AUDIO VISUAL

Smart Control Systems

Central touch panel control systems managing AV sources, lighting, shades, and displays.

Engineering Scope & Implementation

Smart control systems centralize the management of complex AV routing, environmental lighting, motorized shades, and display power into an intuitive touch interface. Bayosa Projects LLP engineers custom control hardware and software interfaces that simplify complex smart building technologies.

We program enterprise control processors from industry leaders like Crestron and Kramer. Control networks utilize IP-based POE touch panels, custom smartphone/tablet UIs, wall-mount keypad switches, motorized shade interfaces, and RS-232/IP relays for lighting and AV equipment automation.

Testing includes UI button logic verification, serial command protocol validation, occupancy sensor automation timing, and network security checks. Bayosa Projects LLP delivers complete source code backups, control UI layout files, and AMC maintenance packages.

Key Technical Specifications Handled

✔ Central IP Control Processors

High-speed control processors featuring Ethernet, RS-232, IR, relay, and digital I/O control ports.

✔ Custom POE Touch Screen Interfaces

Architectural wall and tabletop touch panels running custom-designed graphical user interfaces (GUIs).

✔ Motorized Shade & Lighting Integration

Relay and DALI lighting integration enabling one-touch preset scene activation for presentations.

✔ Occupancy Sensor Energy Automations

Ceiling occupancy sensors automatically shutting down AV display power and lighting when rooms are vacant.

FAQ & TECHNICAL CLARIFICATIONS

Frequently Asked Questions (6 Items)

Factual engineering clarifications regarding technical specifications, testing certifications, OEM compatibility, and execution timelines.

Central control panels manage AV matrix switching, display power, video conferencing calls, architectural lighting presets, motorized window shades, and room AC.

We design intuitive custom GUIs featuring corporate branding, room layout maps, and simplified one-touch scene buttons (e.g. "Start Presentation").

Control processors utilize IP Ethernet, RS-232/RS-485 serial ports, IR emitters, low-voltage relays, and 0-10V analog dimming ports.

Occupancy sensors detect room vacancy after a set delay (e.g. 15 minutes), triggering the control processor to turn off displays, mute audio, and shut off lighting.

Yes. We publish secure control apps to authorized iOS and Android tablets, providing wireless room control from anywhere inside the facility network.

AMC coverage includes control code backups, GUI layout modifications, processor firmware updates, and touch screen hardware maintenance.

Smart Control Systems

Engineering Scope & Implementation

Key Technical Specifications Handled

Frequently Asked Questions (6 Items)

Discuss Your Smart Control Systems Requirement