Sharp LD-FE093-165 new

Description

Engineered for efficiency, without compromise

For bezel-free visual impact and long-lasting performance, the Sharp LD-FE3 Series sets a new benchmark in energy-efficient dvLED display technology. Built on NEC’s legacy of engineering excellence, the third-generation FE Series features advanced Flip-Chip IMD technology and industrial-grade components to deliver vibrant, high-contrast imagery while reducing energy consumption and heat output by up to 60%. The result is a substantial reduction in operating costs and HVAC demands, without compromising visual precision or performance.

Native FHD and UHD resolutions are achieved using modular 16:9 cabinets, bundled with all essential components for easy installation including power bar, frame, mounting, and controller. The proven mechanical, all-metal cabinet design ensure precise module alignment, long-term structural stability, and fire safety compliance.

Supporting both freestanding and wall-mounted integration, the lightweight FE3 Series also features front-serviceable modules for hassle-free maintenance. Its uniform large-surface, fine pixel pitch performance delivers a seamless, detail-rich viewing experience, ideal for command and control, broadcast, signage, and conferencing. Its cost-saving efficiency also makes it a smart choice for education and leisure environments.

Benefits

• Significantly lower energy usage – Highly efficient Flip-Chip IMD technology reduces power consumption by up to 60% compared to standard SMD, at the same brightness.
• Uncompromised image quality – An exceptional contrast ratio, ultra-deep black levels, fine pixel pitch, and wide viewing angles ensure vivid clarity and accurate colour reproduction even in bright ambient light conditions.
• Minimised interference – low electromagnetic emissions allowing for EMC Class-B certified modules.
• Easy installation – Bundled solutions include all components for fast, hassle-free deployment.
• Slim design – with a flush rear profile, LED modules can be integrated very close to the wall with minimal gap necessary due to very low heat emission.