Planar Leyard CDI 3.9mm – Indoor LED Cabinet 500x1000

Product Overview

The Planar Leyard CDI 3.9mm is an indoor LED video wall cabinet from Planar's Commercial Design Indoor line, suited to larger-format walls and longer viewing distances. This configuration uses a 500mm x 1000mm cabinet at a 3.906mm pixel pitch, delivering a 128 x 256 pixel resolution per cabinet. The CDI Series is built around free splicing of multiple cabinet sizes, supporting creative and curved layouts. This SKU (998-4380-00) is one cabinet within a larger CDI video wall system.

Product Description

The Planar Leyard CDI Series is a Commercial Design Indoor LED display platform designed for retail, transportation, corporate, and digital signage environments that require both visual clarity and flexible installation. The 3.9mm pitch class uses SMD LED packaging with a 3.906mm pixel pitch and a 65,536 point/m2 pixel density, a configuration suited to larger walls viewed from greater distances. This 500mm x 1000mm cabinet contributes a 128 x 256 pixel canvas and can be combined with other CDI cabinet sizes (500x250, 500x500, 750x250, and 1000x250mm) for free splicing, misalignment, and rotation installation. The series supports concave and convex curved configurations as well as right-angle splicing for L-shapes, columns, and cubic structures. Cabinets are constructed from die-cast aluminum with a PC back cover and provide comprehensive front and rear maintenance access for module and power-supply service. LeadGreen black-screen energy saving reduces power draw by approximately 80 percent under no-signal conditions. The standard 3.9mm brightness is supported, with a 3,000-nit high-brightness option available. Mounting options include wall, hanging, stacking, and ceiling installation. Because this listing represents a single cabinet, total cabinet count, processing, mounting, and power components depend on the target wall dimensions. Review the broader Planar lineup through Creation Networks at our Planar collection. For per-SKU options such as high-brightness, dual receiving card, or dual PSU configurations, contact Creation Networks to confirm.

Key Features

• 3.906mm pixel pitch — Resolution suited to larger indoor walls viewed from greater distances.
• 500x1000mm cabinet, 128x256 resolution — Tall portrait-oriented cabinet contributing a defined pixel canvas for splicing.
• Free splicing across five cabinet sizes — Combines with 500x250, 500x500, 750x250, and 1000x250mm cabinets for flexible layouts.
• Curved and right-angle configurations — Supports concave, convex, L-shape, column, and cubic splicing.
• Front and rear maintenance — Comprehensive access for module and power-supply service in compact spaces.
• LeadGreen black-screen energy saving — Approximately 80 percent power reduction under no-signal conditions.
• Die-cast aluminum construction — Lightweight, thin cabinet with PC back cover for durable commercial use.
• High-brightness option — 3,000-nit high-brightness variant available for brighter environments.

Typical Applications

• Commercial meeting space
• Auditorium
• Multi-purpose room
• Government space
• All-hands room
• Training room

Technical Specifications

Frequently Asked Questions

Can I mix this cabinet with other CDI sizes? Yes. The CDI Series supports free splicing across 500x250, 500x500, 750x250, 1000x250, and 1000x500mm cabinets, including misalignment and rotation. Creation Networks can plan a layout.

Does this cabinet support curved walls? The CDI Series supports concave and convex splicing as well as right-angle L-shapes, columns, and cubic structures. Confirm curvature requirements with Creation Networks.

Is a brighter version available? A 3,000-nit high-brightness option is offered for the 3.9mm class. Contact Creation Networks to confirm availability for this SKU.

What viewing distance suits the 3.9mm pitch? The 3.9mm pitch is suited to larger walls viewed from greater distances, such as lobbies, atriums, and large venues.

What does black-screen energy saving do? LeadGreen technology reduces power consumption by approximately 80 percent under no-signal conditions, lowering operating cost for always-on signage.