During a gala dinner or a corporate launch, an operator may need to move between a presentation, a promotional video, event graphics, and a live camera feed within seconds. Whether that looks seamless depends on how the control room was designed, not on how quickly the operator works. Singapore-based AV and IPTV integrator Prestige Solutions builds source management around a single event controller so switching, scaling, and screen layout are handled in one place rather than across several devices.
The objective for a ballroom control room is that any planned source can be brought to screen predictably, and that the transition is clean. Everything else follows from that. A venue that cannot guarantee a clean transition ends up rehearsing around the equipment rather than the event.
Predictability comes from preparation, which means the system must let an operator build screen layouts in advance rather than assembling them live. That capability is a design decision made when the control system is specified.

The ballroom system at Capella Singapore uses a defined signal chain from event sources through to the LED wall. It is a useful reference because each stage has a clear responsibility.
| Stage | Equipment | Responsibility |
|---|---|---|
| Event sources | Presentations, videos, graphics, live camera feeds | Content originates here |
| Event control | PixelHue P80 event controller | Source selection, switching, scaling, screen layouts |
| Video processing | 2 NovaStar H5 splicing processors | Processing and distribution to the display |
| Signal distribution | 20-port RJ45 sending cards | Carries processed content to the LED panels |
| Display | Absen NX1.8 LED wall | Presents the final image |
The published Capella Singapore AV upgrade project report sets out this chain, including HDMI 2.0 and DisplayPort 1.2 input cards on the processing stage. Separating event control from LED processing in this way keeps each device doing one job, which makes faults easier to isolate during a live event.
Four design decisions determine whether a control room supports the venue or constrains it.
The portability point is easy to overlook. The Capella controller is supplied with a dedicated flight case, which matters for a venue whose events move between spaces and where equipment needs protection in storage and transport.

Commission the system with a realistic rehearsal rather than a technical test. Load actual event content, build the layouts that will be used, and run the transitions in sequence. Technical tests confirm the equipment works; rehearsals confirm the workflow works.
Establish a standard pre-event check that the venue team runs before every function: confirm each input is live, confirm stored layouts recall correctly, confirm audio follows video where required, and confirm the backup path. A documented check performed in 10 minutes prevents most live failures.
Decide who owns the system day to day. Venues where in-house AV staff can build layouts themselves operate far more flexibly than those that need external support for every event configuration.
At handover, require the signal flow diagram, the stored layout list, the pre-event check procedure, and a documented escalation path for a failure during a live event. The escalation path matters most: during an event there is no time to work out who to call.

AV control room cost in Singapore venues is driven by input count, processing capacity, and whether the system must be portable between spaces. As of 2026, specify the control layer alongside the display rather than afterwards, because retrofitting adequate control to an installed wall is more expensive.
| Cost driver | What moves the number | Planning note |
|---|---|---|
| Input count and formats | Each additional input format adds interface hardware | Size for the largest realistic event, with some headroom |
| Processing capacity | Resolution and canvas size drive processor requirements | Must match the display specification, not the room size |
| Redundancy | Backup paths for critical events add hardware and configuration | Decide which event types genuinely justify it |
| Portability | Flight cases and mobile configurations for multi-room venues | Relevant when equipment moves between spaces |
| Training and documentation | Operator training and stored layout configuration | Determines whether in-house staff can run events unaided |
An event controller brings source selection, switching, scaling, and screen layout management into one system, and lets an operator prepare layouts before the event rather than assembling them live. On the Capella Singapore ballroom system this role is handled by a PixelHue P80, which works alongside separate LED processors that distribute the final signal to the wall.
Each device then has one clear responsibility, which makes faults far easier to isolate during a live event. In the documented Capella chain, the P80 manages sources and layouts while two NovaStar H5 processors handle processing and distribution to the LED wall through RJ45 sending cards.
With a realistic rehearsal rather than a technical test. Load actual event content, build the layouts that will be used, and run the transitions in sequence. Technical tests confirm the equipment works; only a rehearsal confirms the workflow works under event conditions.
The signal flow diagram, the list of stored layouts, a documented pre-event check, and an escalation path for failures during a live event. The escalation path matters most, because during an event there is no time to work out who to call.
For a quotation or project review on event source management for ballroom productions, Contact Prestige Solutions. Call or WhatsApp +65 8010 2337, or email sales@prestigesolutions.com.sg. You can also browse the AV Control Room and Signal Routing range or the Prestige Solutions home page first.
Explore our full product range or speak with our technical team for a tailored consultation.