Tool-Free Locks
Quick cabinet connection reduces separate hand-tool steps during assembly.
Dual-Sided Rental LED / Event Spine System
RDV Series One Digital Spine. Two Audience Directions.
A dual-sided indoor rental LED platform for suspended stages, exhibition aisles, retail windows, broadcast and corporate events. Each face can mirror the same program or receive an independent content feed, while the 47 mm cabinet keeps the central structure visually slim.
P2.604 · P3.125 · P3.906
AUDIENCE AFACE ACOREFACE BAUDIENCE B
1000cd/m² brightness
140° / 140°H / V viewing angle
15 bitgrayscale depth
18 kgcabinet weight
Two-Face Logic
The screen becomes a boundary that communicates in both directions.
RDV is most useful where people approach from opposite sides. The two display faces can be mirrored for one shared message or separated into independent feeds for different audiences and content schedules.
MODE 01
A = B
Synchronized Playback
Both faces show the same program for one event narrative across two viewing directions.
MODE 02
A ≠ B
Independent Feeds
Separate signal sources allow different content on each side for aisle, retail and suspended applications.
47 mm
slim die-cast cabinet core between the two content faces
Rigging Backbone
Fast alignment around a suspended centerline.
Quick locks, repeatable seam alignment and the plug-and-play rigging interface support the repeated assembly and dismantling cycles expected in rental production.
Seam Alignment
Repeatable locking positions help maintain cabinet alignment across the suspended wall.
Camera Output
7680 Hz refresh, 15-bit grayscale and 140° / 140° viewing support camera-facing use.
Signal Core
Keep the connections inside the spine.
Board-to-board signal transmission reduces data jumpers between cabinets, while locking power connectors and module safety tethers simplify the central cable and safety workflow.
Locking inter-cabinet AC connection helps prevent accidental disconnection.
Cable-free signal cascade removes external data jumpers between adjacent cabinets.
Published module safety tethers secure front-service modules during servicing.
Front Service Layer
Maintain both display faces without creating a rear-service corridor.
RDV uses front-service modules. Optional smart modules can store calibration coefficients locally, helping replacement modules recover brightness and chromaticity consistency before final verification.
01REMOVE
02REPLACE
03RESTORE DATA
04VERIFY
Deployment Cross-Section
Use both sides where audience flow actually needs both sides.
RDV is an indoor IP30/IP30 platform. The most natural applications are places where a conventional single-face LED wall would leave one audience direction unused.
Suspended Touring Stage
One flown display serving audience zones on opposite sides.
Trade-Show Aisles
Different messages can face two circulation directions.
Retail Windows
Street-facing and interior-facing content from one central installation.
Broadcast & Corporate
Camera-facing and room-facing content can be planned separately.
Dual-Face Creative Installations
Architectural placements where both sides remain intentionally visible.
Core Specifications
Three pitches. Six shared purchasing parameters.
RDV 2.6, 3.1 and 3.9 share the same brightness, cabinet geometry, weight and power figures; use the tabs to compare pixel pitch.
| Pixel Pitch | 2.604 mm |
|---|---|
| Brightness | 1,000 cd/m² |
| Refresh Rate | 7,680 Hz |
| Cabinet Size | 500 × 1000 × 47 mm |
| Cabinet Weight | 18 kg per cabinet |
| Power Consumption | 410 W maximum / 150 W average per cabinet |
140° / 140° viewing
15-bit grayscale
AC 100–240 V
Front service
Sync / async control
CE / FCC / ETL
IP30 / IP30 indoor
Dual-Face Project Handoff
Freeze both content paths and the central structure together.
RDV projects become easier to commission when the two content faces, hanging geometry, power distribution, service access and replacement-module workflow are documented as one system.
Face A / Face B Map
Define mirrored or independent playback, content resolution and source assignment for both sides.
Rigging Centerline
Cabinet quantity, suspension points, alignment, load path and venue-specific safety requirements.
Power & Signal Core
AC circuits, signal cascade, redundancy, processor outputs and commissioning sequence.
Service & Calibration
Front-service route, replacement modules, stored calibration data and verification procedure.
Buyer FAQ
RDV Dual-Sided Rental LED Questions Buyers Ask First
Six questions covering two-face content, pixel pitch, camera use, installation speed, module replacement and power / maintenance planning.
01Can RDV show different content on each side?
Yes. The two display faces can run the same program or receive independent content feeds. This makes RDV suitable for suspended stages, exhibition aisles, retail windows and other locations where audiences approach the display from opposite directions.
02Which RDV pixel pitch should I choose?
Use minimum viewing distance as the starting point: RDV 2.6 for about 2.6 m, RDV 3.1 for about 3.125 m and RDV 3.9 for about 3.9 m. Final selection should also consider screen size, content detail, camera distance and budget.
03Is the RDV rental LED display suitable for camera use?
RDV specifies 7680 Hz refresh and 15-bit grayscale. These provide a strong basis for smooth motion and stable on-camera capture. Final performance also depends on scan configuration, processor settings, shutter speed, frame rate and the camera workflow.
04How quickly can RDV cabinets be installed?
The 500 × 1000 mm cabinets use tool-free quick locks, board-to-board signal transmission and a plug-and-play rigging interface. These reduce external jumpers and support faster alignment, suspended installation, dismantling and reconfiguration.
05Will a replacement LED module match the existing screen?
Optional smart modules store factory calibration coefficients locally. After replacement, the stored data can help restore brightness and chromaticity uniformity. The module should still be verified and recalibrated when required by actual operating conditions.
06What power, control and maintenance conditions should be planned?
RDV operates on AC 100–240 V, supports synchronous or asynchronous control and uses front-service modules. Published power is 410 W maximum / 150 W average per cabinet. IP30/IP30 is intended for indoor use, while circuit loading and redundancy require project-specific engineering.
