Worship &
performance spaces

XL AV reviews how the space is used across the week: spoken services, choirs, amplified bands, rehearsals, presentations, visiting performers, and community events. Seating layout, balcony areas, stage positions, audience distances, and room finishes inform the design. A system for speech and occasional playback has different requirements from one supporting live music and multi-camera production.

We establish which functions need a simple preset and which need an operator at a console. Staff and volunteer experience, available rehearsal time, and setup changes influence the control layout. The scope should define the main room, stage monitors, overflow areas, recording, and online delivery as separate destinations where their needs differ.

For an upgrade, we assess the installed equipment and identify the problems to resolve. Suitable cables, loudspeakers, displays, or consoles may be retained after inspection and compatibility checks. Budget priorities and future phases are agreed before choosing equipment.

Lectern, handheld, headset, and lavalier microphones suit different speaking positions and presentation styles. The choice considers how far the microphone sits from the voice, how the speaker moves, and the surrounding sound. We review placement and microphone technique along with the equipment.

Loudspeaker selection and positioning consider room geometry, seating depth, balconies, and reflected sound. Where a room needs additional coverage, appropriately designed fill loudspeakers can serve areas missed by the main system. Their level and timing are coordinated so overlapping coverage supports intelligible speech.

Reverberant surfaces and building noise can reduce clarity. Acoustic treatment and facilities coordination may be needed alongside sound-system changes. Equalization and DSP support system tuning, while microphone placement, loudspeaker aiming, and control of open microphones help manage gain before feedback.

Input planning identifies vocal microphones, instruments, playback devices, choir pickup, guest connections, and spare channels. We consider console capacity, stage connections, digital transport, patching, and who manages each part of the mix. Stored scenes can support recurring arrangements, with recall behaviour checked so critical routing and settings are protected appropriately.

Musicians may need wedges, in-ear monitoring, or a combination suited to their positions and workflow. Monitor level and spill affect both microphone pickup and the audience mix. We define the required mixes and controls, then test them with the intended instruments and performers. Wireless monitoring also needs frequency planning alongside wireless microphones.

Subwoofers, main loudspeakers, and fills are selected for the required coverage and programme level. We configure gain structure, crossover settings, alignment, and protection appropriate to the equipment. The system is evaluated with speech and music at agreed operating levels; additional loudspeaker capacity does not resolve every acoustic problem.

Wireless planning starts with the number of simultaneous channels and the equipment already in use. Frequency availability, local interference, receiver location, antenna placement, cable loss, and stage movement affect performance. Permitted frequency bands and model-specific requirements are confirmed for the installation location.

We coordinate microphones and wireless monitors as a system, with labelled transmitters, receivers, and console channels. Walk tests cover normal speaking and performance positions. A plan for batteries, charging, spare microphones, and pre-service checks helps operators identify problems before the programme begins.

Instructions should cover muting, transmitter placement, microphone handover, and what to do if a channel fails. Volunteer training includes practical microphone technique and the agreed recovery procedure. Frequency configurations and changes are documented within the project scope.

Display design starts with the content: lyrics, scripture, presentation text, live camera images, or scenic backgrounds. We review the smallest required text, the nearest and farthest viewers, sightlines, room lighting, screen dimensions, and available mounting positions. Projection, flat panels, and LED are evaluated against the application.

For suitable flown or ground-stacked worship and production layouts, XL AV evaluates LUXVISION ECOLUX Hanging X. Available factory-flown mounting and ground-stack systems support configuration choices. Published pixel pitches include 1.95 mm, 2.31 mm, 2.60 mm, and 2.97 mm. Selection depends on the installed canvas, audience distance, content detail, and camera use.

Closer viewing and detailed presentation content can justify evaluating LUXVISION ECOLUX HD X instead. Product choice follows the space requirements. Display brightness, input scaling, processor mapping, service access, and power and data routes are specified together. Flown and stacked arrangements require suitable support hardware and load or stability review by the responsible specialists.

Live image magnification, often called IMAG, helps people see a speaker or performer on room displays. Camera positions, lens coverage, sightlines, switching, and end-to-end latency are reviewed together. Video delay becomes noticeable when viewers can see both the stage and the screen, so the intended equipment path is evaluated before final selection.

An online audience hears a different balance from people in the room. Direct instruments and voices may need a dedicated stream mix because the room audience also hears acoustic sound from the stage. Ambient microphones can add congregation or audience sound to a recording or stream, with routing controlled to avoid unwanted reinforcement through the house system.

We coordinate the encoder, audio feed, picture formats, synchronization, operator monitoring, and agreed streaming destination. Network capacity and delivery conditions are reviewed with IT. Recording, programme captions, and content permissions are scoped with the customer. Remote contributors, when required, need a defined return-audio path that prevents their signal being sent back to them.

Spoken services, music, and theatrical presentations can need different lighting scenes. We review presenter positions, stage depth, fixture locations, beam control, colour, and the existing architectural lighting. The design considers audience comfort and the room’s normal activities as well as performance use.

Camera lighting should give faces consistent exposure across the positions used on stage. Bright windows, scenic light, and LED backgrounds can affect that balance. We coordinate lighting levels and colour settings with camera exposure and white balance. Fixture dimming and camera shutter settings are checked together for visible flicker or banding.

Lighting consoles, wall controls, presets, and any supported room-control integration are chosen for the operators. Everyday scenes should be clearly labelled. Electrical circuits, control wiring or networks, fixture access, and mounting coordination form part of the installation scope. Required emergency lighting remains coordinated with the responsible building specialists.

A routine service can use agreed source selections, lighting scenes, and audio starting points. A performance may need detailed console control and cue sequences. We define the boundary between room presets and production controls so a change at one interface does not unexpectedly override another operator’s work.

Control functions may include display power, presentation sources, playback, room volume, lighting scenes, and overflow feeds through supported interfaces. Labels and confirmation states are reviewed with users. Startup, shutdown, and recovery procedures are tested as a complete sequence rather than as isolated device commands.

For shared venues, permissions and documented room modes help distinguish regular operation from visiting production use. Training covers preparation, microphone checks, source changes, and basic fault isolation. We agree how staff will maintain presets and configuration backups after handover.

Audio, video, lighting, and control paths need an installation plan for stage boxes, cable routes, equipment racks, table or lectern connections, and operator positions. Networked systems require the appropriate switch capacity, addressing, power over Ethernet where applicable, and equipment-specific settings. IT responsibilities and remote access permissions are agreed with the customer.

Racks and processors need ventilation, suitable electrical supplies, and access for service. Display and loudspeaker locations require appropriate mounting design and review of the supporting structure. Rigging responsibilities, load information, and access equipment are coordinated with the responsible project specialists.

We review how components can be maintained without disrupting regular use. Spare equipment, replaceable modules, configuration backups, and phased installation requirements are defined in the project scope. Existing wiring and equipment are assessed before reuse.

Commissioning includes speech intelligibility and coverage, microphone positions, music playback, monitor operation, wireless movement, display legibility, camera views, lighting scenes, and source changes. We check audio and video timing on the intended room and streaming paths. Acceptance activities use representative content and agreed operating modes.

Training should include the people who prepare the room, mix audio, operate cameras, advance content, and manage lighting. Documentation and configuration backups are supplied according to the agreed scope. Maintenance, software updates, service access, and support arrangements are defined without assuming every system includes the same ongoing coverage.

For a consultation, provide room dimensions, seating and stage plans, photographs, existing equipment, and a typical service or event schedule. Include the number of microphones and instruments, display content, streaming requirements, operator experience, current problems, budget range, and timing. This allows XL AV to establish design priorities and the scope of integration.