Blowout Sale Nec P654q - 65" Lcd Professional Display, 4k Uhd, 60hz, 700 Cd/m² Save Big: 55% Off [UJ8i7lOX]

NEC P654Q: The Ultimate 65" LCD Professional Display

The NEC P654Q is a cutting-edge 65" LCD professional display designed for environments where brightness and clarity are paramount. With its high brightness output of 700 cd/m² and an anti-reflective screen surface, the P654Q ensures that content is crisp and easily readable even in the brightest light conditions. This display is the ideal choice for mission-critical applications, offering a 24/7 ready operation that is backed by industrial-grade components and meticulous design.

• Superb readability in bright light environments
• Mission-critical 24/7 ready operation

Powerful Features and Technical Specifications

The NEC P654Q is equipped with future-proof signal connectivity and processing capabilities. It boasts numerous native UHD resolution inputs with a 60Hz refresh rate, including DisplayPort and HDMI, and an option slot for OPS Slot-in PCs. The display also automatically upscales other signals to UHD, ensuring "pixel-free viewing." Its modular and scalable design makes it a powerful choice for large screen visualization, delivering impactful messages with seamless simplicity.

• Future-proof signal connectivity with UHD resolution inputs
• Modular and scalable design for large screen visualization

Unmatched Readability and Versatile Applications

The NEC P654Q is the most reliable choice for a wide range of applications, from bright retail environments and passenger information displays to color-critical reference applications in science, media, and control rooms. Its stunning UHD "pixel-free" ergonomic viewing, combined with reliable color reproduction and expanded contrast ratios, guarantees compelling readability and the most realistic images. The display's modern, slim design seamlessly integrates into any environment, adding an elegant touch while providing tailor-made signage solutions.

• Stunning UHD "pixel-free" viewing
• Compelling readability in bright ambient light