DS-D41Q30CA-1PH (Hikvision) 320*160mm Indoor LED Module (P3.067 / 3840Hz High Refresh Rate) | By JJSATs

Hikvision 320x160mm Indoor LED Module P3.067 (Model: DS-D41Q30CA-1PH) - High-Performance Indoor LED Panel with Professional 3840Hz High Refresh Rate for Reliable Digital Signage Displays | By JJSATs

The Hikvision DS-D41Q30CA-1PH is a professional-grade indoor LED display module, featuring a universal 320x160mm footprint and a highly cost-effective pixel pitch of P3.067mm. Engineered for permanent indoor fixed installations, this module delivers an exceptional balance of color performance and clarity, driven by its standard-setting 3840Hz high refresh rate capability. It outputs smooth, cohesive graphics with natural fluid motion and a completely camera-safe presentation that eliminates rolling scan line distortions during digital video captures or mobile device recording.

Product Description
Optimize your indoor digital signage and commercial displays with Hikvision's highly reliable P3.067 indoor LED component. Built using industrial-quality LEDs and advanced driver IC architectures, this 320x160mm module delivers great color saturation and uniform brightness matrix controls across the entire video wall setup. The headline 3840Hz refresh frequency guarantees an entirely flicker-free viewing experience, safeguarding advertising and informational media contents against visual distortion when captured by smartphones or recording equipment. Its standard modular sizing enables effortless integration into multiple cabinet formats, allowing smooth configurations into large, seamless video walls.

Key Applications:

• Indoor digital signage displays, grand lobbies, and public advertising zones inside shopping complexes, hotels, and commercial buildings to engage visitors.
• Information boards and announcement video walls inside educational institutions, hospitals, or transit terminals.
• Indoor event stages, auditoriums, and medium-to-large conference spaces with optimized medium-range viewing distances (3 meters and above).