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Allen & Heath QU-24: The Mid-Size Digital Mixer That Bridges the Gap Between Compact and Full-Scale
When Allen & Heath released the QU series, they did something that few manufacturers manage successfully: they created a family of digital mixers that share a common sonic DNA and workflow philosophy while scaling gracefully across different size requirements. The QU-24 sits in the middle of that family, and it occupies what may be the most strategically important position in the lineup. It is large enough to handle the input counts and bus requirements that outgrow a 16-channel console, yet compact enough to remain practical for portable applications and modestly sized technical booths.
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After deploying the QU-24 extensively in mid-size worship environments, regional theater productions, corporate event spaces, and multi-purpose venues, we have developed a thorough understanding of where this console excels and where its boundaries lie. This review represents real-world experience from the perspective of professional AV integrators who have lived with this console across hundreds of events and installations. It is not a spec-sheet recitation — it is a practitioner’s assessment of a tool we know intimately.
Expanding the Canvas: What 24 Channels Actually Means in Practice
The jump from 16 to 24 mic/line inputs does not sound dramatic on paper, but in practice, it is transformative. Those additional eight input channels eliminate the compromises that a 16-channel console forces upon you in many real-world scenarios. Consider a mid-size worship band: a drum kit with kick, snare, hi-hat, and two overheads takes five channels. Bass guitar, electric guitar, acoustic guitar, and keyboards add four more. A choir with two or three microphones, a worship leader, two background vocalists, a pastor’s wireless mic, and a guest speaker mic bring the total to roughly 18 channels before you even account for playback inputs, announcement microphones, or video playback audio. On a 16-channel console, you are subgrouping, sharing inputs, and making compromises. On the QU-24, you simply have enough channels.
The QU-24 provides 24 mic/line inputs on XLR/TRS combo jacks, plus 3 stereo line inputs on TRS connectors, giving you a total of 30 input sources. This count handles the vast majority of mid-size productions without requiring external splitters, submixers, or creative workarounds. The additional stereo inputs are particularly useful for stereo playback sources, click tracks, and backing tracks that do not need microphone preamps.
The 30 motorized faders are spread across the console surface, providing direct physical access to every input channel, stereo input, and master output. Unlike smaller consoles that require layer switching to access all channels, the QU-24 gives you eyes and hands on every channel simultaneously. This is a significant workflow advantage during complex mixes where you need to make rapid adjustments across multiple channels without fumbling through fader layers. The cognitive load of remembering which layer you are on and which channels are currently assigned to the faders simply disappears.
Physical Design and Build Quality
The QU-24 shares the same steel chassis construction philosophy as the rest of the QU family, but scaled up to accommodate the larger fader count and expanded I/O. The result is a console that feels professional and substantial in every respect. The chassis is rigid and well-braced, with no flex or resonance when you press buttons or move faders. The overall fit and finish is excellent, with clean panel gaps, properly aligned controls, and a consistent visual design language that communicates quality.
The fader section dominates the front of the console, with 30 motorized faders arranged in a logical left-to-right layout. The fader travel is smooth and consistent, with just enough resistance to prevent accidental adjustments from brushing against a fader while reaching for something else. The motorized recall is fast and accurate — when you switch layers or recall a scene, the faders snap to their stored positions without hesitation. The motor noise is quiet enough that it does not intrude during quiet passages in a live performance, which is a detail that matters in sensitive acoustic environments like worship spaces and theaters.
Above each fader, you find a dedicated select button with an LED indicator, a rotary encoder for quick access to selected parameters, and segment-style level metering. The metering provides an at-a-glance overview of signal levels across all channels, which is valuable for quickly identifying channels that are clipping, channels that have lost signal, or channels with unexpectedly low levels. The select buttons have a positive mechanical click that provides clear tactile feedback, and the LED indicators are bright enough to read in daylight while not being distracting in a darkened booth.
The rear panel is densely populated with connectors. Twenty-four XLR/TRS combo jacks for mic/line inputs, six TRS jacks for the three stereo line inputs, XLR outputs for the main left/right and mono buses, TRS outputs for the mix buses, a talkback mic input, headphone output, USB-B port for audio streaming, and the dSNAKE RJ45 port. Everything is clearly labeled and logically organized, with input connectors grouped on one side and output connectors on the other. Cable management is straightforward thanks to the clear layout and adequate spacing between connectors.
The top panel features the Qu-Drive USB-A port for multitrack recording, positioned for easy access when inserting or removing USB drives. The 5-inch touchscreen and its surrounding controls are located on the right side of the console, within comfortable reach of the operator’s right hand. The processing section includes dedicated keys for navigating directly to specific processing blocks — preamp, EQ, gate, compressor, and effects — reducing the amount of touchscreen navigation required for common operations.
Core Architecture: Same Engine, Bigger Stage
The QU-24 shares the same core DSP architecture, preamp design, and processing algorithms as the rest of the QU family. This is important because it means everything we know about the QU-16’s sound quality applies equally to the QU-24. The AnalogiQ preamps are identical — the same clean, transparent, low-noise microphone preamplifiers that have earned the QU series its reputation for punching above its weight class sonically.
The analog-to-digital conversion, mix bus summing, and output stage are all shared across the QU range. A mix created on the QU-24 will sound identical to one created on the QU-16 or QU-32, given the same input sources and processing settings. This consistency is valuable for organizations that use multiple QU consoles in different locations or applications — engineers can move between consoles with confidence that the sonic foundation will be the same.
The 5-inch touchscreen and its surrounding control surface are carried over from the QU-16 as well. The screen provides the same intuitive access to channel processing, routing, effects, and scene management. While a larger screen would certainly be welcome on a console of this size, the existing display remains perfectly functional for all operations. Allen & Heath’s interface design makes efficient use of the available screen real estate, and experienced operators will navigate the menus quickly and confidently.
The four internal FX engines are present and accounted for, running the same iLive-derived algorithms that set the QU series apart from much of the competition. The reverbs, delays, chorus, and modulation effects are identical to those in the QU-16, providing studio-quality spatial and time-based processing without external hardware. Having four independent FX engines means you can run separate reverbs for vocals and instruments, a delay for special effects, and still have an engine available for additional processing.
Channel Processing: Depth Where It Matters
Every one of the QU-24’s input channels benefits from the full processing chain that defines the QU series. Each channel includes a variable high-pass filter, four-band fully parametric EQ, gate with full parameter control, compressor with multiple knee options, and a channel delay. This per-channel processing eliminates the need for external processors in the vast majority of applications and ensures that every input can be properly shaped and controlled before it hits the mix bus.
The parametric EQ deserves special mention for its musicality. Digital EQ can range from harsh and ringy at one extreme to smooth and natural at the other, and the QU-24’s EQ sits firmly at the smooth and natural end of that spectrum. The filter shapes behave predictably across the entire frequency range, and the Q control allows everything from gentle, broad-stroke tonal shaping to tight, surgical cuts for feedback elimination and resonance control. When you boost or cut a frequency on the QU-24, the result sounds like what you intended — there are no unpleasant surprises or unexpected side effects.
The dynamics section is equally refined. The gate provides clean, transparent gating with adjustable threshold, depth, attack, hold, and release parameters. It is fast enough for drum applications where tight gating is essential for isolation, yet gentle enough for vocal channels where a softer noise-reduction approach is more appropriate. The key filter option allows you to tune the gate’s detection to a specific frequency range, which is invaluable for preventing false triggers from bleed on drum channels.
The compressor is versatile and transparent. At moderate settings, it controls dynamics without imposing an audible character on the signal. The ratio, threshold, attack, and release controls provide full manual override for engineers who want precise control, while the knee settings allow you to adjust the compression character from hard-knee limiting to soft, gradual compression. The gain reduction metering is clear and responsive, providing real-time visual feedback on how the compressor is acting on the signal.
The channel delay function is a feature that many operators overlook but experienced engineers use regularly. Adding a few milliseconds of delay to close-mic channels can align them temporally with more distant microphones, improving phase coherence and tightening the overall mix. For drum overheads versus close mics, for example, or for aligning a direct-input bass guitar signal with an amped bass mic, the channel delay is indispensable.
Mix Bus Architecture for Mid-Size Productions
The QU-24’s bus architecture mirrors the rest of the QU series, providing 17 mix buses in total. You get the main stereo left/right bus, a mono output, four stereo mixes, six mono mixes, and two stereo matrices. For a console serving mid-size applications, this bus count covers virtually every scenario you will encounter.
The six mono mix outputs handle stage monitoring duties with room to spare. In a typical mid-size worship scenario, you might allocate individual monitor mixes to the worship leader, drummer, bassist, guitarist, keyboard player, and choir/background vocals. Six mixes cover all of these needs, and the fader-flip function makes building monitor mixes fast and intuitive — press the mix select button and your channel faders become send levels for that monitor mix.
The four stereo mixes offer flexible routing options beyond basic monitor sends. They can function as subgroups, allowing you to group related channels (all drums, all vocals, all instruments) and control their overall level and processing from a single stereo fader. They can also serve as auxiliary sends for effects or additional stereo monitor paths. In a theater application, for example, you might use a stereo mix to create a separate feed for a hearing loop system or a recording output with different processing from the main house feed.
The two stereo matrix outputs add another routing layer that is particularly valuable in installed sound applications. Matrices can accept feeds from any combination of mix buses and the main outputs, and they include independent level control and processing. Common matrix applications include creating feeds for overflow rooms with different EQ and level settings, lobby speakers with reduced bass content, cry room systems with compressed and limited output, and broadcast or streaming feeds with dedicated processing for the distribution medium.
Four DCA groups provide master-level control over assigned channels without altering the audio signal path. DCAs are essential for efficient mix management on a 24-channel console. Rather than adjusting seven individual drum channel faders, you assign them all to a DCA and control the overall drum level with a single fader movement. The DCA assignment is flexible and can be changed on the fly, and DCA mute groups allow you to silence entire groups of channels with a single button press.
Qu-Drive: Multitrack Recording as a Standard Feature
The Qu-Drive multitrack recording capability is identical to the implementation in the QU-16, but the additional channel count of the QU-24 makes it even more valuable. With 24 input channels available, you can capture a full multitrack recording of a complete mid-size production — every drum mic, every vocal, every instrument, every direct input — as individual 24-bit WAV files on a USB drive. No computer, no DAW, no driver configuration. Just plug in a drive, arm the tracks, and press record.
The practical applications for multitrack recording on a 24-channel console are extensive. Houses of worship can capture complete service recordings for post-production mixing and distribution. Theater companies can record rehearsals and performances for archival purposes and cast recordings. Corporate clients can capture multi-channel recordings of conferences and presentations for professional post-production. Live music venues can offer multitrack recording as a value-added service for performing artists.
Virtual soundcheck via Qu-Drive playback is arguably even more valuable on the QU-24 than on the QU-16, simply because the larger channel count means more complex productions with more channels to manage. Being able to record a complete soundcheck, send the performers away, and then spend time refining the mix using the multitrack playback is an enormous time-saver. For volunteer-operated sound systems in houses of worship, virtual soundcheck is a training tool that allows new operators to practice mixing with real source material without requiring a live band.
The simultaneous USB streaming capability adds further flexibility. While Qu-Drive records to a physical drive, the USB-B port on the rear panel can stream audio to a connected computer for recording in a DAW or for processing through virtual soundcheck software. Having both recording paths available simultaneously provides redundancy for critical recordings and flexibility for different post-production workflows.
dSNAKE and Stage Connectivity
The dSNAKE port on the QU-24 connects to Allen & Heath’s range of digital stage boxes, replacing traditional analog multicore snakes with a single Cat5e cable. For the QU-24, the most natural pairing is the AR2412 stage box, which provides 24 mic/line inputs and 12 line outputs — a perfect match for the console’s channel count. A single Cat5e cable from the stage to front of house carries all 24 channels of audio plus return feeds for monitors and other stage outputs.
The benefits of digital snake connectivity are amplified on a 24-channel console. A traditional 24-channel analog multicore snake is a heavy, bulky cable that is time-consuming to deploy and prone to connector failures. A Cat5e cable weighs almost nothing, takes seconds to run, and costs a fraction of the price to replace. For portable production companies that set up and tear down regularly, the time and labor savings from switching to dSNAKE are substantial.
Remote preamp control over dSNAKE is another practical advantage. When inputs are connected through a stage box, the QU-24 provides full remote control of preamp gain, phantom power, and pad settings. There is no need for someone at the stage end to adjust gains during soundcheck — everything is controlled from the console. This is particularly valuable in venues where the stage and front of house are separated by significant distance, such as large worship spaces, theaters, and outdoor stages.
The dSNAKE system also supports the ME personal monitoring system and can distribute monitor feeds to ME-1 personal mixer units connected to the stage box. This integration means that a single Cat5e cable can carry input audio from the stage to the console, return monitor feeds from the console to the stage, and distribute personal monitor mixes to individual performers — all on one cable.
Mid-Size Worship: The QU-24’s Natural Habitat
If there is a single application where the QU-24 truly shines, it is mid-size worship. Churches with contemporary worship programs typically have audio requirements that fall squarely within the QU-24’s capabilities. A full worship band with drums, bass, electric guitar, acoustic guitar, keyboards, and multiple vocalists generates an input count that is comfortable for 24 channels but cramped on 16. The QU-24 provides the headroom to give every source its own channel without compromise.
The worship environment also highlights the QU-24’s strengths in usability and scene management. Many churches operate with volunteer sound technicians who rotate on a weekly basis. The QU-24’s logical layout, intuitive workflow, and comprehensive scene system make it possible for less experienced operators to deliver consistent results. A skilled audio director can create and store scenes for different service types, different bands, and different configurations. Volunteer operators can then recall these scenes and make minor adjustments without needing to build a mix from scratch.
The recall filtering system is essential in this context. A volunteer operator might need to recall a scene for a specific worship set, but the preamp gains should remain at the levels set during soundcheck. The QU-24’s per-parameter recall filtering allows you to protect gain settings, phantom power, and other critical parameters from scene recall, preventing inexperienced operators from inadvertently disrupting the gain structure.
The ME personal monitoring system is particularly well-suited to worship applications, and the QU-24 provides ample channels to distribute to ME-1 personal mixers. Each worship team member can have their own ME-1 unit, which they use to create and store their personal monitor mix. This removes the burden of managing stage monitors from the front-of-house operator and gives each musician control over what they hear. The improvement in musician satisfaction and performance quality is immediate and dramatic.
Qu-You app support extends personal monitoring to performers’ smartphones, providing a cost-effective alternative to ME-1 hardware for churches that are not ready to invest in dedicated personal mixing units. Each performer downloads the free app, connects to the console via WiFi, and adjusts their own monitor mix using a simple, intuitive interface. For churches with rotating worship team members, this approach is particularly practical because it does not require dedicated hardware for each performer.
Theater and Performance Applications
The QU-24 is an excellent choice for regional theater productions, community performance spaces, and touring theater companies. Theater audio presents unique challenges that the QU-24 handles with aplomb. The channel count accommodates the typical theater input list: multiple wireless body-pack microphones for principal cast members, area microphones for ensemble scenes, playback channels for sound effects and backing tracks, pit orchestra microphones or direct inputs, and backstage communication feeds.
Scene management is absolutely critical in theater applications, and the QU-24’s 100-scene memory provides the capacity to create scene-by-scene snapshots for an entire production. Each scene can capture complete console states including channel levels, muting, EQ, dynamics, effects settings, and routing changes. The recall filtering system ensures that only the parameters you want to change are affected by each scene recall, preventing unintended disruptions during the show.
The internal effects are valuable for theater applications where vocal clarity and intelligibility are paramount. A touch of reverb can help blend wireless lavalier microphones into the acoustic environment of the performance space, preventing the dry, disconnected sound that unprocessed close-mic vocals can produce. The QU-24’s reverb algorithms are sophisticated enough to create subtle, convincing room ambience that enhances intelligibility rather than obscuring it.
The matrix outputs serve theater productions well by providing dedicated feeds for different purposes. A main house feed serves the audience. A separate feed with different processing goes to the backstage monitor system. Another feed drives the lobby speakers during intermission. Yet another goes to the archival recording system. The QU-24’s routing flexibility accommodates all of these requirements simultaneously without compromise.
For touring theater companies, the QU-24’s portability is a significant advantage. It is compact enough to fit in a standard road case, and its dSNAKE connectivity eliminates the need for heavy analog multicore snakes. A touring production can carry a QU-24 and an AR2412 stage box, knowing that they have a complete, professional-quality audio system that sets up quickly and sounds consistent from venue to venue.
Corporate Events and Conference Applications
Corporate audio is an often-underestimated discipline that demands a console capable of handling diverse input types, multiple output destinations, and rapid reconfiguration between sessions. The QU-24 meets these demands effectively. A typical corporate conference might require multiple podium microphones, wireless handhelds for Q&A sessions, lavalier microphones for panelists, playback inputs for video presentations and background music, telephone hybrid connections for remote participants, and interface feeds for webcast and recording systems.
The QU-24’s 24 mic/line inputs accommodate all of these sources with room to spare. The stereo inputs handle playback sources without consuming mic preamp channels, and the comprehensive output routing ensures that every destination receives an appropriately processed feed. The main stereo output drives the room PA, while matrix outputs provide separate feeds for overflow rooms, webcast encoders, recording systems, and assistive listening devices.
The clean, transparent sound quality of the AnalogiQ preamps is essential in corporate applications where speech intelligibility is the primary objective. Muddy, colored, or noisy preamps directly impact the clarity of spoken word reproduction. The QU-24’s preamps deliver pristine signal quality that ensures every word is clear and articulate through the sound system.
The Qu-Pad remote control app is particularly valuable in corporate settings where the audio technician may need to adjust levels and settings from different locations within the venue. During a panel discussion, the technician might stand at the back of the room to evaluate the house sound. During a breakout session, they might move to a different room entirely. Qu-Pad provides full console control from anywhere within WiFi range, enabling this kind of mobile operation.
Quick reconfiguration between sessions is another corporate requirement that the QU-24 handles well. A morning keynote presentation might require a completely different console setup from an afternoon panel discussion or an evening awards dinner. The scene system allows the technician to store and recall complete console configurations for each session, enabling rapid transitions without manual reconfiguration of every channel and routing setting.
Remote Control Ecosystem
The QU-24 benefits from the same comprehensive remote control ecosystem as the rest of the QU family. The Qu-Pad app for iPad provides near-complete control of the console, including channel levels, processing, effects, routing, scene management, and system configuration. The app’s interface mirrors the console’s own workflow, making it immediately familiar to anyone who has used the physical surface.
For audio engineers, Qu-Pad transforms the mixing workflow. You are no longer tethered to the console position — you can walk the room during soundcheck, stand in the congregation during a worship service, or move to different locations during a corporate event, all while maintaining full control of the mix. This mobility is not just a convenience; it is a fundamental improvement in mix quality because it allows you to hear the sound system from the audience’s perspective rather than from the often-compromised acoustics of a technical booth.
The Qu-You app for smartphones provides simplified monitor mix control for performers. Each performer connects to the console via WiFi and adjusts their own monitor levels using a clean, intuitive interface. The app shows only the channels that the system administrator has made available, preventing performers from accidentally adjusting front-of-house settings or other performers’ mixes. This controlled access is essential for maintaining system integrity while empowering individual musicians.
Both apps connect to the console via WiFi, which requires an external wireless router. Allen & Heath does not include WiFi hardware in the console, which means you need to provide your own router. While this is an additional purchase and configuration step, it provides more flexibility than built-in WiFi because you can choose a router with appropriate range, security features, and performance for your specific installation. For permanent installations, a dedicated router mounted in the technical booth provides reliable, secure wireless access. For portable applications, a compact travel router can be included in the console case.
Comparison to the QU-16 and QU-32
Understanding where the QU-24 sits within the QU family helps clarify who should choose this model versus its siblings. The QU-16, with its 16 mic/line inputs and more compact footprint, is the right choice for applications where channel count requirements are modest and physical space is at a premium. The QU-32, with its 32 mic/line inputs and expanded fader count, serves large-scale productions that demand maximum channel capacity.
The QU-24 occupies the middle ground, and for many users, it is the sweet spot of the range. It provides enough channels for all but the largest productions, enough faders for direct access to every channel without layer switching, and enough physical space for comfortable operation during long mixing sessions. The price difference between the QU-16 and QU-24 is modest relative to the increase in capability, making the QU-24 an easy recommendation for anyone who anticipates needing more than 16 channels even occasionally.
Compared to the QU-32, the QU-24 sacrifices eight input channels and eight faders in exchange for a more manageable physical footprint. For portable applications, the size and weight savings are meaningful. For fixed installations, the QU-24 fits comfortably in technical booths and furniture that would be too tight for the full-size QU-32. The decision between the QU-24 and QU-32 typically comes down to a straightforward channel count assessment: if you regularly need more than 24 inputs, the QU-32 is the obvious choice. If 24 channels handle your typical requirements with room to spare, the QU-24 provides everything you need in a more practical package.
Limitations and Honest Assessments
The QU-24 is an excellent console, but it is not without limitations that potential buyers should understand before making a purchasing decision. The most frequently cited limitation is the 5-inch touchscreen, which is the same size used on the QU-16 despite the QU-24 being a physically larger and more capable console. A larger screen would improve the editing experience, particularly for detailed work like parametric EQ adjustment and effects parameter editing. The screen is functional and well-designed for its size, but engineers coming from consoles with larger displays will notice the difference.
The lack of native Dante or AVB networking limits the QU-24’s integration capabilities in larger audio ecosystems. While dSNAKE is an excellent proprietary digital snake system, it does not offer the broader interoperability of open networking protocols. For installations that need to share audio between multiple consoles, processing devices, or networked audio systems from different manufacturers, the QU-24’s proprietary networking is a constraint.
The effects engine count — four — is adequate for most applications but can become limiting in complex productions. With 24 input channels, you may want more than four simultaneous effects, particularly if you are using insert effects on individual channels, which consume the same FX engine resources as send effects. Careful management of FX engine allocation is necessary to avoid running out of processing capacity during complex shows.
The output bus count, while generous for many applications, can become constraining in installations with extensive routing requirements. If you need dedicated feeds for multiple monitor mixes, broadcast, recording, overflow rooms, cry rooms, lobby systems, and hearing loops simultaneously, you may find the 17-bus architecture limiting. Larger consoles from Allen & Heath and competitors offer more buses, but at significantly higher price points.
The console does not include built-in WiFi, requiring an external router for remote control via the Qu-Pad and Qu-You apps. While the external router approach provides more flexibility and potentially better performance than built-in WiFi, it does add complexity to the system and represents an additional purchase. For permanent installations, this is a minor inconvenience. For portable applications, it means one more piece of equipment to manage.
Firmware Updates and Long-Term Value
Allen & Heath has demonstrated a genuine commitment to the QU platform through consistent firmware updates that have added meaningful features and improvements throughout the product’s lifecycle. These updates are delivered free of charge and are installed via a simple USB-based process that takes only minutes. The ongoing development cycle means that the QU-24 you purchase today is a more capable console than the one that originally shipped, and future updates may add further enhancements.
This long-term support strategy has practical implications for purchasing decisions. A console that receives regular firmware updates retains its relevance and value longer than one that is abandoned by its manufacturer after the initial release. Allen & Heath’s track record with the QU series provides confidence that the investment in a QU-24 will continue to deliver returns well into the future. The firmware updates have historically included new effects algorithms, enhanced scene management features, improved USB streaming performance, and expanded app compatibility, all of which extend the console’s useful life and capabilities.
The update process itself is straightforward and reliable. Updates are downloaded from the Allen & Heath website, transferred to a USB drive, and installed through the console’s system menu. Built-in safeguards prevent the update from being interrupted or corrupted, and the entire process typically completes in under five minutes. We have performed dozens of firmware updates on QU-24 consoles across our installation base and have never encountered a failure or complication.
Training and Operator Development
One of the QU-24’s less obvious strengths is how well it serves as a platform for developing audio operators. In worship environments, educational institutions, and community venues, the console is often operated by volunteers or students who are learning the fundamentals of live sound. The QU-24’s workflow is intuitive enough for beginners to navigate, yet deep enough to reward continued learning and skill development.
The virtual soundcheck capability via Qu-Drive is particularly valuable for training purposes. New operators can practice mixing with real multitrack recordings captured during actual events, developing their skills without requiring live performers. They can experiment with EQ settings, compression parameters, effects configurations, and overall mix balance, building confidence and competence before they take responsibility for a live production.
The scene system supports training by allowing experienced operators to create starting-point scenes that new operators can use as foundations for their mixes. Rather than building a mix from scratch — a daunting task for a beginner — the new operator recalls a scene that provides a reasonable starting point and makes adjustments from there. Over time, as their skills develop, they can take on more responsibility for building mixes independently. The QU-24’s per-parameter recall filtering ensures that critical settings like preamp gains can be protected from accidental changes, providing a safety net for less experienced operators.
Final Assessment
The Allen & Heath QU-24 is a supremely capable mid-size digital mixer that delivers the sound quality, build quality, and feature set that professional applications demand. It shares the same excellent AnalogiQ preamps, iLive-derived processing, and comprehensive feature set as the rest of the QU family, wrapped in a 24-channel format that serves the mid-size market exceptionally well.
The console’s strengths — transparent audio quality, musical processing, reliable multitrack recording, versatile digital snake connectivity, and intuitive workflow — make it a natural choice for worship, theater, corporate, and live music applications where 24 channels provide the right balance of capacity and manageability. Its limitations — small touchscreen, proprietary networking, and no built-in WiFi — are real but manageable, and they do not diminish the console’s core value proposition.
We recommend the QU-24 with confidence for mid-size applications where sound quality, reliability, and usability are the primary purchasing criteria. It is a console that rewards good engineering practice, sounds excellent across a wide range of source material, and delivers consistent results event after event. For integrators and end users seeking a professional-grade digital mixer that will serve them faithfully for years, the Allen & Heath QU-24 is an outstanding choice.
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