XR Virtual Production Studio in Orlando, USA: VMX VENUS PRO VN-191 P1.9mm LED Volume

In October 2023, VMX Visual completed the supply and installation of an 18m² VENUS PRO P1.9 LED volume at a virtual production studio in Orlando, Florida. Designed for ICVFX film production, commercial shoots, and live broadcast, this installation demanded specifications that standard LED displays cannot meet — and engineering solutions that go well beyond off-the-shelf components.

Virtual production LED volumes operate under fundamentally different requirements from standard commercial displays. The camera — not the human eye — is the primary viewer, and cinema cameras with high-speed shutters are far more sensitive to display performance than any live audience. Every specification decision for this Orlando installation was made with in-camera VFX quality as the primary criterion.

VMX Visual supplied the VENUS PRO Series P1.9 in a 6m × 3m configuration, covering 18m² of active display area. The VENUS PRO was selected over standard fine pitch panels for four critical engineering advantages: custom LED chip design for high contrast, underfill encapsulation technology for improved black level, Brompton R2 control card integration for ultra-low latency, and a colour specification exceeding DCI-P3 98% for cinema-accurate reproduction.

Contrast ratio was the first engineering priority. Standard LED displays achieve contrast ratios of 3,000:1 to 6,000:1 — insufficient for virtual production where even moderate ambient light from the LED wall must render convincingly in camera without blowout or crush. The VENUS PRO uses custom-designed LED chips with enlarged die size combined with underfill encapsulation technology, achieving a contrast ratio exceeding 10,000:1. This combination maximises black screen depth while increasing peak white brightness simultaneously.

Refresh rate and latency were addressed through the Brompton Tessera R2 control card — the latest generation at the time of this installation. The R2 card delivers a 7,680 Hz refresh rate with significantly reduced frame latency compared to previous generation cards, eliminating the rolling shutter artifacts and temporal lag that compromise ICVFX compositing quality. Low latency is critical for tracking-based virtual production: if the LED wall image updates too slowly relative to camera movement, the perspective shift between the real and virtual environment breaks the illusion on camera.

Colour accuracy was specified at DCI-P3 98% coverage to ensure that LED wall content matches the colour space used in cinema post-production. Colour temperature uniformity and low colour shift across the full display surface are maintained through factory-level calibration and Brompton's per-pixel processing capability.

• ▸Cinema-grade ICVFX performance confirmed on camera — The client confirmed "amazing ICVFX" quality on first live production use. 7,680 Hz refresh rate and Brompton R2 latency performance eliminated all rolling shutter artifacts across all camera configurations tested in the studio.
• ▸10,000:1 contrast ratio enables convincing environment reproduction — Deep blacks and bright highlights are reproduced simultaneously on the LED wall, allowing cameras to expose for the subject without the background burning out or crushing — a critical requirement for ICVFX compositing.
• ▸Multi-application versatility across all three production types — The studio successfully operates across film production, commercial shoots, and live broadcast from a single LED volume installation, maximising utilisation and return on investment for the client.
• ▸5-year maintenance coverage in the US market — Local warranty and maintenance support eliminates the logistical challenge of cross-border warranty claims, giving the studio operational confidence for long-term production scheduling.

This is the question most first-time XR studio buyers ask. A standard fine pitch LED display may look visually impressive to a live audience — but when a cinema camera with a high-speed shutter captures it, the limitations become immediately apparent. Virtual production imposes six requirements that standard commercial displays cannot meet:

• ▸Contrast ratio above 10,000:1 — Standard commercial LED displays achieve 3,000:1 to 6,000:1. At these ratios, dark areas of the background appear grey rather than black on camera — an immediately visible compositing failure. Virtual production requires 10,000:1 or higher to produce convincing deep blacks without gamma correction artefacts.
• ▸Brightness above 1,500 nits — Cinema cameras expose for the subject, not the background. If the LED wall is not bright enough, the background underexposes and loses detail when the camera iris opens to expose the subject correctly. 1,500 nits is the practical minimum for indoor virtual production; 1,700 nits as specified in this installation provides additional headroom.
• ▸Refresh rate above 7,680 Hz — Cinema cameras, particularly those shooting at high frame rates or with variable shutter angles, are highly susceptible to LED refresh rate artifacts. Below 7,680 Hz, rolling shutter bands appear in fast-moving content or when the camera pans quickly. These artifacts cannot be removed in post-production.
• ▸Greyscale of 16-bit minimum — Virtual production content includes subtle lighting gradients, atmospheric effects, and HDR sky environments that require fine greyscale precision to reproduce accurately. 16-bit greyscale provides 65,536 brightness steps. Standard 12-bit or lower displays show visible banding in gradients — immediately apparent in wide, open-sky environments commonly used as virtual backgrounds.
• ▸DCI-P3 98%+ colour gamut — Cinema post-production operates in the DCI-P3 colour space. An LED wall that cannot cover this gamut will reproduce colours on camera that diverge from the final grade — creating a mismatch between in-camera VFX elements and post-production compositing that requires costly colour correction to address.
• ▸White balance uniformity and low colour shift — Non-uniform white balance across the LED surface creates uneven lighting on the subject and inconsistent colour cast across different areas of the frame. Low colour shift ensures that whites remain neutral across the full brightness range — critical for skin tone reproduction in close-up work.

This project required engineering solutions across optical, electronic, and logistical domains. Below is a full account of the key challenges encountered and how each was resolved.