Church AV Integration at Fellowship Bible Church

Church AV Integration at Fellowship Bible Church

May 11, 2026 | Audio, Equipment, Event Technology, Integration, Production, Rigging & Safety, Systems

 

At Fellowship Bible Church, their gymnasium had become a multi-use environment that needed more attention to properly support the events they host for their community. From weekly gatherings to larger events, the room was being used often, but the audio experience was not keeping up. The challenge was clear: the space needed to sound as good as it functioned. This is where Starlite, a leader in Church AV Integration specializing in audio, video, and lighting systems for churches and multi-use spaces, stepped in.

 

The Challenge: A “Cafegymatorium” in a Church Setting

Large, open gymnasium spaces are known for poor acoustics. Hard surfaces, exposed structure, and high ceilings create reflections that make speech hard to understand and music difficult to control. In these environments, reverberation is not your friend. These types of multi-purpose rooms are often labeled as “cafetoriums” or “cafegymatoriums” because they are expected to serve many functions without fully supporting any of them well.

At Fellowship Bible Church, the room faced the same challenges. As a result, excessive echo. Inconsistent coverage. Structural elements like metal beams contributed to unwanted reflections and feedback. The existing system needed more than a simple upgrade. It needed a thoughtful AV integration and acoustic solution.

Before

After

STARLITE’S CHUCRH AV INTEGRATION APPROACH

 Starlite’s Integration Team partnered closely with Fellowship Bible Church to deliver a professional AV integration tailored for a house of worship environment and multi-purpose church spaces. The team focused on improving the gymnasium acoustics while installing the necessary equipment for clear, reliable audio across a wide range of events.

Working within the established system designs, Starlite executed the technology installation with precision, ensuring each system was installed correctly, programmed effectively, and fully operational upon handoff. To support long-term success, Starlite’s Field Engineer, Nick Minieri, also provided hands-on training, giving the church team the confidence to operate and manage their new system day to day.

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Acoustic Treatment That Changed the Room

Before any system can perform well, the room itself has to cooperate. Starlite installed 22 acoustic panels throughout the space to reduce reflections and control reverberation, a common challenge in gymnasium acoustics and other large multi-purpose rooms. These panels were strategically placed to address the most problematic surfaces and will be painted later to match the church’s aesthetic.

In addition, acoustic hardware was used to mitigate reflections caused by exposed metal beams. This step played a key role in reducing feedback and improving overall audio clarity across the room.

Once treatment was complete, the room was tuned to balance speech intelligibility and musicality. The difference was immediate. What was once a loud and unfocused environment became controlled and consistent.

System Installation

With the room under control, Starlite installed a professional-grade sound system designed for both power and clarity.

Main System Components:

  • 5 Martin T1230-W Passive Constant Curvature Enclosures
  • 1 Martin SX218-W Dual 18″ Subwoofer
  • 2 Martin IK42-DANTE Amplifiers with onboard DSP
  • Martin 15″ CDD Speaker
  • Acoustic Paneling
  • Rigging and hardware to support safe and precise deployment

Amplification and DSP were configured within a Dante-enabled audio network to ensure reliable performance and system flexibility. Additionally, the constant curvature design allows for even coverage across the listening area, which is critical in a wide, open gym. The subwoofer provides low-end support for music-driven events without overpowering speech applications.

The system was tuned to perform consistently across different use cases, from spoken word to full-band playback.

ELECTRICAL AND SYSTEM REFINEMENT

Beyond audio and acoustics, the project included updates to the electrical components supporting the system. These improvements provided a cleaner, more reliable foundation for daily operation.

Before completion, every system was tested, tuned, and verified before handoff. The result is a system the church staff can rely on without needing constant adjustment.

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THE RESULT

Fellowship Bible Church now has a gymnasium that functions as a true multi-purpose space. Speech is clear. Music translates well. Events can shift throughout the week without technical limitations getting in the way.

Ultimately, this project was not about over-designing the room. It was about solving the right problems with the right tools and executing the installation with care. As an experienced AV and lighting company, Starlite delivered a solution built for how the space is used every day.

NEED A QUOTE?

Starlite installed two display systems in our church, and I must tell you they were very professional and had years of experience in this field. From the first communication to the last, what a great team of very experienced staff installed it. I really enjoyed working with them; it was extremely easy to explain ideas to them, and they will supply you with more than just ideas plus actual work. I would strongly recommend Starlite locally and nationwide. Excellent job!!

Alex S.

Starlite is the best !!! Our church has been with them for over 20yrs and they have never failed us.

David M.

Manufacturer Spotlight: QSYS

Manufacturer Spotlight: QSYS

Mar 18, 2026 | Equipment, Integration, Sales, Systems, Visual

Manufacturer Spotlight: Q-SYS

 

Why Starlite Backs Q-SYS for Modern AV Systems

In professional AV systems integration, the technology itself is only part of the equation. The real measure of success is how intuitive the system feels for the people using it every day. Whether it’s a theater technician preparing for a performance, a facilities manager running a campus auditorium, or a corporate team starting a hybrid meeting, the expectation is simple: the system should work seamlessly.

At Starlite, that philosophy guides every integration project we undertake. It’s also a major reason why we have invested heavily in the Q-SYS platform developed by QSC.

Today, Q-SYS has become one of our flagship audio, DSP, and control ecosystems, allowing our systems integration team to deliver powerful AV infrastructures while keeping the user experience simple, intuitive, and reliable.

Photo credit: QSYS 

From Garage Startup to AV Industry Innovator

The story of Q-SYS begins with the founding of QSC in 1968 in Costa Mesa, California. What started as a small operation building power amplifiers in a garage eventually grew into one of the most respected companies in professional audio.

Over the decades, QSC earned a reputation for designing high-performance amplifiers, loudspeakers, and professional audio systems used in venues around the world—from performing arts centers and houses of worship to stadiums and corporate environments.

But the company’s most transformative development came with the creation of Q-SYS, a platform that fundamentally reimagined how AV systems could be designed and managed.

Rather than treating audio, video, and control as separate systems, Q-SYS introduced a software-centric architecture that unifies them into a single platform. Built with cloud connectivity and modern computing principles in mind, the system incorporates technologies such as:

  • Cloud-based AV architecture
  • AI and machine learning integration
  • Computer vision capabilities
  • Software-defined DSP and control processing

The result is an AV ecosystem that is scalable, adaptable, and designed for the evolving needs of hybrid environments, live events, and modern collaboration spaces.

The Power of a Software-Driven AV Platform

At the heart of the Q-SYS ecosystem is Q-SYS Designer Software, a powerful DSP design and programming environment that enables integrators to build complex AV systems using a single software interface.

Unlike traditional DSP platforms that require specialized hardware configuration early in the design process, Q-SYS allows engineers to develop and emulate systems virtually before hardware is deployed. This capability significantly improves efficiency and reduces risk during implementation.

Key capabilities include:

One software platform for all system sizes – from small meeting rooms to large performing arts venues

Emulation mode – enabling engineers to design and test systems without physical hardware

Third-party device integration – through Lua scripting and open ecosystem compatibility

Custom user control interfaces (UCI) – allowing the creation of tailored touch panel layouts with graphics, access controls, and intuitive workflows

For Starlite’s systems integration team, this environment provides a powerful canvas to design systems that meet highly specific operational needs.

But the real value emerges when that complexity is translated into simplicity for the end user.

Engineering Complexity So Users Don’t Have To

When AV systems are designed poorly, users often face confusing control panels, inconsistent workflows, or technical barriers that disrupt productivity.

Starlite approaches integration differently.

Our engineers perform the heavy technical lift behind the scenes—from DSP programming and control system scripting to device integration and network configuration. The goal is to ensure that when a user walks up to a control panel, they experience something that feels natural and familiar.

Starlite Field Engineer Nick Minieri, who programs many of our Q-SYS deployments in-house, emphasizes this principle in every design:

“Q-SYS is our flagship audio and control system right now. We use it heavily for DSP, but I also see huge opportunity in expanding it as a control platform. The touch panel experience is where we can really stand out as integrators.”

Nick Minieri

Field Engineer , Starlite | Systems Integration

Nick’s programming philosophy focuses on clean, intuitive interfaces that reflect how clients actually use their spaces.

This approach helps transform what could be a complex AV infrastructure into something that feels effortless for the people using it every day.

“We design the touch panels to feel smooth and intuitive. I often work with a customer’s brand style guide so the interface visually feels like it belongs in their environment.”

Nick Minieri

Field Engineer , Starlite | Systems Integration

A Platform Built for Modern Performance Spaces

One of the environments where Q-SYS excels is the performing arts venue.

Auditoriums and theaters require sophisticated systems capable of handling multiple technical disciplines simultaneously—audio reinforcement, control automation, distributed audio zones, and often live streaming or recording.

The Q-SYS platform enables Starlite to design systems that unify these functions within a single ecosystem.

 

 

Capabilities include:

Flexible Audio Routing

Large venues often require different signal routing depending on the event. Q-SYS allows operators to manage routing and processing through a centralized DSP architecture.

Background Music & Paging

Distributed audio across lobbies, backstage areas, and public spaces can be easily controlled from the same system.

Automation & Default States

Spaces can automatically return to a predefined state—resetting audio levels, control parameters, and operational modes for the next event.

Live Event Streaming

USB connections allow system audio and video feeds to be streamed to major online platforms, supporting hybrid or broadcast-style events.

These capabilities allow venues to maintain operational consistency while supporting diverse programming, from performances and lectures to conferences and community events.

 

Collaboration Spaces That Simply Work

Beyond performing arts venues, Q-SYS has become a major driver of modern corporate collaboration environments.

Boardrooms, conference rooms, and hybrid meeting spaces require a cohesive technology ecosystem that integrates:
  • Video conferencing platforms
  • Microphones and audio processing
  • Camera control
  • Display switching
  • Room automation

The Q-SYS platform allows all of these systems to operate through one unified control experience.

For end users, that means starting a meeting is often as simple as pressing a single button.

Behind the scenes, however, the system may be triggering dozens of automated processes—activating displays, routing audio, connecting conferencing software, adjusting lighting presets, and configuring cameras.

Again, the philosophy remains the same:

Make the experience simple for the user, regardless of the technical complexity underneath.

 

Training and Ecosystem Support

Another reason Starlite invests in the Q-SYS platform is the strength of its ecosystem and training resources.

Q-SYS offers a comprehensive training program that includes:

  • Self-paced online courses
  • Real-world design scenarios
  • Modular video lessons
  • Fully searchable training content
  • Free access to all learning materials

This open training model helps integrators continually deepen their expertise while enabling organizations to better understand the systems installed in their facilities.

For Starlite, that accessibility supports our long-term commitment to delivering systems that remain reliable and adaptable well beyond the initial installation.

 

Why Starlite Continues to Champion Q-SYS

When Starlite evaluates technology partners, we look beyond product specifications. We look for manufacturers that align with our core integration philosophy:

Deliver powerful systems that remain simple for the people using them.

The Q-SYS platform consistently supports that mission through:
  • Scalable software-based architecture
  • Powerful DSP and control capabilities
  • Customizable user interfaces
  • Robust third-party integrations
  • Continuous innovation in cloud-connected AV technology

As our integration team continues to design and install systems for performing arts centers, educational institutions, corporate environments, and large venues, Q-SYS remains one of the most versatile platforms we deploy.

And while the underlying technology continues to evolve, our focus is to build systems where the technology disappears—and the experience takes center stage.

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2026 Latest Trends Report

2026 Latest Trends Report

Feb 19, 2026 | Equipment, Event Technology, Integration, Lighting, Production, Sales, Systems

The 2026 AV & Lighting Trends Report

 

AV Is Entering a New Era of Expectation

AV and lighting design are evolving faster than most spaces can keep up. Audience expectations have reset, operational demands have intensified, and the technology landscape is shifting. It’s moving from systems that simply function to systems that elevate how people engage. Across performance venues, educational environments, museums, entertainment properties, and trade show floors, the baseline for a “good” experience has risen dramatically. Today’s audiences compare every environment to the best they’ve seen anywhere else. Whether that’s a touring production, an immersive exhibit, or a polished livestream, technology has also expanded what’s possible. Tools that once required specialized expertise are more accessible, flexible, and adaptable. The result is a widening gap between what many existing systems can do and what organizations now need them to do. Systems designed eight to fifteen years ago weren’t built for hybrid events, dynamic lighting looks, flexible routing, high-contrast visuals, or modern coverage expectations. This report explores eight trends that signal where AV, lighting, and experience design are headed in 2026. Also, this report will describe what that means for organizations planning smarter, more adaptable spaces today. These trends reflect both the current trajectory of technology and the emerging expectations shaping how spaces will need to perform in the years ahead.

Trend 1: LED Lighting as the Universal Baseline

 

LED lighting is no longer an upgrade path. It is now the groundwork for every modern space. As incandescent fixtures fade out and maintenance-heavy systems reach end-of-life, LEDs have become the default for auditoriums, exhibits, museum environments, performance spaces, and branded installations. What’s changing heading into 2026 is not simply the adoption of LEDs, but the sophistication of how lighting is being used. Color-capable fixtures, smoother dimming curves, and more refined control options are enabling spaces to shift tone, mood, and purpose instantly. Lighting infrastructure is becoming more scene-based and more flexible, supporting everything from high-impact performances to subtle exhibit environments and multipurpose presentations. Control is now as important as the fixtures themselves. Modern lighting systems rely on thoughtful integration. This includes DMX distribution, networked nodes, and intuitive interfaces that allow staff to select repeatable looks without complex programming. As a result, lighting is evolving from a static tool into a dynamic part of experience design.

2026 DIRECTION:

Lighting becomes a storytelling instrument across all venue types. Expect continued movement toward smarter presets, fluid transitions, and immersive environments that support varied programming without increasing operational complexity.

2026 DIRECTION:

Audio systems are becoming more modular, more adaptive, and more dependent on thoughtful acoustic strategy. Intelligibility is becoming a primary performance metric influencing both system architecture and long-term planning.

Trend 2: Distributed, Networked Audio Becomes the Standard for Intelligibility

Clear, consistent audio has become one of the most defining factors in how an audience perceives the quality of a space. That shift is driving a transition away from centralized loudspeaker clusters toward distributed coverage models that deliver intelligibility evenly across the room. Networked audio—using protocols like Dante and AVB—continues to cement itself as the backbone of modern audio systems. These architectures enable flexible routing, expansion, remote monitoring, and integration across audio, video, and control systems. Alongside this, modern DSP platforms are playing a larger role in shaping clarity, coverage, and consistency through advanced tuning and zoning.

This direction is emerging across a wide spectrum of environments:

  • Performance halls that require precise reinforcement for music and speech.
  • Museum exhibits built around narration and ambient soundscapes.
  • Trade show activations where clarity competes with environmental noise.
  • Multipurpose spaces that must support everything from presentations to performance.

Trend 3: Visual Storytelling Expands to LED Walls, Projection, and Media Integration

Visual infrastructure is becoming one of the strongest drivers of how a space communicates identity and purpose. Where video once served as a functional tool (slides, playback, basic IMAG), it’s now shaping the entire experience of a room. LED walls, high-brightness projection, and flexible media systems are increasingly designed into the space rather than added on top of it. This shift appears across nearly every environment: schools using LED walls as dynamic scenic backdrops, museum exhibits relying on projected environments to tell richer stories, casinos incorporating large-format displays as architectural elements, and portable event or trade-show setups that use modular LED systems to create immersive brand moments. As visual expectations rise, the underlying infrastructure must rise with it. Hybrid and broadcast needs are also influencing design decisions. Spaces that once served only in-person audiences now require camera positions, lighting considerations for capture, and integrated switching systems that support recording or streaming without reconfiguring the room.

2026 DIRECTION:

Visual infrastructure becomes more inseparable from spatial design. Displays, projection surfaces, and media elements will be planned into architecture and programming from the outset, enabling spaces to create intentional “media moments” instead of relying on temporary or improvised solutions.

2026 DIRECTION:

Spaces move toward unified ecosystems where lighting, audio, video, and automation feel like one system rather than isolated components. Expect more single-interface control approaches, more thoughtful presets, and deeper coordination between AV and IT teams to support secure, seamless operation.

Trend 4: Integration & Control: Simplicity, Security, and Cohesion Drive Adoption

As systems grow more capable, the need for cohesive, intuitive control grows even faster. The most significant advancements heading into 2026 are in how those components work together. AV, lighting, and automation systems are converging into unified control environments that prioritize simplicity, reliability, and repeatability for the teams who use them every day. Organizations want systems that start cleanly, transition smoothly, and minimize the technical burden on staff. A consistent interface, predictable presets, and clear operational workflows are increasingly central to system design. This applies equally to auditoriums, museums, multipurpose rooms, corporate environments, and live event spaces. As AV-over-IP becomes the organizing framework for many systems, security and infrastructure coordination are moving earlier in the process. Network design, VLANs, device authentication, and IT collaboration aren’t “optional conversations”, they’re part of creating systems that perform reliably and safely.

Trend 5: Immersive Experience Design Moves from Special to Standard

Immersive AV design is no longer confined to high-budget productions or destination attractions. Layered lighting, ambient audio, projection-based environments, and dynamic visual elements are now appearing in a much wider range of spaces as expectations evolve. Audiences are increasingly drawn to environments that feel intentional, atmospheric, and emotionally engaging — even when the primary purpose of the room isn’t performance. This shift is happening across museums, exhibits, brand activations, school auditoriums, and community multipurpose spaces. Temporary installations and traveling events are adopting scenic lighting and media integration to create distinctive environments without extensive buildouts. Permanent venues are blending architectural elements with AV systems to shape how visitors move, focus, and experience each moment in the space. As experiential design becomes more accessible, the distinction between “production” and “permanent installation” continues to blur. Spaces are no longer designed for a single mode of operation; they must support a spectrum of experiences that can change from day to day or even hour to hour.

Immersive Experience

2026 DIRECTION:

Immersion becomes a baseline design principle. AV increasingly functions as both infrastructure and emotional design, enhancing wayfinding, storytelling, engagement, and the overall feeling of a space.

2026 DIRECTION:

Schools increasingly pursue systems that deliver professional-level results through accessible workflows. The goal is not to recreate what a performing arts center is, but to bridge the gap between educational use and the production standards that audiences and communities now expect.

Trend 6: K–12 Modernization Accelerates Higher Production Value, Multi-Use Spaces

School environments are undergoing a significant shift in how AV systems are used and expected to perform. Auditoriums, multipurpose rooms, cafeterias, gymnasiums, and classrooms all rely on AV for an expanding set of functions like:

  • Theatrical performances
  • Instruction / Streaming
  • Professional development
  • Community events, ceremonies
  • District-wide communication

Many of these systems were installed more than a decade ago and are reaching the limits of their reliability and flexibility just as expectations are rising. Schools are now evaluating upgrades not only to replace aging infrastructure but to meet broader programmatic needs. Production quality is becoming more important as events are livestreamed, archived or shared with families and stakeholders. People expect clear audio, bright visuals, and polished presentation. So flexibility and ease of use are central to this trend. Spaces must support a wide range of users—from students to teachers to external groups—while operating reliably with minimal technical intervention. Multi-use design influences everything from lighting layouts to audio coverage to how projection or display systems are integrated.

Trend 7: Multipurpose Entertainment & Exhibit Environments Demand Flexibility

Entertainment venues, museums, performing arts centers, and trade show environments are being asked to do more and change modes more quickly. So, a single space may need to present a keynote, host a performance, support brand activation, and operate as a general admission environment, often within the same day. This level of variability requires AV systems that are not only robust, but inherently flexible. Lighting, audio, and video systems are increasingly designed with modularity in mind. Configurations must support different stage or floor layouts, varied audience footprints, and shifting content demands without extensive reprogramming or technical intervention. Portable elements—lighting ladders, projection surfaces, LED displays, speaker zones—are being integrated into permanent design in ways that allow staff to reconfigure the environment with minimal effort. This trend is not limited to high-production events. Museums are adopting flexible lighting and projection to refresh galleries without major renovations. Trade show booths rely on modular AV components that can adapt to different footprints or storytelling needs. Performing arts centers are leveraging adaptable systems to support both traditional productions and non-theatrical community events.

2026 DIRECTION:

Spaces increasingly move toward modular AV infrastructures designed to support multiple identities. A venue may function as a theatre one day and a brand activation the next, with the same core systems powering both experiences. Here, flexibility becomes the competitive advantage.

2026 DIRECTION:

Planning becomes more strategic and more phased. Organizations modernize with clearer priorities, better coordination, and systems designed to evolve over time to achieve higher-quality outcomes without overextending budgets.

Trend 8: Long-Horizon Planning & Phased Execution Become the Smart Path Forward

As expectations rise and systems grow more interconnected, organizations are treating AV as long-term infrastructure rather than isolated equipment upgrades. This shift is driving a more strategic approach to planning where modernization is mapped across multiple years and aligned with funding cycles, staffing needs, and broader organizational priorities. Multi-year roadmaps help communities plan sustainably. Rather than attempting an all-at-once upgrade, organizations can prioritize high-impact improvements, prepare infrastructure for future phases, and sequence investments in a way that supports both immediate needs and long-term performance. This approach reduces disruption, spreads costs more predictably, and ensures that each phase builds toward a cohesive, integrated system. Early collaboration is a defining feature of this trend. AV, IT, electrical, architectural, and construction teams are increasingly engaged together at the design stage rather than in isolation. This prevents costly rework, avoids mismatched assumptions, and ensures that conduit, power, network capacity, and sightlines are planned with intention rather than retrofitted after the fact.

Designing for What’s Next

The most meaningful AV trends heading into 2026 are all about shifting expectations, expanding possibilities, and new ways of engaging audiences. Moreover, lighting, audio, video, and control systems are becoming more adaptive, more integrated, and more central to how spaces function and feel. Environments that once served a single purpose now support a spectrum of uses, and the experiences delivered in those spaces increasingly shape how organizations are perceived.

Spaces that plan strategically now— thoughtfully, flexibly, and with the future in mind—will be the ones that feel modern, intuitive, and compelling in the years ahead. Modernization doesn’t have to mean complexity. It simply requires clarity, coordination, and systems designed to grow with you.

If you’re planning a renovation, exploring phased upgrades, or rethinking how your space needs to perform in the future, we can help you chart the path forward. Tell us about your project, and let’s design for what comes next.

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Manufacturer Spotlight: Ayrton Lighting

Manufacturer Spotlight: Ayrton Lighting

Feb 3, 2026 | Equipment, Event Technology, Integration, Lighting, Production, Sales, Systems

Ayrton Lighting — Precision, Power, and Performance Without Compromise

Some manufacturers follow trends.

Others create them.

Ayrton firmly belongs in the second category.

Founded in 2001 just outside Paris, France, Ayrton was born from a collaboration between lighting professionals, technologists, and industrial designers who shared one goal: push intelligent lighting further than anyone else thought possible. More than two decades later, that mindset still defines the brand and explains why Ayrton fixtures are consistently specified for television studios, theatres, arenas, and high-profile live events worldwide.

At Starlite, we do more than sell Ayrton. We invest in it. Not only do we offer Ayrton as a rental option, but we trust them for our own productions and events. 

A Brand Built on Engineering and Intention

Ayrton’s name and iconic yellow color are a tribute to legendary Formula One driver Ayrton Senna, a nod that feels particularly fitting once you understand the company’s design philosophy. Like elite motorsports engineering, Ayrton fixtures balance raw power with precision control, efficiency, and reliability.

From day one, Ayrton has focused on intelligent LED lighting for entertainment and architectural applications. Their in-house R&D team brings together experts in mechanical, electronic, and software engineering who translate avant-garde concepts into fixtures that are not only innovative, but field-proven.

That is why Ayrton luminaires are a regular presence on productions that demand accuracy, repeatability, and absolute confidence night after night.

Sustainability Through Longevity

Ayrton’s commitment does not stop at innovation. The company places real emphasis on product lifecycle support, offering technical documentation, maintenance guidance, and service training through its distribution network. Even discontinued products remain supported with accessible documentation, helping extend usable life and reduce unnecessary replacement.

In an industry where fixtures are expected to perform for years under demanding conditions, that long-view approach matters.

From EYECOLOR to Rivale: A History of Firsts

Ayrton’s first fixture, the EYECOLOR, debuted in 2002 and immediately set the tone. Equipped with 192 LEDs, it delivered rich color without complex mechanical systems, a radical idea at the time. That same spirit of simplification through smarter engineering has guided the product line ever since.

From early innovations to today’s advanced profile, beam, and wash fixtures, Ayrton has continuously refined effects, optics, color systems, and movement accuracy. The result is a portfolio that does not chase gimmicks, but instead raises the baseline for what professionals expect from intelligent lighting.

Why Starlite Chooses Ayrton

At Starlite, we make it a point to buy into the fixtures we sell. If we are recommending a product to our clients, it is because we believe in its performance, durability, and long-term value. Ayrton checks all of those boxes.

Two fixtures in particular have earned a permanent place in our lighting inventory and on our projects: the Ayrton Veloce Profile and the Khamsin S Profile.

Ayrton Veloce Profile: Precision with Authority

Veloce Profile is a luminaire that feels purpose-built for designers who want control without compromise.

Its proprietary 13-lens optical system delivers a massive 13:1 zoom range, from a razor-sharp 4° beam to a wide 52° field. The 180 mm front lens produces an ultra-intensive beam that cuts cleanly through haze and distance, making it equally at home on large stages and detailed scenic applications.

Color is where Veloce truly shines. The single-layer CMY color mixing system with ultra-fast, high-definition discs delivers saturated, punchy color with exceptional consistency. A progressive CTO allows smooth adjustment from 2900 K to 6500 K, while a seven-position color wheel adds flexibility for creative accents. For applications demanding accurate color reproduction, the CRI can be finely adjusted from 70 to 86.

Add to that an ultra-precise framing module capable of isolating objects anywhere in the beam with surgical accuracy, and you have a fixture that rewards both technical discipline and creative risk-taking.

We proudly send Veloce Profile out on tours and productions through our rental division because we know it performs exactly as expected, every time.

If you are interested in adding Veloce Profile to your next project, our team is ready to help you spec or rent the right solution.

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Ayrton Khamsin: Compact Power That Turns Heads

Khamsin is what happens when Ayrton decides to squeeze extraordinary output into a remarkably compact form factor.

By completely redesigning the internal structure and using cast aluminum sides, Ayrton delivered a fixture that packs serious horsepower without excess bulk. The Khamsin S version delivers up to 40,000 lumens with a 7000 K color temperature, while the Khamsin TC version prioritizes color accuracy with a CRI greater than 90 and outstanding TM-30 performance.

The proprietary 13-lens optical system provides an 8:1 zoom range from 7° to 58°, producing an even, flat beam with no hot spots and exceptional image clarity. Whether you are running gobos, prisms, or clean texture, the output remains consistent and controlled.

Khamsin’s effects package is extensive: dual rotating gobo wheels, animation effects, rotating prisms, iris, frost options, and a full CMY color mixing system with variable CTO. Framing shutters allow precise shaping across the entire beam, regardless of fixture position.

Designed for arenas, stadiums, and major event venues, Khamsin is equally impressive in television and broadcast environments thanks to flicker-free source management.

Despite its power, the fixture weighs approximately 87.7 pounds, making it surprisingly manageable for its output class.

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A Longstanding Partnership

Starlite has been an authorized Ayrton dealer for many years, and that relationship continues because the product consistently delivers. Whether you are purchasing for a permanent installation, specifying for a touring system, or sourcing fixtures through our rental inventory, our team has hands-on experience with Ayrton’s lineup.

If you are interested in any Ayrton products, from profiles to washes and beyond, we are ready to support you from specification through deployment.

Ayrton is not just a manufacturer we represent. It is a manufacturer we rely on.

And that makes all the difference.

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Allen & Heath Consoles: Why Starlite Trusts Their Digital and Analog Mixers for Rentals & Installations

Allen & Heath Consoles: Why Starlite Trusts Their Digital and Analog Mixers for Rentals & Installations

Nov 24, 2025 | Audio, Equipment, Event Technology, Integration, Production, Sales, Systems

Manufacturer Spotlight: Allen & Heath – Consoles We Trust

 

At Starlite, we understand that in professional audio, the quality of a mixer defines the entire system’s performance. Whether we’re supporting a live corporate event, equipping a school auditorium, or integrating a new sound system into a performance venue, reliability, flexibility, and sonic transparency are non-negotiable. That’s why Allen & Heath consoles remain a cornerstone of both our rental inventory and our Systems Integration designs.

From their handcrafted analog roots in the London music scene to today’s state-of-the-art digital mixing platforms, Allen & Heath has built a reputation for precision engineering, intuitive user experience, and unmatched build quality. These values align perfectly with Starlite’s mission to deliver excellence in every AV project.

A Legacy of Innovation in Audio

Founded in 1969, Allen & Heath emerged at the forefront of Britain’s audio engineering revolution, building custom mixers for bands like Pink Floyd, Genesis, and The Who. These early designs established the company’s reputation for clean signal paths, robust circuitry, and innovative ergonomics, traits that continue to define their modern consoles.

More than five decades later, Allen & Heath remains an industry benchmark. Their digital console range represents a new era in live sound technology, capable of sub-millisecond latency and unparalleled DSP power. Designed, developed, and tested in Cornwall, UK, every console is shaped by real-world engineering feedback from active touring professionals, ensuring performance that meets the demands of both live and installed environments.

Their philosophy, “heritage, innovation, and a mission to just keep doing it better,” continues to drive their evolution from classic analog desks to advanced networked digital systems.

Photo credit: Allen & Heath

Why Starlite Relies on Allen & Heath

At Starlite, we’ve chosen Allen & Heath for the same reason top touring engineers and integrators do: consistency, versatility, and sound integrity.

In our rental inventory, we feature consoles designed to excel under demanding conditions:

Avantis 64-Input Digital Mixer 

Powered by the 96kHz XCVI FPGA engine, Avantis delivers exceptional sonic performance with ultra-low 0.7ms latency. Its dual 15.6” HD touchscreens and Continuity UI streamline navigation, while the full metal chassis ensures durability on the road. Integrated dLive-class processing, flexible bus architecture, and seamless Shure and Sennheiser RF integration make it a trusted choice for corporate AV, broadcast, and high-end live productions.

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SQ Series Mixers

The SQ series bridges touring-grade processing with a compact form factor. With 48 input channels, DEEP processing architecture, 12 stereo mixes, and 64×64 I/O audio networking, these consoles are ideal for mid-scale performance spaces and educational installations. They provide powerful features like multitrack recording via USB and integration with Dante or SLink expanders—enabling scalable, networked audio solutions.

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ZEDi-10FX & GL2200

For smaller venues, mobile productions, and hybrid analog setups, the ZEDi-10FX offers a studio-grade preamp design and USB interface capabilities, while the GL2200 remains a touring classic, valued for its warm, transparent analog sound and bulletproof reliability. Together, they showcase Allen & Heath’s commitment to versatility—from compact mixers to flagship consoles.

These systems allow our technicians and clients alike to experience accurate, consistent audio performance whether mixing a theatrical production, a graduation ceremony, or a high-profile corporate presentation.

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Designed for Live, Installation, and Education

Beyond live production, Allen & Heath has become a leader in fixed installation audio. The AHM series matrix processors (including the AHM-64, AHM-32, and AHM-16) bring high-end digital signal processing and networked audio control to a variety of environments from schools and houses-of-worship to restaurants, hotels, and boardrooms.

Their consoles and processors integrate natively with Dante, AES67, and Allen & Heath’s ecosystem of expanders and controllers, making them ideal for flexible AV systems. These tools empower integrators to deliver scalable, user-friendly audio systems that can grow with an organization’s needs.

For our integration team, Allen & Heath represents the perfect blend of technical sophistication and practical usability. Educators and operators appreciate the intuitive interface, while professional engineers value the advanced processing headroom and precision mixing capabilities. 

Training, Support, and Community for AV Professionals

Allen & Heath develops exceptional technology and builds a community around it. Their global training programs, certification courses, and in-person workshops help engineers and operators expand their technical expertise. Whether through online tutorials or direct manufacturer support, users gain the confidence to maximize every feature of their console.

This dedication to education mirrors Starlite’s own philosophy: empowering clients with the tools and knowledge to achieve the best results from their AV systems.

Allen & Heath: Learning and Education

Trusted for Rentals, Installations, and Beyond

From the compact ZEDi Series to the flagship dLive and Avantis platforms, Allen & Heath continues to push the boundaries of what’s possible in live sound and system integration. At Starlite, we trust their consoles because they’ve proven themselves time and again—delivering stability, sonic excellence, and future-ready flexibility for every project we take on.

Whether you’re managing a performance venue, upgrading a school auditorium, or producing a corporate event, Allen & Heath provides the foundation for reliable, professional-grade sound.

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