content of the signal. The result is one of the most "musical" sounding limiters available — it genuinely sounds like the music is getting louder rather than just getting louder at the cost of dynamics.

The bundle also includes the Punctuate transient shaper, Neuron filter, and Fader plugin, which work in concert with the main Elevate limiter to give you comprehensive control over the mastered sound. The Gain Shaper display is one of the most informative visualizations in any limiter — showing frequency-specific gain reduction in real time so you can see exactly which bands are working and by how much. This is an excellent choice for producers mastering a wide variety of genres and wanting maximum control and visual feedback.

Price: $199

Head-to-Head Comparison

Genre-Specific Limiter Recommendations

The "best" limiter depends heavily on what you're mastering. Here's a breakdown by genre with specific settings guidance:

Electronic Music, House, and Techno

Electronic music demands a limiter that can handle heavy, repetitive low-end hits without introducing pumping artifacts. The kick drum in a techno or house track will trigger gain reduction thousands of times over the course of a six-minute track — your limiter needs to recover cleanly every time. For this, the FabFilter Pro-L 2 in "Modern" or "Aggressive" mode is the standard choice. Use a lookahead of 1.5–3 ms, set the release to Auto, and push until you're hitting your target integrated LUFS (-9 to -7 LUFS for club-oriented material). Alternatively, the Eventide Elevate Bundle's adaptive multiband approach works exceptionally well for electronic music because it can apply heavier limiting to the sub-bass content where headroom is most needed without affecting transient snap in the upper mids.

A common mistake in electronic mastering is pushing the limiter too hard in a single stage. A better approach is a two-stage limiting strategy: use a gentle first-pass limiter (2–3 dB of gain reduction maximum) before your main limiter, which then only needs to do 2–4 dB of work rather than 6–8 dB. This results in significantly less audible artifacts at equivalent loudness.

Hip-Hop and Trap

Hip-hop and trap limiting is all about preserving 808 sub weight and snare snap while achieving commercially competitive loudness, typically -9 to -8 LUFS for streaming. The 808 is a long, sustaining tone that will trigger the limiter throughout its decay, and if your release is too slow, the entire mix will audibly pump. Fast auto-release with the FabFilter Pro-L 2's "Modern" algorithm works well here. The Waves L2 is still used by many hip-hop engineers specifically for the way it handles 808s — there's a slight harmonic enrichment that makes 808s feel fatter in this context. Slate FG-X 2 with the Detail control at around 6–7 is excellent for keeping snare transients punchy while the 808 sustain triggers gain reduction.

For mix bus limiting on individual stems before sending to a mastering engineer, use Limiter No6 with just the Peak Limiter 1 and True Peak Clipper stages active — this gives you basic protection against inter-sample peaks without changing the dynamics of the stem significantly. Our in-depth guide on how to master a song covers stem mastering workflows in detail.

Pop and Commercial Music

Pop mastering requires loudness that matches streaming normalization targets (-14 LUFS for Spotify, -16 LUFS for YouTube, -16 LUFS for Apple Music with Sound Check on) while sounding full and energetic. The iZotope Ozone 11 Maximizer with IRC IV is arguably the best tool here because its Transient Emphasis control lets you restore punch after limiting, and the AI-driven target suggestion is genuinely accurate for pop material. Set your output ceiling to -1.0 dBTP, engage IRC IV, use the Learn function to get a target LUFS starting point, then fine-tune the Threshold until the mix sounds competitive without artifacts. The Transient Emphasis control at 30–50% is usually the sweet spot for pop content.

Rock and Metal

Rock limiting needs to deal with heavily compressed drum busses and distorted guitars that already have limited dynamics. This means there's less transient information to preserve but more midrange energy to manage. The Sonnox Oxford Limiter V3 with Enhance engaged works beautifully for rock because the perceptual enhancement compensates for the loudness fatigue that can occur when rocking limiter settings flatten the mix. Target -9 to -7 LUFS for modern rock. For metal, some engineers use clipper-first approaches before the limiter — applying 1–2 dB of soft clipping to reduce peak transients before they hit the limiter, allowing the overall level to be raised further. This is a specialized technique that requires careful A/B listening.

Classical and Acoustic

Classical mastering demands the most transparent limiting possible — often just 0.5–2 dB of gain reduction maximum, primarily for true-peak compliance rather than loudness maximization. The Sonnox Oxford Limiter V3 and Weiss DS1-MK3 are the clear choices here. Target -23 LUFS for broadcast (EBU R128) or -16 to -14 LUFS for streaming. Use a long lookahead (5 ms), slow attack, and slow release. Engage true-peak mode with a ceiling of -1.0 dBTP. For streaming platforms that normalize to -14 LUFS, classical masters don't need to be loud — a -20 LUFS master will be normalized up, not down, which actually preserves more dynamics. Understanding loudness normalization is a key concept covered in our resource on how to make music that translates on any system.

How to Set Up Your Limiter for Streaming Platforms

Streaming platform loudness requirements are the primary driver of how limiters are used in modern music production. Here's the essential reference data and workflow for setting your limiter correctly:

Streaming Platform Loudness Targets (2026)

Spotify: Normalizes to -14 LUFS integrated (with loudness normalization enabled). True-peak ceiling recommended: -1.0 dBTP. If your master is louder than -14 LUFS, Spotify turns it down to -14 LUFS — you don't gain loudness advantage by going louder, only more limiting distortion.

Apple Music: Sound Check normalizes to approximately -16 LUFS. Mastering for Apple Digital Masters requires true-peak ceiling of -1.0 dBTP minimum, with delivery at 24-bit/48 kHz or higher. The ADM badge program specifically requires testing with Apple's AURoundTripAAC tool to ensure no artifacts are introduced in AAC encoding.

YouTube: Normalizes to -14 LUFS (-13 to -15 LUFS tolerance). True-peak ceiling of -1.0 dBTP recommended.

Tidal / Hi-Fi Streaming: No fixed normalization target, but -14 LUFS is the general recommendation. For lossless delivery (FLAC), true-peak ceiling of -0.5 dBTP is increasingly recommended to account for any potential resampling artifacts.

Broadcast (EBU R128): -23 LUFS integrated, -1.0 dBTP, maximum LRA (Loudness Range) of 18 LU. Essential for film/TV sync licensing. See our article on how to get sync licensing deals for why broadcast standards matter for music licensing.

Step-by-Step Limiter Setup Workflow

1. Check your mix headroom before inserting the limiter. Your mix bus peak level before limiting should ideally be between -6 dBFS and -3 dBFS peak. If it's hitting 0 dBFS before limiting, you need to pull down the mix bus gain first — the limiter is not a substitute for proper gain staging.
2. Set your output ceiling. For streaming: -1.0 dBTP. For broadcast: -1.0 dBTP. For CD delivery: -0.3 dBFS. For sync/licensing masters: -1.0 dBTP with a separate pre-limiter check that the file also passes at -0.5 dBTP.
3. Enable true-peak mode. Non-negotiable for any release master in 2026. Inter-sample peaks can exceed your set ceiling during D/A conversion and AAC encoding — true-peak mode prevents this.
4. Set lookahead to 2–3 ms as a starting point. Adjust up (toward 5 ms) for more transparency on transient-rich content. Adjust down (toward 0.5–1 ms) if latency is a concern in real-time contexts.
5. Use Auto attack and release as a starting point, then refine manually while listening. If you hear pumping, increase the release time. If you hear distortion on transients, increase the attack time or lookahead.
6. Raise input gain gradually while listening critically. Stop when you hear the first signs of audible artifacts (usually pumping on kick hits, distortion on bright transients, or loss of depth/width in the stereo image). Back off 0.5–1 dB from that point.
7. Check LUFS. Play the entire track and record the integrated LUFS reading. Compare to your target. If it's too quiet, push slightly harder. If too loud, back off input gain. For most streaming platforms, -14 to -9 LUFS is the practical range depending on genre.
8. Bypass and A/B compare at matched loudness. This is the most critical step. Lower your bypass signal level to match the limited version (perceived loudness), then compare. The limited version should sound at least as good — if the bypassed version sounds noticeably more open, dynamic, or clear, you're limiting too aggressively.
9. Export and verify with a dedicated metering tool. Tools like iZotope RX, Nugen VisLM, or even the free LUFS Meter plugin will give you an independent verification of your integrated LUFS and true-peak levels before you upload.

Limiter vs. Clipper: When to Use Each

One of the most debated topics in modern mastering is whether to use a traditional look-ahead limiter, a clipper, or a combination of both. Understanding the difference is essential for getting the best results from your loudness processing chain.

Traditional Look-Ahead Limiters

Traditional limiters (like all the plugins reviewed above) work by anticipating incoming peaks via lookahead delay and applying smooth, controlled gain reduction to prevent the signal from exceeding the ceiling. The advantage is that the gain reduction is applied progressively and can sound very transparent. The disadvantage is that when pushed hard, the attack and release of the gain reduction can cause pumping or "breathing" artifacts, especially on material with strong, repetitive transients.

Clippers and Saturators

A clipper simply cuts off any samples that exceed a threshold by hard-limiting them to that value. This introduces harmonic distortion (primarily odd-order harmonics in hard clipping, odd-and-even in soft clipping), but it does so without any dynamic pumping artifacts — there's no attack/release modulation, just pure waveform shaping. In practice, a small amount of soft clipping (0.5–2 dB) sounds very similar to analog saturation and is largely inaudible on most material. Hard clipping beyond 2–3 dB starts to introduce obvious distortion, but on distorted guitars or certain electronic sounds, it can actually enhance the character.

The modern standard approach, used by many top mastering engineers, is to combine both: use a soft clipper or saturator as a peak catcher before the main limiter, reducing the peak-to-RMS ratio of the signal before the limiter sees it, which allows the limiter to work more gently. Examples include:

• iZotope Ozone Clip module → Ozone Maximizer
• Tokyo Dawn Kotelnikov (light compression at 20:1) → Limiter No6
• FabFilter Saturn 2 (gentle saturation at 1–2 dB drive) → FabFilter Pro-L 2
• Waves L1 Ultramaximizer → Waves L2 Ultramaximizer (two-stage Waves approach)

Plugins like the DMG Audio Limitless and Goodhertz Vulf Compressor blur the line between clipper and limiter further with hybrid algorithms that apply different processing to different frequency ranges and dynamic ranges simultaneously. This is an evolving area of plugin development with new tools appearing regularly — understanding the fundamentals of both approaches helps you evaluate any new tool on its merits.

For those building a complete signal chain for mastering, our guide on how to build a plugin chain covers the full signal flow from input gain staging through EQ, compression, limiting, and dithering.

Limiter Plugin Buying Guide: How to Choose

With so many excellent options at different price points, choosing the right limiter comes down to a few key questions:

Are You Primarily Mastering or Mix-Bus Limiting?

Mastering limiters need true-peak support, LUFS metering, multiple algorithm options, and M/S processing capability. Mix-bus limiters used during the mix (not for final delivery) have more flexibility — you can use a simpler, lower-latency limiter or even a high-ratio compressor for mix bus control. For mastering, invest in Pro-L 2, Ozone 11, or Oxford Limiter V3. For mix bus, the Waves L2 or even the built-in limiter in your DAW can work fine.

What Is Your Budget?

Honest answer: Limiter No6 (free) covers 90% of use cases competently. If your budget is under $100, Voxengo Elephant ($69) adds more polish and algorithm variety. If you're doing commercial mastering work, Pro-L 2 ($199) is the industry-standard investment that pays for itself quickly. Ozone 11 ($249+) makes sense if you want an all-in-one mastering suite rather than individual plugins.

What Genres Do You Primarily Work With?

Electronic, hip-hop, pop: FabFilter Pro-L 2 or Slate FG-X 2. Classical, jazz, acoustic: Oxford Limiter V3 or Weiss DS1-MK3. Rock, metal: FabFilter Pro-L 2 (Modern mode) or iZotope Ozone 11. Mastering varied genres: Eventide Elevate Bundle for its multiband adaptive flexibility.

Do You Need AI Assistance?

If you're newer to mastering and want guidance, iZotope Ozone 11's AI-driven target loudness and the Eventide Elevate's adaptive algorithms offer significant help in getting in the ballpark quickly. Experienced engineers typically prefer the manual control of FabFilter Pro-L 2 or Oxford Limiter V3. AI mastering assistance is also explored in our guide to best AI mixing plugins.

DAW Compatibility and Format

All plugins reviewed here support AU, VST3, and AAX (Pro Tools) on both macOS and Windows unless otherwise noted. FabFilter Pro-L 2 supports Apple Silicon natively. iZotope Ozone 11 is Apple Silicon native. Most others have been updated for Apple Silicon compatibility but check the manufacturer's website for the latest compatibility information. Linux support is limited — Limiter No6 and Voxengo Elephant both offer Linux VST versions, which is notable for producers on that platform.

Free Trial Availability

Before spending money, take advantage of free trials: FabFilter offers a 30-day fully functional trial of Pro-L 2. iZotope offers time-limited demos of Ozone 11. Sonnox, Waves, Slate Digital, and Eventide all offer trial periods of varying length. There is genuinely no reason to purchase a limiter without audition — always A/B your candidate limiters on your own material before committing.

Practical Exercises

Frequently Asked Questions