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TONY LAB AUDIO
VI
A church nave seen from the organ loft: rows of wooden pews, organ pipes on both sides of the sanctuary and a crucifix on the altar wall.

CHURCHES & SANCTUARIES

Clear Speech Even Coverage Easy to Run

Sound systems for churches and community halls, with clear speech and simple controls as the priority.

Book an on-site surveySee the Vo Dong & My Phuoc projects

COMMON ACOUSTIC PROBLEMS

Common sound problems in churches

The back pews can’t hear clearly, the front pews find it too loud

Conventional speakers push a high level forward to “throw” the sound to the back of the church, so the front rows tire of the loudness while the back rows still hear only a murmur.

  • Uneven coverage
  • Long, deep naves
  • Front-to-back level difference > 12dB

The homily blurs into echoes from the ceiling

Before a word has finished, reflections from brick or glass ceilings land on top of it, creating a boomy wash that runs the words together. The sound is aimed at the ceiling instead of at the listeners.

  • Reverberation
  • High RT60
  • Speech intelligibility STI < 0.45 (limited intelligibility)

Microphones squeal as soon as the gain goes up

Reflected sound finds its way back into the microphones, and the system has no processing to cut the sensitive frequencies. It breaks the stillness of the liturgy and puts pressure on the celebrant.

  • Microphone pickup
  • Feedback Control
  • Risk of feedback interrupting Mass: high

The system is too complex for non-specialists to run

Parish sound teams are usually volunteers. A rack with dozens of buttons invites wrong settings, leading to unbalanced sound or a lost signal just before Mass.

  • Human operation
  • Complex equipment racks
  • Risk of operator error: high

THE TONY LAB AUDIO METHOD

Clear speech, even coverage, in keeping with the architecture

Controlled-Directivity Column Loudspeakers

  • Controlled Directivity
  • Slim design

Coverage is calculated to focus the energy on the listening area and reduce the sound sent up into the vaulted ceiling. The look of the speakers is chosen together with the architectural requirements.

Multi-Layer Anti-Feedback DSP Configuration

  • Feedback Control
  • Automixer

Microphone gain management, speaker placement and system EQ help control feedback. FIR phase correction is a separate task; results are checked at the intended operating level.

One-Touch Preset Interface

  • Custom GUI
  • Smart operation

Scenes are programmed in advance: Ordinary Mass, Solemn Mass, Choir. The person in charge presses a single button on the control panel or a tablet.

Standard Diagrams and Hands-On Training

  • SOP Operation
  • Support as agreed

We hand over a clear infographic operating diagram fixed to the equipment rack, and train the parish sound team in detail until they are confident.

OUR PROCESS

Three phases, six steps for a church

Diagnosis & Simulation

  1. Step 1 · On-site surveyWe measure the dimensions, check the reflective materials and assess the existing system.
  2. Step 2 · EASE acoustic simulationThe data goes into 3D software to calculate the speaker angles and predict speech intelligibility (STI) before installation.

Installation & Tuning

  1. Step 3 · Configuration proposalImported equipment chosen to fit the parish’s donated budget.
  2. Step 4 · Careful installationCables hidden with care, and the architecture kept intact.
  3. Step 5 · Tuning with Smaart v9A measurement microphone is used to fine-tune the frequency response pew by pew.

Handover & Support

  1. Step 6 · Acceptance & trainingWe hand over the one-touch guide, train the team in person and support them through major feast days.

REAL PROJECTS

Featured church projects

The two case files below show how Tony Lab Audio handled speech intelligibility, coverage and day-to-day operation in real buildings.

Father Daminh Nguyen Thu Truong preaching at the opening Mass of the Sacred Music class to parishioners in the Vo Dong Parish hall, with ceiling-mounted YME speakers and wireless microphones.

Vo Dong Parish

My Phuoc chapel, with YME Audiotechnik CS 9P speakers along both side walls, red pews and the sanctuary.

My Phuoc Chapel

ANSWERS

Frequently Asked Questions

Will the installation mean drilling into or damaging the church’s historic architecture?

Speakers, finishes and cable routes are proposed around the existing architecture. Every drilling, rigging or structural point must be approved beforehand by the people responsible for the building.

Our donated budget is limited. Can Tony Lab Audio upgrade the system in phases?

Yes. From the EASE survey we keep the existing equipment that still works well and plan a step-by-step upgrade to ease the financial pressure.

How is support handled if something goes wrong before a major feast?

The support channel, response time and on-site cover for major feast days are agreed separately with each parish.

Does Tony Lab Audio import and install YME Audiotechnik speakers for churches?

Yes. Tony Lab Audio imports YME Audiotechnik directly. We have installed the CS Series (such as the CS 9P) in a number of churches — a discreet design in keeping with the architecture, with FIR filtering and Phase Correction to keep the homily clear across the whole seating area.

OUR TECHNICAL COMMITMENT

Three commitments to every church

Clear Speech — No Compromise

Signed off with real Smaart measurements pew by pew, not by ear alone — clear speech and no feedback before handover.

Respect for the Original Architecture

Every mounting position is chosen to look right while still being technically correct, without breaking the solemnity of the sanctuary.

Support After Handover

Hands-on training for the people in charge on site, and technical support through every major feast.

CHURCH SOUND SOLUTIONS

Clear Speech In Every Pew With Tony

Tony Lab Audio measures the acoustics and checks coverage and day-to-day operation before proposing a configuration for your church.

Book a free survey and acoustic measurementMessage the engineer on WhatsApp