Microphones capture more than speech.

They also capture reflections, background noise, changes in distance, loudspeaker sound and competing voices.

DSP technology makes the signal usable.

Equalisation, mixing, echo cancellation, noise reduction, routing and gain control create clearer, more consistent audio.

Mix microphones and sources

Combines microphones, computers, media players, paging and conferencing audio into controlled signal paths.

Improve speech clarity

Filtering, equalisation and gain management help speech remain intelligible across different room conditions.

Remove conferencing echo

Acoustic echo cancellation prevents remote participants from hearing their own voices return through the room.

Send audio to the right destination

Routes local and network audio to speakers, amplifiers, recording devices and conferencing systems.

Automate room behaviour

Presets and control logic can combine rooms, mute microphones and change operating modes automatically.

Protect speakers and listeners

Limiters and crossover processing help reduce distortion and protect equipment from excessive levels.

Connect networked audio

Compatible DSPs transport audio using Dante, AES67, AVB, BLU link and other network technologies.

Support diagnostics

Monitoring can expose device health, audio levels, faults and configuration information to support teams.

The system may work but remain difficult to use.

• Remote participants hear echo.
• Microphone levels vary dramatically.
• Background noise competes with speech.
• Rooms require manual reconfiguration.
• Feedback occurs during reinforcement.
• Fault diagnosis becomes difficult.

The audio system behaves consistently around the user.

• Speech remains clear at both ends of calls.
• Microphone levels are automatically managed.
• Noise and unwanted frequencies are controlled.
• Room presets match operating workflows.
• Audio routes correctly between zones.
• Configuration files support maintenance.

Meeting rooms and divisible spaces

DSP supports echo cancellation, microphone mixing, USB audio, voice lift and room-combine workflows.

Hearings, chambers and courtrooms

Complex mix-minus, conferencing, recording and hearing assistance rely on controlled signal processing.

Classrooms, halls and paging

DSP can combine teaching audio, bells, announcements, emergency override and networked loudspeaker zones.

Pubs, hotels and clubs

Zoned music, live inputs, television audio, paging and function-room presets can share one processing environment.

Speech reinforcement

Equalisation, delay alignment and loudspeaker processing help improve clarity in acoustically difficult spaces.

Managed AV environments

Standardised templates, backups and monitoring improve consistency across multiple locations.

Define the room workflow

Identify users, room modes, microphones, conferencing, paging, recording and operational priorities.

Build the signal architecture

Document every input, output, processing block, network stream and control interface.

Configure processing and logic

Create routing, AEC references, automixing, EQ, dynamics, presets and room-combine logic.

Test the user experience

Tune the room, verify calls, validate every mode, document settings and train users.