QUANTUM

Magnos Vision's Quantum Series sets a new standard for high-performance, energy-efficient indoor LED display technology. Engineered with cutting-edge components and featuring ultra-fine pixel pitches ranging from 0.7 mm to 1.5 mm, the Quantum Series delivers exceptionally sharp, vibrant, and lifelike visuals suitable for demanding professional environments.

Designed with a slim, lightweight, and highly robust mechanical structure, the Quantum Series enables seamless front-service installation, making it an excellent choice for locations with limited space or architectural constraints. Its modular construction supports easy integration into a wide variety of applications, from corporate and broadcast environments to control rooms and immersive digital experiences.

Powered by advanced COB flip-chip technology, the Quantum Series offers enhanced durability, high contrast levels, improved heat dissipation, and stable long-term performance. The result is a future-ready LED display platform that combines reliability, visual excellence, and operational efficiency for projects requiring uncompromising image quality.

Key Characteristics

• Advanced COB (Chip-on-Board) flip-chip technology – Delivers deeper black levels, higher brightness, and outstanding contrast performance for an exceptionally vivid viewing experience

• Energy-efficient common-cathode flip-chip technology – Ensures reduced power consumption while maintaining maximum visual quality

• Native 16:9 aspect ratio – Ideal for Full HD, 4K, and even 8K resolutions—perfect for broadcast, control rooms, corporate environments, and premium installations

• Flexible modular architecture – Designed for effortless stacking, rigging, wall mounting, and installations with up to 1° concave or convex curvature

• True-to-life color reproduction – Excellent grayscale performance, superb contrast ratio, and high refresh rate ensures smooth, flicker-free imaging

• Silent thermal management – Effective heat dissipation without active cooling fans—ideal for noise-sensitive environments