The Penn Group 
Allen & Heath QU-Pac: The Rack-Mount Digital Mixer That Redefines Portable and Installed Audio
The Allen & Heath QU-Pac is the most unconventional member of the QU family, and in many ways, it is the most interesting. By stripping away the fader surface and packaging the entire QU processing engine into a compact rack-mount chassis, Allen & Heath created a mixer that challenges fundamental assumptions about how audio mixing should be done. There are no faders. There are no physical channel strips. There is a 5-inch touchscreen, a set of rotary encoders, and the same powerful DSP engine that drives the QU-16, QU-24, and QU-32 — all in a form factor that slides into a standard equipment rack.
Shop This Gear at The Penn Group
This is not a mixer for everyone. It demands a different workflow, a different mindset, and a willingness to embrace tablet and smartphone apps as primary control surfaces rather than physical faders. But for the applications where it fits — mobile engineering, compact installations, remote mixing, fixed install environments, and ultraportable production rigs — the QU-Pac is a remarkably capable and liberating piece of equipment. After years of deploying the QU-Pac across a diverse range of applications, we can speak with authority about where it excels, where it struggles, and who should seriously consider making it the centerpiece of their audio system.
What You Get: 16 Channels in a Rack
The QU-Pac provides 16 mic/line inputs on XLR/TRS combo jacks, plus 3 stereo line inputs on TRS connectors, for a total of 22 input sources. This is identical to the QU-16’s input count, which is no coincidence — the QU-Pac is essentially a QU-16 without the fader surface. Every input channel has the same AnalogiQ preamp, the same processing chain, the same routing options, and the same effects capability. The only thing missing is the physical control surface.
The rear panel is packed with connectivity. The 16 XLR/TRS combo inputs occupy the upper portion, with the stereo line inputs below. Output connections include the main stereo left/right on XLR, a mono output on XLR, mix outputs on TRS, the dSNAKE RJ45 port for digital snake connectivity, and the USB-B port for audio streaming to a connected computer. The Qu-Drive USB-A port is located on the front panel, along with the 5-inch touchscreen, headphone output, and the rotary encoders and function keys that provide hands-on control of the processing engine.
The front panel touchscreen provides complete access to every parameter the QU-Pac offers. You can adjust preamp gains, configure phantom power, shape EQ curves, set dynamics parameters, configure effects, manage routing, store and recall scenes, and control Qu-Drive recording — all from the 5-inch display. The dedicated rotary encoders adjacent to the screen provide tactile control for the most commonly adjusted parameters, and the function keys allow quick navigation between processing sections.
In practical terms, the front panel controls are sufficient for initial setup, system configuration, and emergency adjustments, but they are not the primary mixing interface. The QU-Pac is designed to be mixed primarily through the Qu-Pad iPad app and the Qu-You smartphone app. The touchscreen and encoders are there for when you need to make adjustments without a tablet, but the day-to-day mixing workflow centers on remote control via WiFi.
Sound Quality: Identical to the QU Family
This is the critical point that every prospective QU-Pac buyer needs to understand: the sound quality is identical to the QU-16, QU-24, and QU-32. The same AnalogiQ preamps, the same analog-to-digital converters, the same mix bus architecture, the same processing algorithms, and the same effects engines are all present in the QU-Pac. When you plug a microphone into the QU-Pac and bring up the gain, what you hear is indistinguishable from what you would hear through any other QU console.
This sonic parity is the foundation of the QU-Pac’s value proposition. You are not sacrificing sound quality for portability. You are not getting a compromised, stripped-down version of the QU processing engine. You are getting the full-quality, iLive-derived audio platform in a rack-mount form factor. The preamps are clean and transparent, the converters are detailed and dynamic, the EQ is smooth and musical, the dynamics processing is responsive and transparent, and the effects are rich and professional. The only thing you are giving up is the physical fader surface.
The headphone output on the front panel provides the same high-quality monitoring capability as the surface-equipped QU models. You can solo channels, monitor mix buses, and listen to the main output through professional monitoring headphones, with adequate output power and clean, accurate reproduction. For live mixing on headphones — which is a more common requirement with the QU-Pac than with surface-equipped models, since the mixer may be located in a rack rather than at a mix position — the headphone amp quality is essential, and the QU-Pac delivers.
The Faderless Workflow: Embracing a New Paradigm
The absence of physical faders is the QU-Pac’s defining characteristic, and it is the feature that generates the most discussion among prospective buyers. Mixing without faders requires a fundamental shift in workflow and mindset. You cannot glance at the console and see the relative positions of all your channel faders at once. You cannot reach out and grab a fader during a critical moment in a performance. You cannot feel the resistance of a motorized fader under your fingertips as you ride a vocal level through a dynamic passage.
What you can do is mix on an iPad with a screen that is actually larger than the 5-inch touchscreen on the surface-equipped QU models. The Qu-Pad app presents a comprehensive mixing interface with virtual faders, processing controls, effects parameters, routing options, and scene management. The virtual faders respond smoothly to touch input, and the overall mixing experience through the app is surprisingly fluid and capable. Many engineers who initially approach the QU-Pac with skepticism about faderless mixing find that the iPad interface is more than adequate for the vast majority of applications.
The Qu-Pad app provides several workflow advantages that are not available on the surface-equipped models. You can customize the view to show exactly the channels and parameters you need at any given moment. You can pinch and zoom to see more or fewer channels on screen. You can use the iPad’s larger display to see more detailed metering and processing information than the 5-inch console touchscreen can provide. And critically, you can mix from anywhere in the venue — standing in the middle of the audience, walking the stage during soundcheck, or sitting in the front row during a performance.
The mobility advantage of the QU-Pac is not just a convenience — it is a genuine improvement in mix quality for many applications. When you mix from a traditional console position, you hear the sound system from one fixed location, which may or may not be representative of what the audience hears. When you mix on an iPad from the QU-Pac, you can position yourself anywhere in the venue and hear the sound system from the audience’s perspective. This mobility enables you to identify and address acoustic problems, coverage gaps, and frequency imbalances that are invisible from a fixed mix position.
The Qu-You app extends the faderless workflow to performers, providing smartphone-based personal monitor mixing. Each performer downloads the free app, connects to the QU-Pac via WiFi, and adjusts their own monitor levels using a simple, intuitive interface. For productions where the QU-Pac is the only mixer, Qu-You eliminates the need for the engineer to manage monitor mixes entirely — each performer handles their own monitoring independently.
Mobile Engineering: Where the QU-Pac Transforms Your Business
For freelance audio engineers and small production companies, the QU-Pac represents a fundamental shift in what is possible with a one-person operation. The traditional model for a freelance engineer involves transporting a console, a snake, processing equipment, and all associated cabling to every gig. The QU-Pac, combined with an AR2412 or AR84 stage box and an iPad, replaces all of that with a compact, lightweight system that one person can carry in a single trip.
Consider the typical load-in for a freelance engineer doing a corporate event or small live music gig. With a traditional setup, you are hauling a console, a case of outboard processing, a multicore snake, and assorted cables and adapters. With the QU-Pac, you are carrying a 3U rack-mount mixer, an iPad, a wireless router, and a Cat5e cable. If you are using a stage box, add the AR84 or AR2412 to the list. The total weight and volume of the QU-Pac-based system is a fraction of the traditional setup, and the setup time is dramatically reduced.
The QU-Pac’s rack-mount form factor integrates naturally into portable equipment racks. You can build a self-contained production rack with the QU-Pac, a wireless router, a power conditioner, and space for additional processing or amplification, all in a compact rolling rack case. This rack becomes your entire mixing system, ready to deploy at any venue with a standard power outlet and a Cat5e run to the stage. The simplicity and portability of this approach is transformative for mobile engineers who value efficiency and speed.
The elimination of a dedicated mix position is another practical advantage for mobile engineers. Many venues, particularly corporate event spaces and non-traditional performance spaces, do not have a designated area for a mixing console. With the QU-Pac tucked into a rack backstage or in a closet, and mixing done on an iPad from anywhere in the room, you do not need a mix position at all. This is valuable in venues where every square foot is allocated to the audience or the event, and there is simply no room for a traditional mixing setup.
Financial considerations also favor the QU-Pac for mobile engineers. The QU-Pac is typically the least expensive member of the QU family, and the total system cost — including the mixer, an iPad (which most engineers already own), a wireless router, and a Cat5e cable — is very competitive with other solutions in its class. The ongoing cost savings from reduced equipment wear, lower fuel costs due to lighter loads, and faster setup times that allow you to take more gigs in a given period all contribute to a strong return on investment.
Remote Mixing: Cutting the Tether
The QU-Pac is uniquely suited for applications where the mixer and the operator need to be in different locations. In traditional mixing, the engineer sits at the console, which is typically positioned at the back of the room or in a technical booth. With the QU-Pac, the mixer can be located anywhere — in a rack room, in a closet, on the stage, in a different building — and the engineer controls it remotely via WiFi from whatever position provides the best listening perspective.
This decoupled architecture opens up possibilities that are impossible with a surface-equipped console. In a worship environment, the QU-Pac can be mounted in the technical closet while the audio volunteer mixes from a seat in the congregation. They hear exactly what the congregation hears, and they can make adjustments based on what they experience as a listener rather than what they see on a meter. This perspective shift produces better mixes because it aligns the operator’s listening position with the audience’s listening position.
In corporate installations, the QU-Pac can be permanently mounted in an equipment rack in a server room or AV closet, with mixing control available to any authorized user with an iPad and the Qu-Pad app. This approach eliminates the need for a visible console in the meeting space, preserves the aesthetics of the room, and provides flexible control that can be handed off between different operators as needed. A facilities manager can mix a morning meeting, a visiting AV technician can mix an afternoon presentation, and a contract engineer can mix an evening event — all using the same rack-mounted QU-Pac with their own iPads.
For houses of worship with limited booth space, the QU-Pac’s rack-mount form factor frees up valuable real estate. Instead of dedicating a large section of the booth to a mixing console, the QU-Pac occupies 3U of rack space and leaves the rest of the booth available for video switching, lighting control, computer workstations, and other technical equipment. In booths where space is at a premium, this is a significant practical advantage.
Compact Installations: Permanent Sound Systems Without a Console
The QU-Pac is an excellent choice for permanent installations where a visible mixing console is unnecessary or undesirable. Conference rooms, hotel ballrooms, houses of worship, lecture halls, and multi-purpose venues can all benefit from a permanently installed QU-Pac that provides professional-quality mixing capability without occupying visible space in the room.
In a conference room installation, the QU-Pac mounts in an equipment rack alongside other AV components — a DSP processor, an amplifier, a video switcher. Inputs from ceiling microphones, wireless receivers, and playback sources connect to the QU-Pac’s rear panel, and outputs feed the room speakers and recording systems. The room’s AV technician controls the mixer via Qu-Pad on an iPad, adjusting levels and processing as needed for different meeting configurations. Scenes stored in the QU-Pac provide instant recall of settings for common meeting types — board meeting, presentation, video conference, all-hands meeting — enabling quick transitions between configurations.
For hotel ballrooms that host diverse events — weddings, corporate dinners, conferences, concerts — the QU-Pac provides a versatile, always-available mixing platform that does not require a dedicated mix position in the room. The mixer lives in the AV closet, and visiting engineers bring their own iPads to control it. This approach simplifies the venue’s AV offering while providing professional-quality mixing capability that satisfies even demanding clients.
Houses of worship that are building or renovating can benefit from the QU-Pac’s ability to hide the mixing technology entirely. In many worship spaces, the aesthetic of the room is important, and a visible mixing console can be an unwelcome visual element. The QU-Pac allows the church to achieve professional-quality audio mixing without any visible equipment in the worship space. The mixer is hidden in a rack, and the volunteer operator mixes from a tablet that can be used discreetly from a seat in the congregation.
Channel Processing and Effects: Full QU Power
The QU-Pac’s processing capabilities are identical to the QU-16, QU-24, and QU-32. Every input channel has a variable high-pass filter, four-band fully parametric EQ, gate, compressor, and channel delay. The four internal FX engines run the same iLive-derived algorithms, providing professional-quality reverbs, delays, chorus, and modulation effects. The mix bus architecture provides 17 buses — main stereo, mono, four stereo mixes, six mono mixes, and two stereo matrices — with four DCA groups for master-level channel grouping.
The processing quality is particularly important for the QU-Pac because the mixer is often deployed in applications where no external processing is available. In a portable rig, there is no outboard EQ rack, no external compressors, no reverb units. Everything happens inside the QU-Pac. The quality of the internal processing determines the quality of the final mix, and the QU-Pac’s iLive-derived algorithms are genuinely professional-grade. The reverbs are lush and convincing, the EQ is smooth and musical, the dynamics are responsive and transparent, and the effects are rich and detailed.
The ability to use FX engines as channel inserts is particularly valuable on the QU-Pac. You can insert a de-esser, a graphic EQ, or an additional compressor directly onto a channel, expanding the processing options beyond the standard channel strip. This flexibility compensates for the inability to add external processing equipment in compact installations and portable rigs, ensuring that you have the tools you need to address any sonic challenge.
dSNAKE: Essential for QU-Pac Deployments
The dSNAKE digital snake system is arguably more important for the QU-Pac than for any other QU console. Because the QU-Pac is often deployed in a rack away from the stage, digital snake connectivity provides the critical link between the stage inputs and the rack-mounted mixer. An AR2412 or AR84 stage box at the stage end, connected to the QU-Pac via a single Cat5e cable, provides all of the input connectivity you need without running individual audio cables from the stage to the equipment rack.
For permanent installations, the dSNAKE connection can be run through building infrastructure — conduit, cable tray, or structured cabling — providing a clean, permanent connection between the stage and the equipment rack. The Cat5e cable is inexpensive, readily available, and easy to terminate, making it practical for building wiring installations. The connection carries all input audio from the stage box to the QU-Pac and all output audio from the QU-Pac back to the stage box, enabling bidirectional audio transport over a single cable.
For portable deployments, the dSNAKE connection eliminates the need for a traditional multicore snake. A mobile engineer can carry an AR84 stage box, a QU-Pac in a rack, and a Cat5e cable, and have a complete audio system ready to deploy in minutes. The lightweight cable and compact stage box make this setup genuinely portable in a way that a traditional console-and-snake system is not.
The ME personal monitoring system connects through the dSNAKE infrastructure, extending personal monitoring capability to the QU-Pac. ME-1 personal mixers connect to the stage box via Cat5e cable, receiving audio distribution from the QU-Pac without any additional hardware or cabling. This integration means that a QU-Pac deployment can include professional personal monitoring for every performer on stage, all connected through the same dSNAKE infrastructure that carries the input audio.
Qu-Drive Recording: Multitrack Capture Without a Surface
The Qu-Drive multitrack recording feature is fully implemented on the QU-Pac, providing the same 24-bit WAV multitrack capture capability as the surface-equipped models. The USB-A port on the front panel accepts a USB drive, and recording is controlled through the touchscreen or the Qu-Pad app. All 16 input channels can be recorded simultaneously as individual tracks, creating a complete multitrack recording suitable for professional post-production mixing.
For mobile engineers, Qu-Drive recording adds significant value to the QU-Pac package. Every gig becomes an opportunity to capture a multitrack recording for the client, for the artist, or for the engineer’s own portfolio. The recordings require no additional equipment, no additional setup time, and no additional operator attention — once recording is armed and started, the QU-Pac captures every channel automatically throughout the event.
Virtual soundcheck via Qu-Drive playback is equally functional on the QU-Pac. You can record a soundcheck or rehearsal, play it back through the console, and refine your mix at leisure. The playback is controlled through the touchscreen or the Qu-Pad app, and the multitrack audio plays back through the QU-Pac’s full processing chain, allowing you to adjust EQ, dynamics, effects, and levels exactly as you would with live sources. This capability is valuable for any application where soundcheck time is limited or where you want to continue working on the mix after the performers have left.
WiFi Considerations: The Critical Link
Because the QU-Pac relies on WiFi for its primary mixing interface, the quality and reliability of your wireless network is directly linked to the quality and reliability of your mixing experience. A poor WiFi connection means sluggish fader response, dropped commands, and a frustrating mixing experience. A solid WiFi connection means responsive, fluid control that approaches the feel of a physical surface.
For QU-Pac deployments, we strongly recommend a dedicated WiFi router that serves only the mixer and its connected control devices. Using the venue’s general-purpose WiFi network is a recipe for problems — network congestion from other users, interference from other access points, and security concerns all argue against sharing a network. A dedicated router, positioned close to the mixing position, provides reliable, low-latency wireless control that makes the faderless mixing experience genuinely enjoyable.
Router selection matters. Choose a dual-band router that supports 5 GHz operation, which provides better throughput and less interference than 2.4 GHz in most environments. Ensure the router supports WPA2 encryption to prevent unauthorized access to your mixer controls. Position the router with clear line of sight to your mixing position, and avoid placing it behind metal objects, concrete walls, or other obstacles that can attenuate the wireless signal. For portable deployments, compact travel routers provide adequate performance in a package that fits in your QU-Pac rack case.
For permanent installations, consider a commercial-grade access point rather than a consumer router. Commercial access points offer better range, more reliable performance, and management features that simplify network administration. They can be ceiling-mounted for optimal coverage, and many support Power over Ethernet, eliminating the need for a separate power connection near the access point. The modest additional cost of a commercial access point is a worthwhile investment for any permanent QU-Pac installation.
Scene Management for Diverse Applications
The QU-Pac’s 100-scene memory is particularly valuable because the mixer is often deployed in applications where rapid reconfiguration between different events or segments is essential. In a conference room installation, scenes can store complete configurations for different meeting types — a board meeting with six microphones and presentation playback, a video conference with ceiling microphones and a teleconference feed, a training session with a wireless handheld and a laptop input. The operator recalls the appropriate scene, and the QU-Pac instantly reconfigures itself for the current application without manual adjustment of individual parameters.
For mobile engineers, scenes provide a library of starting-point configurations that speed up setup at new venues. You might store scenes for common event types — a five-piece band, a corporate keynote, a wedding reception, a conference panel — each with appropriate gain structures, processing settings, and effects configurations. When you arrive at a venue, you recall the closest matching scene and refine from there, rather than building a mix from scratch every time. Over time, your scene library grows into a comprehensive toolkit that covers virtually every scenario you encounter.
The per-parameter recall filtering system is essential for the QU-Pac, just as it is for the surface-equipped models. When recalling a scene, you can protect specific parameters from being overwritten, ensuring that preamp gains set during soundcheck, routing configurations specific to the current venue, or other critical settings remain intact. This filtering prevents the common problem of recalling a scene and inadvertently disrupting settings that were carefully adjusted for the current situation.
For worship installations where the QU-Pac is permanently mounted and operated by rotating volunteers, scenes provide a crucial safety net. An experienced audio director creates and stores scenes for every service type, every band configuration, and every special event. The volunteer operator’s primary task is to recall the correct scene and make minor adjustments during the service. The scene system ensures a consistent baseline quality level regardless of the operator’s experience, which is essential for maintaining audio standards across a team of volunteers with varying skill levels.
Comparing the QU-Pac to Traditional Console Approaches
The decision to choose a QU-Pac over a surface-equipped mixer like the QU-16 is fundamentally a decision about workflow and priorities. Both products share identical sound quality, processing capabilities, and features. The difference is entirely in how you interact with the mixer. Understanding the trade-offs helps clarify which approach is right for your specific situation.
The QU-16 provides 22 physical motorized faders, a tactile control surface, and the 5-inch touchscreen. You can mix entirely from the console without any external devices. The faders provide immediate, intuitive control with tactile feedback. The trade-off is size, weight, and the requirement for a dedicated mix position in the venue. The QU-16 is a traditional mixer that happens to be digital, and it serves engineers who value physical controls and a conventional mixing workflow.
The QU-Pac eliminates the fader surface, reducing size and weight dramatically, and replacing physical faders with app-based virtual controls. You gain extreme portability, flexible deployment options, and the ability to mix from anywhere in the venue. You lose the immediacy of physical faders, the at-a-glance channel overview that a fader surface provides, and the ability to mix without a WiFi connection and an iPad. The QU-Pac serves engineers who prioritize portability, flexibility, and remote control over physical tactile interaction.
For many applications, the choice between these approaches is clear. A fixed installation in a small worship space where the mixer will live in a rack closet — QU-Pac. A portable rig for a freelance engineer who carries everything in one trip — QU-Pac. A front-of-house console for a live music venue with a dedicated mix position — QU-16. A church tech booth where the operator sits at the console during services — QU-16. The applications where the choice is less clear are the ones that benefit most from hands-on evaluation of both products before purchasing.
Cost is a factor worth noting. The QU-Pac is typically priced below the QU-16, which itself is the most affordable surface-equipped QU model. When you factor in the savings from not needing a console case (a rack case for the QU-Pac is smaller and less expensive than a full console case for the QU-16), the total system cost advantage of the QU-Pac increases further. For budget-conscious buyers who are comfortable with app-based mixing, the QU-Pac offers exceptional value.
Real-World Deployment Scenarios
To illustrate the QU-Pac’s versatility, consider several real-world deployments we have implemented. In a mid-size church with a contemporary worship program, we installed the QU-Pac in a small equipment rack in the audio closet, connected to an AR2412 stage box via dSNAKE. The worship team uses Qu-You on their smartphones for personal monitoring, and the volunteer sound operator mixes from a seat in the congregation using Qu-Pad on an iPad. The system provides professional-quality sound without requiring a visible mixing console, a dedicated tech booth, or a permanent mix position in the worship space.
For a corporate event production company, we built a portable rack with the QU-Pac, a wireless router, and a power conditioner. The rack travels to corporate events in a compact rolling case. At each venue, the QU-Pac connects to an AR84 stage box via a Cat5e cable, and the engineer mixes from an iPad while moving freely around the event space. Setup time from arrival to sound check is typically under 30 minutes, and the entire system fits in the back of a sedan alongside the PA speakers and microphone package.
In a hotel ballroom installation, the QU-Pac is permanently mounted in the AV equipment rack alongside the DSP processor, amplifiers, and video switcher. The hotel’s AV team uses Qu-Pad for day-to-day operation, with scenes stored for common event configurations. Visiting engineers bring their own iPads and connect to the QU-Pac via the dedicated WiFi network. The system handles everything from small business meetings to large wedding receptions without any visible audio equipment in the ballroom.
A freelance audio engineer uses the QU-Pac as a personal mixing rig for small to mid-size live music gigs. The QU-Pac lives in a 4U rack case along with a wireless router and a headphone amplifier. An AR84 stage box provides eight remote inputs for stage sources, with the remaining eight local inputs used for direct-injected instruments and playback sources. The entire system, including the stage box, fits in the trunk of a compact car, and the engineer mixes from an iPad positioned on a music stand near the stage. The sound quality matches or exceeds what the venues were getting from their house consoles, which has helped the engineer build a reputation and a growing client list.
Limitations and Honest Considerations
The QU-Pac’s most obvious limitation is the absence of physical faders. While the Qu-Pad app provides an excellent virtual mixing surface, there are situations where physical faders are genuinely superior. Riding a vocal fader through a dynamic performance, making rapid adjustments during a live mix, and the tactile feedback of a physical control surface are all areas where surface-equipped consoles have an inherent advantage. Engineers who rely on the speed and muscle memory of physical fader manipulation may find the QU-Pac’s touchscreen workflow limiting.
WiFi dependency is a genuine risk factor. If your wireless network fails during a performance, you lose access to your mixing controls. The front panel touchscreen and encoders provide a backup control path, but they are not designed for the same speed and fluidity of operation as the app-based interface. For critical applications where a mixing control failure would be unacceptable, this WiFi dependency is a serious consideration. Mitigation strategies include using a dedicated, high-quality router, carrying a backup router, and ensuring that the front panel controls are familiar enough to use in an emergency.
The 5-inch touchscreen, while the same as the surface-equipped models, feels more limiting on the QU-Pac because it serves as the only physical control interface. On a QU-16 or QU-24, the touchscreen supplements the physical fader surface. On the QU-Pac, it is the sole direct control interface when the iPad is not available. The small display size restricts the amount of information visible at any time and requires more menu navigation to access different parameters.
The 16-channel input count may be limiting for larger productions. While the QU-Pac shares its core architecture with the rest of the QU family, it is only available in the 16-channel configuration. If your productions regularly require more than 16 mic/line inputs, the QU-Pac will not serve as your primary console. It can, however, serve as a secondary or backup console, a recording front end, or a dedicated monitor mixing platform in a larger system.
Latency in the WiFi control connection is a consideration for time-critical mixing operations. While the latency is typically low enough to be imperceptible for most mixing tasks, it can become noticeable during rapid, precise fader movements. Engineers who are accustomed to the instantaneous response of physical faders may perceive a slight delay in the app-based control, particularly during fast fader rides or rapid mute operations. In practice, this latency is rarely a problem for the types of applications where the QU-Pac is deployed, but it is worth noting for engineers who demand the fastest possible control response.
Who Should Buy the QU-Pac
The QU-Pac is the right choice for mobile engineers who need professional sound quality in the smallest possible package. It is ideal for freelance engineers, small production companies, and AV contractors who value portability and efficiency. It is also an excellent choice for permanent installations where a visible console is undesirable — conference rooms, hotel ballrooms, worship spaces, lecture halls, and multi-purpose venues. It serves well as a rack-mounted mixer for broadcast applications, recording front ends, and distributed audio systems where remote control is a natural fit.
The QU-Pac is not the right choice for engineers who insist on physical faders, for applications where WiFi reliability cannot be guaranteed, or for productions that regularly exceed 16 input channels. It requires a willingness to embrace app-based mixing as a primary workflow, and it rewards operators who are comfortable with touch-screen interfaces and mobile device operation.
For the right user in the right application, the QU-Pac is nothing short of liberating. It delivers the full sound quality and processing power of the QU series in a form factor that fits in a backpack, and it enables mixing workflows that are impossible with a traditional console. It is one of the most innovative and practical products in Allen & Heath’s lineup, and it deserves serious consideration from any audio professional who values portability, flexibility, and sound quality in equal measure.
Final Verdict
The Allen & Heath QU-Pac is a bold, distinctive product that delivers professional-grade mixing capability in a package that breaks all the rules. By removing the fader surface and embracing app-based control as the primary mixing interface, Allen & Heath created a mixer that is genuinely different from anything else on the market. It is not for everyone, but for the applications and operators it is designed to serve, it is exceptional.
The sound quality is identical to the rest of the QU family — clean AnalogiQ preamps, detailed conversion, smooth and musical processing, and professional-grade effects. The feature set is comprehensive — Qu-Drive multitrack recording, dSNAKE digital snake connectivity, ME personal monitoring support, and the full complement of mix buses and DCA groups. The portability is unmatched — 16 channels of professional mixing in a 3U rack-mount enclosure that weighs a fraction of a surface-equipped console.
We recommend the QU-Pac enthusiastically for mobile engineers, compact installations, and any application where the combination of professional sound quality and extreme portability creates value. It is a product that challenges conventions, rewards open-minded operators, and delivers results that speak for themselves. If you are willing to embrace the faderless workflow, the Allen & Heath QU-Pac may be the most liberating piece of audio equipment you will ever own.
Buy Gear From The Penn Group
Let’s Keep In Touch
