Studio Broadcast LED Display backdrop — on-camera clean display system for sports production and virtual studio environments
Studio & Broadcast Displays

Built for the Camera Eye

Stadium studio broadcast LED display panels engineered for studio backdrops, virtual production, and on-camera sports coverage — 7680Hz refresh, no flicker, no scan lines, no color shift.

7680Hz refresh · zero flicker
P0.9–P3.9 fine pitch range
Colour-accurate calibration
XR / virtual production ready
24/7 Online Service 600-4500nits Brightness > 99% Colour Accuracy XR Ready
STUDIO · CAMERA VIEW REC
GOBLED SPORTS · STUDIO LIVE FROM ARENA MATCH CENTRE · SEASON 2026
REC · 00:42:11
UHD · 3840×2160
ISO 800 F 2.8 WB 5600K TC 00:42:11:18
<5kg PANEL ZERO FLICKER ON-CAMERA CLEAN
GobLED Technical Specification

Engineered for the Camera Eye

7680Hz refresh rate studio LED display panels are not judged by the human eye — they are judged by the camera. Refresh rate, scan mode, and color calibration all determine whether a panel appears clean on screen, or produces banding, flicker, and color shift.

STUDIO · SPEC SHEET v2.4 / 2026
Pixel Pitch
P0.9 – P3.9
Fine pitch · studio
Refresh Rate
7680 Hz
Zero-flicker
Scan Mode
1/16
Broadcast-grade
Colour Accuracy
> 99%
Calibrated per panel
Grayscale
Smooth on-camera
Latency
< 10 ms
Timecode sync
XR Ready Broadcast Certified 3-YEAR Warranty
CAMERA SHUTTER TEST 3 SCENARIOS
  • 1/500s Fast Action
    Banding visible
    Clean output
  • 1/1000s Standard Broadcast
    Heavy flicker
    Clean output
  • 1/2000s Slow Motion
    Unusable
    Clean output
Under high-speed camera shutters, standard LED panels produce visible banding and flicker. Broadcast-grade 7680Hz refresh rate studio LED displays stay clean even at 1/2000s — the standard for slow-motion replay in modern sports coverage.
7680 Hz Zero flicker
16-bit Smooth gradients
Timecode Frame-synced
Studio LED display panel close-up — fine pitch P1.9 modules with high refresh for on-camera broadcast Panel · P1.9 01
Studio LED video wall — broadcast-grade display system calibrated for camera color accuracy Video Wall 02
XR virtual production LED volume — three-wall studio setup with ceiling layer for sports broadcast XR Volume 03
Virtual Production & XR Applications

Three Ways to Build a World

Reliable studio broadcast LED display panel are not just backdrops. In virtual production, they become the physical environment — the walls, the windows, the horizon. Here is how the same system serves three very different production formats.

USE · 01 Virtual Production
BACK WALL SIDE FLOOR

Virtual Production Stage

With back wall, side walls, and ceiling LED panels for XR film and episodic production. Camera tracking locks the background to real-time render — no green screen, no post key.

LED Volume Camera Tracking P1.9 Pitch
USE · 02 Broadcast Studio
CURVED WALL ANCHOR DESK

Sports Broadcast Studio

Curved anchor LED wall for live sports shows, pre-match analysis, and post-match review. Screens render live match data, split-screen feeds, and sponsor content — all in one continuous visual field.

Curved Wall Live Data Feed 7680 Hz
USE · 03 XR Stage
360° RING SUBJECT · 360°

360° XR Stage

Full circular LED ring for immersive XR performances, esports broadcasts, and product showcases. The subject stands at the centre — the screen becomes the entire environment in every direction.

360° Ring AR / XR Zero Parallax
Rendering Real-Time Engine Integration Works with Unreal Engine, Disguise, and Brompton processing — camera tracking locks virtual content to the physical stage.
Colour Matched to Camera Sensors Every studio broadcast LED display panel is calibrated to the specific camera system in the venue — ARRI, RED, Sony, or Blackmagic.
Geometry Custom Shape Engineering Flat walls, curved arcs, ceiling panels, floor tiles — any geometry, delivered as one unified system.
LED volume stage for virtual production — three-wall LED studio backdrop with ceiling layer for on-camera sports broadcast
Case Study · Project Dossier

A Virtual Stage in 10 Weeks

A 3-wall studio broadcast LED display volume for a sports broadcast studio — back wall, side wall, and ceiling — colour-matched to the studio’s camera system and calibrated for on-camera output from day one.

CASE · 2024 · EU-24 LIVE & IN PRODUCTION Sports Broadcast Studio · Western Europe
PROJECT TIMELINE
  • 01 / SCOPE
    Stage Survey & Volume Design Studio dimensions, camera positions, and LED volume geometry defined against the production workflow.
    Wk 1
  • 02 / BUILD
    Panel Production & Calibration P1.9 modules produced, calibrated to ARRI camera sensor, and pre-tested for on-camera output.
    Wk 2–6
  • 03 / SHIP
    Logistics & Studio Staging Panels shipped and staged in the studio, coordinated with the production calendar.
    Wk 6–7
  • 04 / INSTALL
    Volume Assembly & Alignment Back wall, side wall, and ceiling assembled with seamless corner treatment and cable routing.
    Wk 7–9
  • 05 / CALIBRATE
    Camera Testing & Handover Final calibration against live studio cameras — flicker, colour, and timecode all verified before first shoot.
    Wk 9–10
VOLUME LAYOUT
BACK WALL · 12 M SIDE · 6 M SIDE · 6 M CEILING LAYER SHOOT ZONE CAM · A CAM · B CAM · C
Volume Size 12 × 6 × 4 m
Pixel Pitch P1.9
Walls 3 + Ceiling
Delivery Time 10 Weeks
Refresh Rate 7680 Hz
Camera System ARRI Alexa
Delivered by GOBLED Sports
Turnkey LED Volume · 2024 Q4

Colour matching was our biggest concern — this was a three-wall studio broadcast LED display volume and any mismatch would be visible on camera. The calibration team spent three days on-site, dialing it in against our ARRI systems. By the first shoot, everything was clean: no flicker, no banding, no colour shift between walls.

Studio Technical Director · Sports Broadcast Studio
Frequently Asked

Questions Before You Order

The questions studio broadcast LED display teams ask us most often — flicker, colour match, production integration, and lead time.

No — that is precisely what broadcast-grade LED display panels are engineered for. Every studio panel runs at 7680Hz refresh with 1/16 scan mode, which stays clean on camera even at 1/2000s shutter speeds. This is the standard required for slow-motion replay in modern sports coverage. Standard studio broadcast LED display panels at 3840Hz begin to show banding from 1/500s and become unusable at 1/1000s.
Colour matching is done at three levels:
  • Factory calibration — every studio broadcast LED display cabinet is calibrated individually to a Delta E tolerance below 1.5
  • Sensor-specific tuning — panels are matched to your camera system (ARRI, RED, Sony, Blackmagic)
  • On-site final match — our engineers spend 2–3 days on-site, dialing in the entire volume against live camera output
For multi-wall LED volumes, we also provide a single colour management system across the whole volume, so the walls never drift apart.
Yes — the panels work as a standard display surface for any real-time render pipeline. In practice this means:
  • Unreal Engine — direct feed with camera tracking and lens distortion mapping
  • Disguise / Brompton — supported as a native output target
  • Camera tracking systems — Mo-Sys, Vicon, Stype, and Ncam all tested and supported
  • Timecode sync — locked to the production’s master clock via SMPTE timecode
Our team has delivered LED volumes for both episodic production and live sports broadcast, and we hand over a fully documented signal flow at delivery.
For a standard 3-wall studio volume, the full cycle from signed agreement to first shoot day is 8 to 10 weeks. This includes:
  • Stage survey and volume design
  • Panel production and camera-specific calibration
  • International freight and customs
  • On-site assembly and corner treatment
  • On-camera testing, colour match, and operator training
Lead time is driven mainly by the panel calibration phase, which we start as soon as the camera system is confirmed.
Still have a question on studio broadcast LED display? Talk to our engineering team →
Studio Assessment

Get a Real Studio Volume Quote

Send us your stage dimensions, camera system, and shoot calendar. Our engineers will respond with a line-by-line system quote — including LED volume design, colour match plan, and camera test schedule.

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7680 Hz Zero Flicker ARRI Sensor Match Unreal Ready 8–10 Wk Delivery
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