Service category

Hearing Augmentation Installation

Assessment, installation and testing of hearing augmentation systems for commercial and public spaces across Sydney and NSW.

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What we do
Hearing Augmentation Installation Sydney & NSW

Assistive listening · Sydney & NSW

Hearing augmentation installation.
Bring the sound closer.

Help people follow speech with a listening system designed around the room, the audio source and the people who use it.

Masters Voice Technology assesses, integrates, installs and tests hearing augmentation for commercial and public spaces—from service counters to hearing rooms and venues.

AssessUnderstand the space and its users.
InstallIntegrate the right audio pathway.
TestMeasure and verify the agreed coverage.
HandoverMake the system easy to find and use.

01 / Start with the listener

Clearer access to speech.
More than turning up the speakers.

Distance, reverberation and background noise can make amplified speech difficult to follow. Hearing augmentation provides a dedicated audio pathway through a compatible hearing device or receiver. Good microphone capture remains essential.

A more direct listening pathway

From the speaker to the listenerA microphone or AV source feeds a selected assistive listening system, which delivers audio to a compatible hearing device or a venue receiver. The drawing is conceptual. Microphone / AV source Selected listening systemLoop · Infrared · RF · Wi-Fi · Auracast™ Compatible personalhearing deviceVenue receiver +suitable accessory
Concept illustration. The listener’s connection depends on the technology and device compatibility; not every system connects directly to every hearing aid.
THE SPACE

Where will people listen?

Define service positions, seating, standing areas and adjacent rooms. Review construction, noise, sightlines and available cable pathways.

THE CONNECTION

How will they receive audio?

Consider telecoil and Auracast compatibility, venue receivers, headphones or neckloops. Include visitors without compatible personal devices.

THE EXPERIENCE

Can they find and use it?

Plan signage, instructions, receiver availability, charging and staff assistance as part of the installation.

02 / Choose a suitable system

Five approaches.
One goal: better access to audio.

The appropriate technology depends on user compatibility, room conditions and the project brief. We assess options with the project team rather than assume every venue needs the same system.

INDUCTION LOOP / T-COIL

Hearing loops

A loop driver and cable create an audio-frequency magnetic field received by a compatible telecoil. Options include counter loops and room-coverage layouts.

Assess: metal in the building, magnetic background noise, coverage and signal spill into neighbouring areas. Users without telecoils may need a loop receiver.

LIGHT-BASED TRANSMISSION

Infrared listening

Infrared emitters send audio to compatible receivers. This can suit hearing rooms and other spaces where keeping the listening signal within the room is a design priority.

Assess: emitter sightlines, obstructions, lighting conditions and receiver provision. Test reception throughout the nominated area.

RADIO-FREQUENCY AUDIO

RF listening

A transmitter sends programme audio to compatible portable receivers. It is an option to assess where listener movement and receiver-based access are important.

Assess: Australian-approved equipment and frequencies, radio conditions, range, adjacent systems and privacy. Radio coverage does not necessarily stop at a room boundary.

NETWORK-DELIVERED AUDIO

Audio over Wi-Fi

Suitable systems deliver audio through a managed network to supported apps or dedicated receivers. They can be considered where a network-based listening service fits the venue.

Assess: Wi-Fi coverage, onboarding, latency, device support and an alternative for people who cannot use a phone or app.

BLUETOOTH® BROADCAST AUDIO

Auracast™ options

Auracast broadcasts audio to compatible devices or dedicated receivers. Systems such as Williams AV Infinium and Auri provide commercial implementations to evaluate, including receiver options for users whose hearing devices do not support direct reception.

Assess: actual device compatibility, how listeners select the broadcast, receiver availability and any need to retain an existing loop or other listening pathway. Ordinary Bluetooth support alone does not establish Auracast compatibility.

Confirm the project’s requirements before selecting equipment. The relevant access consultant, building certifier and design team should confirm the applicable accessibility and approval requirements. A product choice alone does not establish compliance. Read our Australian hearing-loop planning guide ↗

PRODUCT SPOTLIGHT / WILLIAMS AV

Explore the equipment.
Choose around the listener.

These Williams AV product examples show how the listening approaches above translate into an installation. We help assess the room, audio integration and visitor experience before defining the equipment schedule.

Williams AV Infinium BA-CT1 assistive listening equipment

Auracast™ broadcast

Infinium BA-CT1

A controller and remote transmitter with Dante integration, delivering broadcast audio to compatible Auracast devices or dedicated receivers.

Consider for: Lecture spaces, worship venues and public facilities planning a new listening pathway.

Plan for: Confirm actual hearing-device compatibility, transmitter placement and receiver provision.

Manufacturer product details ↗
Williams AV Infinium BA R1 assistive listening equipment

Dedicated Auracast receiver

Infinium BA R1

A handheld listening option for visitors without a compatible personal Auracast device. The receiver provides a display, volume and balance controls, and headphone or neckloop connection.

Consider for: Venues providing loan receivers alongside direct-to-device listening.

Plan for: Include suitable accessories, charging, storage and a clear collection point.

Manufacturer product details ↗
Williams AV WaveCAST C assistive listening equipment

Wi-Fi audio · Dante option

WaveCAST C

Streams live audio over the venue network to the WaveCAST app or compatible Wi-Fi receivers. The WF T5CD model shown includes Dante; WF T5C is the non-Dante alternative.

Consider for: Presentation spaces and venues with a managed wireless network.

Plan for: Survey Wi-Fi performance, listener onboarding and latency. Provide access for visitors without a suitable phone.

Manufacturer product details ↗
Williams AV SoundPlus IR T3 assistive listening equipment

Two-channel infrared

SoundPlus IR T3

Combines an infrared modulator and emitter in one unit, with two audio channels and RS-232 control for room-system integration.

Consider for: Hearing rooms, meeting spaces and other enclosed rooms where a contained optical signal is useful.

Plan for: Assess sightlines, lighting, obstructions and compatible receivers. Verify coverage in the actual room.

Manufacturer product details ↗
Williams AV IR+ Control Center assistive listening equipment

Distributed infrared

IR+ Control Center

The IR M1 supports up to four remote emitters for more complex layouts. The range includes a Dante variant and supports a network-based Wi-Fi listening option.

Consider for: Auditoria or rooms with wings, balconies and areas that a single emitter may not reach.

Plan for: Design emitter positions and cable paths. Review access and privacy separately for any Wi-Fi listening feed.

Manufacturer product details ↗
Williams AV Digi-Loop DL 102 SY1 assistive listening equipment

Counter induction loop

Digi-Loop DL 102 SY1

A fixed counter-loop package with a boundary microphone, loop pad and wire, intended for users with compatible telecoil hearing aids or cochlear implants.

Consider for: Reception desks, ticket counters and customer-service positions.

Plan for: Assess the listening position, counter construction, microphone pickup and magnetic interference.

Manufacturer product details ↗

03 / Spaces we can assess

From a one-to-one conversation
to a room full of people.

Reception & service counters

Consider a defined listening position, microphone placement and clear instructions. A local counter loop can be assessed for ticket desks, reception points and customer-service areas.

Courts, tribunals & council facilities

Assess the approved audio feed, room boundaries and listening coverage. Receiver management and privacy need to fit the room’s operating procedures.

Explore courtroom and tribunal AV ↗

Schools & training spaces

Consider speech and presentation audio, changing seating layouts and visitor access. The listening system should be coordinated with the room’s teaching technology.

Explore education AV ↗

Worship, community & event venues

Review the listening area, microphone sources and existing sound system. Make the service visible to visitors and straightforward for staff or volunteers to support.

Explore supporting PA systems ↗
Illustration of presentation and listening technology from the NCAT Civic Tower case study
Illustration featured in our NCAT hearing-room project.

04 / Relevant project experience

Hearing assistance built into the room.

At NCAT Civic Tower in Sydney, Masters Voice Technology delivered four hearing-room AV systems that included infrared hearing assistance alongside microphones, conferencing and evidence presentation.

The project demonstrates why the listening pathway needs to be integrated with the room’s audio routing and operating workflow.

View the NCAT project ↗

05 / Our installation approach

Assessment to handover.
A scope you can review.

01 / ASSESS

Survey the environment

Review user needs, the listening area, existing AV, room construction and access. For loop proposals, investigate magnetic noise and metal effects.

02 / INTEGRATE

Design and install

Agree technology, coverage, audio feeds, cable routes and equipment locations. Coordinate the work with AV, electrical and building trades.

03 / VERIFY

Test the completed system

For loops, measure magnetic noise, field strength and frequency response at agreed positions and assess spill. For receiver-based systems, verify coverage and listening operation.

04 / HANDOVER

Support everyday use

Provide agreed test records, settings, instructions and staff familiarisation. Include signage and the arrangements for receivers, batteries and chargers.

Test records should describe the actual installation. Agree the relevant test method, nominated listening area, acceptance criteria and documentation in the proposal. Record limitations and rectification requirements rather than relying on a listening check alone.

06 / Existing installations

Already have a system?
Find out how it is performing.

A system can be switched on yet still provide a poor listening experience. We can assess existing hearing augmentation, investigate faults and define an upgrade or remediation scope.

  • Check source audio, routing and system settings.
  • Investigate reported dead spots or interference.
  • Review coverage after furniture or building changes.
  • Check receivers, accessories, charging and instructions.
  • Agree periodic checks and staff responsibilities.

Planning resource

Need the background before the brief?

Our existing guide explains hearing loops, Australian project-planning considerations and questions for the design team. This service page helps you take the next step toward assessment and installation.

Read the hearing-loop systems guide ↗

07 / Installation questions

What to know before getting a quote.

Is hearing augmentation the same as a PA system?

No. A PA distributes sound through room loudspeakers. Hearing augmentation provides a dedicated listening pathway for compatible devices or receivers. The two can share an audio source, but require coordinated design and testing.

Will a hearing loop work with every hearing aid?

No. Direct reception requires a compatible, enabled telecoil. Plan an appropriate receiver option for people who cannot connect directly and make the available listening methods clear to visitors.

Can Auracast replace an existing loop?

Only after assessing the users, equipment compatibility and project requirements. A combined approach may retain access for telecoil users while introducing broadcast audio. Do not assume all Bluetooth hearing aids can receive Auracast.

Can you connect the system to our existing AV?

Often, subject to inspection. We assess available audio outputs, microphones, processing and controls, then define the connection and level settings. The source must include the speech and programme material the listener needs.

How much does installation cost?

The listening area, technology, room construction, cable access, existing AV and receiver requirements affect cost. A counter system and a multi-room installation have very different scopes. Send a floor plan and brief so we can identify the next assessment step.

What information should we provide?

Share the site address, room use, floor plans, seating or counter positions, existing audio equipment, known user needs, project requirements and timing. For an existing system, include any test reports and a description of the problem.

Hearing augmentation · Sydney & NSW

Make listening access part of the plan.

Tell us about your space, existing system and project requirements. We’ll help define a practical assessment, installation or upgrade scope.

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