Samsung IF040R-EF P2.0 Direct View LED Cabinet – L-Type Entry

Product Overview

The Samsung IF040R-EF is a P2.0 direct view LED cabinet in the L-type entry configuration, offering fine-pitch LED performance at an accessible price point within Samsung's IF-R series. At 2.0mm pixel pitch, it is suited for indoor commercial environments where viewing distances range from approximately 2 to 4 meters, such as smaller conference rooms, command centers, and retail installations. The L-type entry designation identifies this as a cost-optimized variant designed to lower the barrier to fine-pitch LED adoption for budget-sensitive projects. It is currently offered below list price, representing further value for integrators and end users.

Product Description

The IF040R-EF operates at a 2.0mm pixel pitch, which substantially increases pixel density compared to P4.0 cabinets and allows the display to be used at closer viewing distances without visible pixel structure. This makes it suitable for smaller meeting rooms, control environments, and spaces where viewers may be seated as close as 2 meters from the screen. The L-type entry designation indicates a cabinet form factor optimized for modular assembly into standard rectangular display arrays, with the entry tier reflecting a focus on cost efficiency relative to Samsung's premium IF-R configurations. Despite its entry positioning, the cabinet maintains Samsung's build quality standards and uses the same SMD LED technology found across the IF-R line. Color calibration is applied at the factory to ensure cabinet-to-cabinet uniformity when multiple units are tiled together, which is essential for a clean visual result in multi-cabinet installations. The integrated power supply reduces the number of external components required in the equipment rack, simplifying system design for installers. Signal compatibility follows standard LED processor protocols, providing flexibility in processor selection. Front serviceability is maintained, allowing LED module access from the display face for routine maintenance. The product is sold per cabinet; full display systems require multiple cabinets and a compatible video processor.

Key Features

• P2.0 Pixel Pitch — Fine-pitch LED suitable for viewing distances from approximately 2 meters in smaller commercial spaces.
• L-Type Entry Configuration — Cost-optimized cabinet format designed for budget-conscious fine-pitch LED projects.
• SMD LED Technology — Consistent color output and reliable long-term performance in continuous-operation environments.
• Factory Color Calibration — Cabinet-level uniformity calibration for consistent brightness and color across multi-cabinet arrays.
• Integrated Power Supply — Reduces external rack equipment and simplifies cabling during installation.
• Front Serviceability — LED modules accessible from the front face, reducing maintenance complexity.

Typical Applications

• Small to mid-size conference rooms
• Command and control center displays
• Retail point-of-purchase and product showcase walls
• Corporate reception and lobby signage
• Education and training room displays

Technical Specifications

Frequently Asked Questions

What does the L-type entry designation mean for the IF040R-EF?

The L-type entry designation refers to the cabinet's form factor and product tier within Samsung's IF-R series. It indicates a cost-optimized configuration designed to deliver fine-pitch LED performance at a lower per-cabinet price compared to the standard and premium variants in the series. Functionally, it uses the same core LED and power technology but may differ in cabinet dimensions or supported accessory options.

How does P2.0 pitch compare to P4.0 for conference room use?

P2.0 provides four times the pixel density of P4.0 at the same physical screen size, which means it produces a sharper image at closer viewing distances. For rooms where viewers sit 2 to 3 meters from the screen, P2.0 is the appropriate choice. P4.0 is better suited to larger rooms with viewer distances of 4 meters or more, where the extra resolution of P2.0 would not be perceptible.