Modular, expandable controllers for command & control, security and events
EMS video wall controller systems integrate many types of video and data sources onto any display configuration. Used across traffic control centres, command & control, events, security applications and entertainment. Highly expandable and flexible, built from our latest generation of video capture and graphics cards.
Build your own system — choose a chassis, add capture and graphics cards, and get an instant parts list.
Not sure which chassis size your wall needs? See our buyer's guide in the Knowledge Base.
SKU: VSNV35ARPSU
SKU: VSNV35BRPSU
SKU: VSNV35CRPSU
SKU: VSNV35GRPSU
SKU: VSNV311ARPSU
SKU: VSNV311BRPSU
SKU: VSNV311GRPSU
SKU: VSN1192
SKU: VSNV3-EXP
SKU: EXP9
SKU: EXP11
Freely mix Xtreme capture, XtremeImage graphics and ActiveSQX decode cards in the same chassis to match exactly what a wall needs
PCIe 3.0 switched backplane gives every slot up to 8GB/s of bandwidth — no bottleneck from cards competing for the bus
Built for 24/7 duty: redundant hot-swap PSU, hot-swappable fans, and Wall Monitor health alerting on every chassis
Expand later without replacing the system — add an expansion chassis rather than a second full controller
Count every capture and graphics card the wall needs on day one, add a couple of spare slots for growth, then pick whichever chassis comfortably covers that total. If it fits in 5 slots, that's the more cost-effective and compact choice; once past 5, go straight to the 11-slot rather than planning an immediate expansion.
VSNV3 is the current 12th-generation platform and the right default for new projects. The VSN1192 is a previous-generation, dual-Xeon chassis kept in the range specifically for its higher 128GB memory ceiling — it runs Windows 10 LTSC only and needs a different expansion chassis (VSN1100X) than the current range.
No — Express9-G3 and Express11-G3 are standalone expansion backplanes for scaling a system beyond one chassis's slot count, not something added to every VSN build. Only specify one if the project genuinely needs more slots than a single 5- or 11-slot VSNV3 provides.
Xeon for steady-state 24/7 monitoring workloads or where the 128GB memory ceiling is needed; Core i7/i9 where multiple simultaneous 4K streams or heavier graphics processing are involved.