A video wall controller receives multiple video sources and distributes, scales and arranges them across an array of displays, handling seamless source switching, windowing such as picture-in-picture, per-panel bezel correction and splicing of the wall into one continuous canvas. BITVISUS units perform this in FPGA hardware, so results are deterministic and frame-accurate and no PC is required.

An FPGA processor handles video in hardware in real time with effectively zero latency and no operating system that can crash, which is why it is specified for 24/7 control rooms. PC or GPU based stacks introduce software latency, boot time and extra failure points under continuous load. BITVISUS flagship controllers are built on a 28nm high-end FPGA with full-hardware real-time processing.

For a 2 × 2 or smaller wall, the BIT-MSE-8K-204HD with 2 DP inputs and 4 HDMI outputs is enough. For a matrix wall up to 12 × 12, the BIT-VWC-MS1212Ma provides 12 HDMI in and 12 HDMI out at 4K60. For large modular walls, the BIT-VWC-8K60-427Max accepts 5 channels of 8K60 and drives up to 27 HDMI outputs with M × N splicing. For command-center walls specified as 4 in and 16 out, the 8K60 DP HDMI controller covers that configuration. Send your wall drawing and we will confirm the model.

Maximum input resolution is 7680 × 4320 at 60Hz, that is 8K60, with HDCP 2.3 and a maximum pixel canvas of 8192 × 8192. Single-panel output is 1920 × 1080 at 60Hz or 1920 × 1200 at 60Hz. On the flagship input card the connectors are HDMI 2.1 ×2, DisplayPort 2.1 ×2 and USB Type-C ×1. The compact BIT-MSE-8K-204HD uses 2 DisplayPort inputs with HDCP 2.2 and 4 HDMI outputs, and can drive 7680 × 4320 at 30Hz as a 2 × 2 splice.

Yes. The units are built on industrial 6-layer PCBs with 16KV ESD protection and conduction cooling, and are rated for stable continuous operation with a working temperature range of 0 to 50 degrees Celsius. The compact MSE-series units are fanless by design. Selected models carry a 1-year warranty.

Switching is seamless among the connected sources, with multi-picture modes for single, dual picture-in-picture, triple and quad layouts, including up to 5 × 8K60 switching or 2 × 8K60 plus 2 × 4K60 in quad mode. Control is by web interface over LAN from Windows, Android, iOS, macOS, Linux or HarmonyOS, by RS232 for central control, or from the front panel. HDMI CEC linkage, per-channel bezel adjustment, DHCP or static IP and an open API and SDK for secondary development are supported.

Yes. All outputs are synchronized so there is no tearing and no frame drop, and splicing is point-to-point M × N with no stretching and no deformation. Wall layouts include 1 × N up to 27, 2 × N up to 13, 3 × N up to 9, 4 × N up to 6, 5 × N up to 5, 6 × N up to 4, 7 × N up to 3, 8 × N up to 3 and 9 × N up to 3.

Yes. The modular plug-in card architecture means input and output cards can be configured for a specific wall, and we support OEM and ODM programs, private label and branding for system integrators and distributors, and volume supply for project deployments.

Products carry a 1-year warranty and ship worldwide, with US, EU, UK and AU plug variants available on the compact controllers. Sample units, project quantities and partner volume pricing are all available and confirmed in the quotation. We reply to enquiries within one business day with model selection, an I/O list and pricing.

The useful details are the wall size in rows by columns, the native panel resolution, how many sources and which interface types they use, how the wall is controlled, the application, and the delivery country. With those we return a model recommendation, an input and output list, a wall configuration drawing and sample pricing.