VINCAN Introduces a Modular 4K60 Video Wall Controller

VINCAN introduces a modular 4K60 video wall controller for projects that require high-resolution signal handling,

flexible multi-window layouts and independent routing to additional displays. The platform combines video wall processing

and matrix switching within one chassis, with configurations suited to control rooms, command centers and professional meeting environments.

The new card design provides four input channels per input card and four output channels per output card, with every channel supporting 4K@60Hz.

Under 2K operating conditions, the 4K60 card design supports up to 16 windows/layers, providing flexibility for applications that need multiple sources visible together.

These specifications describe two different capabilities: 4K60 input and output support, and the windowing capacity available under 2K conditions. 

The 16-window specification does not mean that the cards are limited to 2K.

Caption: Four channels per input or output card, with 4K60 support on every channel.
Alt text: Modular 4K60 video wall controller and four-channel HDMI card in a control room.

Four-Channel 4K60 Input and Output Cards

In a modular video wall system, the installed cards determine the delivered configuration. 

 chassis specification alone does not fully describe the signal formats, processing functions or output roles included in a quotation.

The new VINCAN video wall controller uses four-channel input and output cards. Each channel supports 4K60,

 allowing integrators to plan source connections and display outputs around a clearly defined card specification.

This helps procurement teams identify the number and type of cards included in a proposed system.

 It also gives designers a practical basis for assigning sources and displays to physical ports.

The platform offers 8 × 8, 16 × 16 and 40 × 40 chassis configurations. Selection should account for the required connections, output functions, display groups and anticipated expansion.

An output feeding an independently controlled monitor performs a different role from

an output participating in a multi-window video wall. Identifying those roles early helps

determine the appropriate combination of video wall output cards and matrix output cards.

Multi-Window Video Wall Processing Under 2K Conditions

The ability to display several sources together is particularly useful in monitoring and operational environments. A control room may need to show a site map, camera feeds, equipment status and alarm information at the same time.

With support for up to 16 windows/layers under 2K operating conditions, the platform allows multiple sources to be organized within the required display layout. Window positioning, scaling, movement and overlap help give priority content more space while retaining supporting information.

For example, an operator investigating an alarm may need to compare a location on a map with nearby camera views and a status dashboard. Keeping those sources visible together can reduce repeated switching between full-screen images.

Effective layout design also considers viewing distance, text size and the importance of each source. A dashboard containing small text may need more display area than a camera feed used for a general overview.

The 16-window capability applies under 2K operating conditions. It should not be interpreted as sixteen simultaneous 4K60 windows or sixteen windows on every output. The intended arrangement should be confirmed against the selected configuration and allocation of processing resources.

Integrated Matrix Switching and Video Wall Processing

Many AV installations include auxiliary displays in addition to the main video wall. Operator monitors,

supervisor displays and meeting-room screens may use the same connected sources while requiring independently selected content.

With the appropriate output cards, the VINCAN platform supports simultaneous video wall processing and matrix operation in one chassis.

Video wall processing manages source composition and layouts across the main wall. Matrix switching routes selected inputs independently

 to other outputs. This allows a shared wall to maintain its multi-window arrangement while auxiliary displays serve different users.

Combining these functions can reduce separate equipment and interconnections in projects that require both capabilities. It also allows the signal distribution plan to cover the main wall and additional displays within the same platform.

The architecture should still reflect the project's maintenance requirements, existing infrastructure and any need for separate fault domains.

These considerations help determine whether an integrated video wall matrix processor is suitable for the installation.

Configuring Cards Around Display Groups and Layouts

The required operating layout provides a useful starting point for selecting a modular video wall controller.

Two projects with similar display counts may need different configurations. One may primarily route sources to independent monitors, while another needs multiple overlapping windows across a shared wall. A third may contain several separately controlled display groups.

On this platform, all outputs on an individual video wall output card belong to the same display group. Card allocation therefore needs to account for each group's requirements, rather than only the total number of connected screens.

Planning should also include the most demanding simultaneous layout. Source resolution, window count, output mapping and the purpose of each display all contribute to the required configuration.

Future expansion should be defined in practical terms. Adding an independent monitor, adding another wall group and increasing the number of simultaneous windows can place different demands on the hardware. Available ports should be assessed alongside the processing and grouping requirements of the intended expansion.

Preset Recall and Everyday System Operation

Flexible layouts become more useful when operators can recall them without rebuilding individual windows. Saved presets allow recurring arrangements to be prepared during commissioning and reused during normal operation.

Typical layouts may include routine monitoring, incident review, a presentation-focused briefing view and a maintenance arrangement for inspecting connected signals.

Browser control and the front-panel touchscreen provide ways to operate the system. User permissions help distinguish routine operation from configuration changes.

During handover, testing the customer's normal tasks provides a practical check of the installed system. Operators should be able to select the intended content, recall established layouts and return to a familiar operating view.

Where a third-party control system must combine several actions, the required commands and behavior should be configured and tested explicitly. This ensures that the proposed controls match the project's operating requirements.

Source Preview, Audio Routing and Input Backup

Optional Source Preview

An optional preview card helps operators identify incoming content before selecting it for the main display. This is useful where multiple sources are connected or source names alone do not provide sufficient confidence.

Preview capacity depends on the selected input-card configuration and should be specified when the project requires this function.

Independent Audio Routing and Audio Follow Video

The platform supports independent audio routing and audio-follow-video operation. This allows the audio behavior to be planned alongside the visual layout.

In a briefing application, the presenter's audio may need to remain active while supporting video windows change. Other installations may require audio to follow the selected video source. The intended behavior should be verified during source switching and preset recall.

Input Signal Backup

Input channel binding allows a backup source to be assigned when a primary input loses its signal. This function supports defined input-loss scenarios and should be demonstrated with the project's connected sources.

Input backup addresses a different requirement from whole-system redundancy. Projects requiring protection against processor failure need a separate system-level design.

Application Planning for Control Rooms and Meeting Spaces

The modular video wall processor can be configured around several professional AV workflows:

• Control rooms and command centers: arrange maps, camera feeds and operational information within a shared multi-window display.

• Monitoring facilities: retain a common overview on the main wall while routing selected sources independently to operator monitors.

• Briefing and meeting spaces: recall layouts that prioritize presentations while keeping supporting sources visible.

• Installations with multiple display groups: allocate output cards according to the operation and layout of each group.

These applications require different source combinations and display arrangements. Confirming the intended layout helps align the card selection with the actual task.

Request a Video Wall Controller Configuration

A source list and display-layout sketch help VINCAN recommend a suitable chassis and card configuration. Project information should include:

• Source quantities, interface types and resolutions.

• Display quantities and physical arrangements.

• Required simultaneous windows and approximate layouts.

• Auxiliary displays requiring independent source selection.

• Separately controlled display groups.

• Preview, audio and input-backup requirements.

• Preferred control methods and anticipated future expansion.

Where practical, demonstrating the intended layouts on the proposed configuration provides a direct way to confirm the design before deployment.

Contact Shenzhen Winlink Technology Co., Ltd. to discuss a VINCAN 4K60 video wall controller configuration for your project.

Share your source list and layout requirements to review suitable input cards, output cards and display-group assignments.