SVSI is AMX's networked AV platform. Encoders place video, audio, USB and control onto a network, while decoders receive the required content at displays and other destinations.

AMX Control Systems Sydney

AMX control, MUSE automation and SVSI AV over IP.

Learn how AMX can bring room control, touch interfaces, video distribution, table connectivity and third-party technology into one coordinated AV system. Masters Voice Technology designs, programs, installs, upgrades and supports AMX systems across Sydney and New South Wales.

Discuss an AMX project Learn how AMX works

HARMAN-Certified AMX Programming MUSE Automation NetLinx Support Varia Interfaces SVSI AV over IP In-House Integration

Control · Video · Connectivity

AMX Varia 100 professional control touchscreen

AMX Explained

What is AMX and what does an AMX control system do?

AMX is a professional control and networked AV platform used to make complex room technology operate through a clear, coordinated user experience.

In a typical meeting room, classroom or public facility, several different technologies may need to work together: displays, projectors, video conferencing, microphones, speakers, lighting, motorised blinds, source devices and networked video.

An AMX controller acts as the automation engine. It receives a command from a touchscreen, keypad, application or automated event, and then instructs the connected equipment to perform the required action.

The objective is not simply to install more hardware. A properly designed AMX system should make the room easier to start, operate, support and expand. Masters Voice Technology combines AMX programming with commercial audio visual integration , electrical work and structured communications cabling.

An AMX system can coordinate

Display and projector power
Video source selection and signal routing
Microsoft Teams, Zoom and BYOD meeting workflows
Microphones, audio DSP, amplifiers and loudspeakers
Lighting, blinds and compatible building systems
Room-combine and divisible-space operation
Digital signage and multi-display video distribution
Room scheduling and occupancy status
Automated shutdowns, presets and support alerts

The AMX Technology Stack

How do AMX control, interfaces and AV over IP work together?

AMX is not a single product. It is a collection of control, interface, video-distribution and connectivity technologies that can be selected according to the project requirements.

01

MUSE or NetLinx control

The controller runs the programming that coordinates connected AV, software, lighting and third-party devices.

02

Varia user interfaces

Touch panels provide room control, scheduling, web interfaces, application access and supported Zoom Rooms functions.

03

SVSI networked AV

Encoders and decoders move video, audio, USB and control between sources, rooms and displays using network infrastructure.

04

HydraPort connectivity

Modular table boxes provide convenient access to USB-C, HDMI, network, power, control buttons and retractable cables.

AMX Products and Solutions

Selecting the right AMX products for the application.

The correct AMX solution depends on the size of the room, number of controlled devices, network capability, video quality, latency, conferencing workflows, security requirements and future expansion.

Automation Controller AMX MU-3300 MUSE automation controller

AMX MUSE Control

AMX MU-3300

A rack-mounted MUSE automation controller for larger and more complex rooms, with serial, relay, IR and I/O connectivity plus an isolated ICSLan device network.

JavaScript Python Groovy Node-RED

Touch Interface AMX Varia 100 persona-defined professional touchscreen

AMX Varia Touch Panel

AMX VARIA-100

A 10.1-inch professional touchscreen that can operate as an AMX control interface, room scheduler, Zoom Rooms controller, web kiosk or dedicated Android application panel.

G5 control Room scheduling Zoom Rooms Web kiosk

Low-Latency AV over IP AMX SVSI NMX-ENC-N2612S 4K60 AV over IP encoder

AMX SVSI N2600 Series

NMX-ENC-N2612S

A dual-stream 4K60 encoder suited to local networked video, meeting rooms, classrooms, courtrooms and venues that require high-quality, low-latency content distribution.

4K60 4:4:4 Dual stream USB 2.0 Dante AV-A

H.26x and Dante AV-H AMX SVSI NMX-ENC-N3312D H.26x and Dante AV-H encoder

AMX SVSI N3300 Series

NMX-ENC-N3312D

A 4K60 H.26x and Dante AV-H encoder for lower-bandwidth streaming, remote distribution, recording, digital signage and compatible wide-area network applications.

4K60 H.26x Dante AV-H USB recording WAN streaming

Table Connectivity AMX HPX-900 HydraPort modular table connectivity enclosure

Architectural Connectivity

AMX HPX-900 HydraPort

A modular, flush-mounted table enclosure that can be configured with power, USB-C, HDMI, data, retractable cables and control modules for meeting rooms and classrooms.

USB-C HDMI Power Network

Low-Code Programming AMX MUSE Automator Node-RED low-code programming software

MUSE Development Software

AMX MUSE Automator

A customised Node-RED environment that allows developers to build logical automation flows visually while retaining the ability to develop custom JavaScript nodes.

Node-RED Visual flows Custom nodes JavaScript

Understanding AMX Programming

What is the difference between AMX MUSE and NetLinx?

Organisations with an existing AMX system may already use NetLinx, while new projects may consider the more open MUSE automation platform.

M

AMX MUSE

MUSE is the current AMX automation platform. It supports standard development technologies including JavaScript, Python and Groovy, together with visual Node-RED-based programming through MUSE Automator.

Modern programming languages
Low-code and visual flow development
Open HControl API
Support for multiple simultaneous scripts
Compatibility pathways for legacy AMX devices

NX

Existing NetLinx systems

Many established AMX installations use NX or earlier NetLinx controllers and custom programming. These systems may remain operational, but should be audited before displays, touch panels, networks or controlled equipment are changed.

Locate the original uncompiled source code
Record controller and touchscreen models
Back up programs, graphics and device files
Confirm firmware and network compatibility
Develop a staged MUSE or retained-NetLinx strategy

A move from NetLinx to MUSE should be treated as a planned engineering migration rather than a simple processor swap. The existing code, interfaces, device drivers, network architecture and operational workflows must be reviewed before the appropriate upgrade pathway is selected.

AMX SVSI Networked AV

How do you choose the right AMX SVSI AV-over-IP platform?

SVSI encoders and decoders move video, audio, USB and control across network infrastructure. The product family should be selected according to image quality, latency, bandwidth, streaming and recording requirements.

26

Consider N2600 when

High-quality, low-latency local video is important
The content includes detailed computer graphics and text
USB peripherals must be extended or shared
The system serves meeting rooms, classrooms or courtrooms
A managed local-area AV network is available
Dual-stream output is useful for secondary distribution

33

Consider N3300 when

Lower-bandwidth 4K60 H.26x transport is required
Video must extend across routed or wide-area networks
Streaming, desktop viewing or digital signage is needed
Local USB recording is part of the workflow
Dante AV-H interoperability is beneficial
A high-compatibility secondary stream is required

Read our AV-over-IP guide Explore Dante networking

AMX Varia Touch Panels

One touchscreen platform can serve several different purposes.

Varia panels use selectable personas that define how the panel operates, allowing the same hardware family to support room control, scheduling, applications and collaboration workflows.

A panel can be configured as an AMX G5 control interface, AMX Book room scheduler, web kiosk, Zoom Rooms controller or dedicated Android application display. This can simplify standardisation across different rooms while retaining flexibility.

Varia is available in several screen sizes and mounting formats, including wall, glass, VESA and optional tabletop arrangements. No-Comm variants are available for environments that exclude cameras, microphones, NFC and selected wireless functions.

Questions to answer before selecting a panel

Will the panel control a room or schedule it?
Does the organisation require Zoom Rooms control?
Will the interface run a web application?
Is wall, glass, VESA or tabletop mounting preferred?
Are cameras, microphones or NFC prohibited?
How should room availability be displayed?
Will the panel require protected technician controls?
How will devices be configured and updated at scale?

Typical HydraPort modules

Australian power modules selected for the local installation
USB-C video and charging connections
HDMI and DisplayPort connections
USB data connections for cameras and conferencing
Ethernet and shielded network connections
Retractable cable assemblies
Control buttons and keypad modules
Blank modules for future expansion

Architectural Table Connectivity

Give users the connections they need without covering the table in cables.

HydraPort is a modular table and lectern connectivity platform that can combine power, video, USB, networking and control in a low-profile enclosure.

The correct configuration depends on how users connect laptops, whether the room supports BYOD conferencing, the location of equipment, charging requirements and how cables will be extended beneath the table.

For contemporary rooms, a retractable USB-C-to-HDMI module can provide a convenient laptop video connection while keeping the cable stored within the table enclosure when it is not in use.

Explore meeting-room AV Design a table connection

Platform Selection

Is AMX the right platform for your project?

AMX is most valuable when its control, interface, networked-video and connectivity capabilities align with a defined operational need.

01

You already operate AMX

Retaining compatible infrastructure and programming may reduce disruption where an organisation already has an established AMX estate.

02

The room needs custom automation

MUSE and NetLinx can coordinate complex room logic, third-party devices, scheduling and operational workflows.

03

Video must move across the network

SVSI provides several codec and bandwidth choices for local, enterprise and remote AV distribution.

04

Flexible interfaces are important

Varia panels can be configured for control, scheduling, Zoom Rooms, web applications and secure No-Comm environments.

05

Table connectivity must be integrated

HydraPort provides a modular approach to power, USB-C, HDMI, data and control at tables and lecterns.

06

Multiple platforms must coexist

AMX products can form part of a wider design that also uses Q-SYS, Crestron, Extron, Dante or other compatible equipment.

Platform selection should be based on the project outcome rather than brand preference alone. Masters Voice Technology can also assess alternatives including Q-SYS integration, Crestron programming and Extron AV solutions.

AMX Solutions by Industry

AMX systems for workplaces, public facilities, education and venues.

The AMX platform can be configured differently according to the people, spaces, network architecture and support model involved.

Corporate meeting rooms

Room control, scheduling, video conferencing, wireless presentation, table connectivity and consistent workplace standards.

Corporate AV solutions →

Government and justice

Hearing rooms, courtrooms, council facilities, secure interfaces, networked video and controlled presentation environments.

Government AV solutions →

Schools and education

Classroom controls, lecture spaces, auditoriums, collaboration, AV-over-IP distribution and repeatable campus-room standards.

Education AV solutions →

Venues and hospitality

Multi-display distribution, digital signage, function-room controls, room presets and centralised operator interfaces.

Venue AV solutions →

Houses of worship

Volunteer-friendly controls, presentation routing, digital signage, recording, streaming and distributed video.

House-of-worship AV →

Multi-site organisations

Standardised programming, networked video, room scheduling, support documentation and coordinated technology lifecycle management.

Explore TechFlow360 →

AMX Upgrades and Fault Diagnosis

Can an older AMX system be upgraded without replacing everything?

Often, yes. The first step is to understand what has been installed, what still performs reliably and whether the original programming files are available.

01

Audit the installation

Record the controller, touch panels, SVSI endpoints, switchers, connected devices, firmware, network settings and current faults.

02

Secure the source files

Locate NetLinx or MUSE source code, touchscreen files, modules, device drivers, credentials, configuration exports and drawings.

03

Plan the migration

Decide which components can remain, which need replacement and whether the upgrade should retain NetLinx or move to MUSE.

04

Test compatibility

Confirm new displays, conferencing systems, network switches, control interfaces and AV endpoints can operate with the proposed architecture.

05

Minimise disruption

Complete offsite development and staged testing before changing operational rooms or critical public-facing systems.

06

Support the new system

Maintain current backups, drawings, asset records, firmware plans, passwords and a defined process for future programming changes.

AMX Integrator Sydney

Why choose Masters Voice Technology for AMX integration?

AMX programming is coordinated with the system design, installation, electrical, data and ongoing support requirements.

Masters Voice Technology holds HARMAN-certified AMX programming capability and supports AMX systems across corporate, government, education and complex commercial AV environments.

Our multi-platform capability is useful where an AMX controller or SVSI network must operate with Q-SYS, Crestron, Extron, Dante, Microsoft Teams Rooms or compatible third-party products.

Learn about our team View our project experience

Integrated technical capability

HARMAN-certified AMX programming capability
MUSE and existing NetLinx system support
Varia interface and room-scheduling configuration
SVSI networked AV design and commissioning
Dante Level 3 network-audio capability
Licensed electrical contracting
Registered structured communications cabling
Government, corporate and education experience
Preventative maintenance and managed AV support

AMX Programming AV over IP Dante Level 3 Licensed Electrical Registered Cabling Managed Support

Frequently Asked Questions

AMX programming and control-system questions.

What does an AMX programmer do?

An AMX programmer develops the logic and user interfaces that allow displays, conferencing, audio, lighting, blinds, video routing and other connected equipment to operate as one system.

What is AMX MUSE?

MUSE is the current AMX automation platform. It supports JavaScript, Python and Groovy programming, together with visual Node-RED-based development through MUSE Automator.

Can you support an existing AMX NetLinx system?

Yes, subject to a system audit. Access to the original source code, touchscreen files, network information, passwords and documentation can significantly reduce the time and risk involved.

Can a NetLinx system be upgraded to MUSE?

A migration may be possible, but it should be planned as an engineering project. The existing code, user interfaces, device modules, peripherals and room workflows must first be reviewed.

What is AMX SVSI?

SVSI is AMX’s networked AV platform. Encoders place video, audio, USB and control onto the network, while decoders receive the required content at displays and other destinations.

What is the difference between N2600 and N3300?

N2600 is generally suited to high-quality, low-latency local networked AV and USB workflows. N3300 uses H.26x and Dante AV-H and is suited to lower-bandwidth streaming, recording and remote distribution requirements.

What is an AMX Varia touchscreen?

Varia is a professional touchscreen family that can use different personas for AMX room control, scheduling, Zoom Rooms, web applications and supported Android applications.

What is AMX HydraPort?

HydraPort is a modular table-connectivity system that can combine power, USB-C, HDMI, USB, Ethernet, retractable cables and control modules in one low-profile enclosure.

How much does an AMX control system cost?

Pricing depends on the number of rooms, controlled devices, touchscreens, AV-over-IP endpoints, custom programming, cabling, installation, testing and support requirements. A functional scope is normally required before accurate pricing can be prepared.

Do you provide AMX support outside Sydney?

Masters Voice Technology supports clients across Greater Sydney, Western Sydney, Macarthur and the Mid North Coast. Other regional NSW and remote programming requirements can be considered by arrangement.

Discuss an AMX Project

Plan, upgrade or support an AMX system with one integrated team.

Contact Masters Voice Technology about AMX MUSE programming, an existing NetLinx system, Varia touch panels, SVSI AV over IP, HydraPort table connectivity, fault diagnosis or ongoing managed support.

Submit a project enquiry Call 1300 804 320

Sydney AMX integration · Parramatta AV services · Mid North Coast support