Immersive walls are systems, not oversized monitor purchases. Choosing hardware for large-scale video walls requires a canvas plan, a graphics allocation, synchronization roles and physical installation decisions that agree with one another. PNY RTX Pro Sync can cover the coordinated GPU layer when Genlock, Frame Lock and Mosaic belong in that plan.

Quick Answer

RTX PRO Sync scales a professional visual system to eight NVIDIA GPUs, with a pair of synchronisation cards managing a Mosaic field containing up to 32 projectors or screens.

Lead with the number and arrangement of displays, then assign rendering and outputs to the required RTX Pro GPUs before choosing synchronization hardware. PNY's R19,599 card brings Mosaic and the two lock functions to an architecture capped at eight GPUs and 32 synchronised screens.

🧱 Design the visual field

Begin with viewing distance, audience position and the paths that important content will take across the wall. Mark every panel boundary. An immersive installation fails quickly if text, faces or controls repeatedly land on a physical seam, even when the graphics outputs remain coordinated.

Compare potential screens in Evetech's PC monitor section against the proposed geometry. Synchronization does not select panel size, mounting or room layout, so keep those criteria in their own part of the design.

🧠 Allocate the rendering layer

Give each application and output group an owning graphics processor. That reveals whether the project needs one GPU or a distributed professional architecture. The PNY card can coordinate a system with eight NVIDIA RTX Pro GPUs at most, making it important to count processors and screens on the same diagram.

Use Evetech's workstation graphics card range once workload ownership is clear. A processor should earn its place through the application and output plan, not simply through the scale of the wall.

⏱️ Specify synchronization by role

In the hardware plan, NVIDIA Mosaic owns the arranged display surface. Genlock relates the signal equipment to its required reference, while Frame Lock keeps imagery coordinated where several graphics resources contribute. The PNY synchronization card offers that combination for R19,599 and can serve 32 synchronised displays.

For each role, write an observable acceptance condition. Use moving material that crosses display and GPU boundaries, and observe it from the positions the audience will occupy. This is more useful than relying on a static demo at the centre of the wall.

🧾 Build the remaining bill around the architecture

The synchronization card does not decide signal distribution, supports, control systems or content workflow. Ask the installation team to resolve those layers against the same wall drawing and commissioning plan. Keep the R19,599 card as one cost line so changes remain visible.

With the architecture signed off, compare the relevant graphics card accessories instead of collecting parts before their purpose is known. Document the final GPU-to-display map for maintenance.

Keep a hardware decision register

For every major component category, record the requirement it satisfies, the drawing it affects and the test that will demonstrate its fit. A monitor choice should point to the physical canvas; a graphics processor should point to a workload and output group; the synchronization card should point to timing, frame or Mosaic needs.

This register is especially valuable when the wall is immersive. A late change to panel geometry can alter content placement, while a change to GPU ownership can move the boundary that Frame Lock testing must cover. Review connected decisions together instead of approving substitutions in isolation.

At handover, retain the register with the accepted test content. It becomes a practical starting point for maintenance and future expansion rather than a record that only explains the original purchase.

That architecture is intended for high-resolution digital signage, immersive installations and building-scale interactive graphics as well as high-fidelity video. Plan the canvas first, then distribute rendering and outputs through the eight-GPU ceiling. Four included 12-inch sync cables and two 24-inch versions give the hardware layout some connection flexibility, but the actual rack or chassis still determines placement.

Frequently Asked Questions

Which decision should come first?

Approve the intended visual field and screen arrangement first. Those choices determine outputs, graphics ownership and whether professional synchronization is necessary.

How large can this sync architecture become?

PNY permits a 32-screen synchronized field whose graphics layer contains at most eight NVIDIA RTX Pro processors.

Do Mosaic and the lock functions solve mounting?

No. They address digital arrangement and coordination. Physical supports, bezel spacing and room placement belong to the installation design.

What should R19,599 buy in the project budget?

That amount applies to the PNY synchronization card, while the other hardware and project services remain separate.

Why preserve the hardware decision register after handover?

It shows which requirement justified each component and which test accepted it. During maintenance, that connection helps the team assess a substitute without reviewing the project from scratch. It also exposes when a proposed change would alter the canvas, move GPU ownership or require a new synchronization observation.

Ready to shape the hardware around the visual brief? Compare Evetech's workstation GPUs, monitors and supporting categories after the wall geometry and synchronization roles are approved.