MS Max Bright
Ultra-High Brightness LED for Shopfronts & Daylight-Dominant Environments
Cuts through sunlight without compromise
Max Bright is engineered for environments where standard LED fails.
Glass façades, street-facing windows, atriums, and sun-exposed interiors. It delivers uncompromising visibility without sacrificing colour accuracy or efficiency.
Peak brightness up to 2000 nits. Up to four times brighter than standard LED
Flip-Chip/MIP LED architecture for higher luminous efficiency and reduced thermal load
DCI-P3 colour gamut maintained even at high nit output
Precision fit, without compromise
Architectural spaces are rarely standard. MS Max Bright is built on a modular platform that allows displays to be configured precisely to the available opening - whether flat, curved, angled, or unconventional.
The result is a display that integrates cleanly into its environment, maintaining visual balance and proportion rather than adapting the space to the screen.
Lower power consumption, lower costs
Advanced power management keeps running costs down while delivering maximum brightness. Max Bright uses flip-chip (MIP) LED technology, which increases luminous efficiency.
Up to 40% less energy than competitors
Reduced heat generation improves long-term reliability and colour stability.
Reduced environmental footprint with 100,000 hour lifespan
"We needed a display that could compete with the London sun, and Max Bright delivered exactly that. Our shopfront has never looked sharper."
The details that set Max Bright apart
Every element is engineered for performance in demanding environments. From pixel pitch to thermal management, nothing is left to chance.
Ultra-fine pixel pitch options
Choose from between 1.2 - 2.5mm for your viewing distance and application.
Glare reduction technology
Proprietary optical filters manage direct sunlight while maintaining color accuracy and contrast.
Silent fanless operation
No moving parts means zero noise, zero maintenance headaches, and zero interruptions.
The numbers behind the performance
Max Bright is built on precision engineering. Every specification is chosen to deliver reliability in bright, demanding environments.
Peak nits brightness
Pixel Pitch Range
Power per square meter
Consultation
Every project begins with a clear understanding of your space and your goals. We look at how the display will be seen, used, and experienced before any decisions are made.
Design & Configuration
The system is then designed and configured around those requirements - ensuring the right format, resolution, and proportions for the environment, rather than forcing a standard solution.
Installation & Setup
Once installed, the display is carefully calibrated and checked on site, ensuring it performs exactly as intended in its final setting.
Questions
Everything you need to know about Max Bright
Yes. The Max Brightness configurations use a modular LED platform that can be configured to match a wide range of window dimensions and architectural constraints.
Screen size, aspect ratio, and layout are defined to suit the available opening, whether the application is flat, curved, angled, or non-standard. This allows the display to integrate cleanly into shopfronts and interior façades rather than forcing a fixed format.
Max Brightness configurations are specifically designed for high ambient-light environments, including street-facing windows and brightly lit interiors.
MS Max Bright's MIP technology delivers up to 2000 nits for exterior-facing windows and strong daylight exposure.
High contrast, wide viewing angles, and stable colour performance ensure content remains legible and visually impactful throughout the day.
Typical lead times for MS Max Bright (MIP) configurations are approximately 2–6 weeks from order confirmation, depending on pixel pitch, brightness level, and project scope.
Timelines are confirmed early in the project to align with installation schedules and site readiness. Where projects are time-sensitive, accelerated timelines may be possible subject to availability.
Absolutely. Visit any of our Global showrooms to see Max Bright in action under real lighting conditions. You'll see the brightness, the color depth, and the build quality firsthand. Book a visit and we'll walk you through the tech and answer any questions.
Our MS Max Bright MIP systems are designed for low-maintenance, long-hour operation.
A fanless cabinet design reduces wear and dust ingress, while front-service access allows individual modules or components to be replaced efficiently if required. Periodic inspections and occasional calibration are recommended to maintain optimal brightness and colour consistency over time.
Yes. Max Brightness MIP displays are designed for extended daily operation, including long retail trading hours.
Thermal efficiency, stable brightness control, and controlled power consumption support reliable performance without accelerated degradation, even when operating for many hours per day.
While higher brightness levels require more power, MIP technology is more energy-efficient than traditional high-output LEDs.
Compared to standard SMD solutions, MIP and MIP High-Brightness configurations can deliver increased luminance with lower average power consumption, helping to manage running costs over time.
Yes. Brightness levels are fully adjustable and can be scheduled or controlled to suit changing ambient light conditions.
This allows higher output during daylight hours and reduced brightness in the evening, maintaining visual comfort while optimising energy use.
Yes. Max Brightness LED displays maintain consistent colour and contrast across wide viewing angles, typically up to 160° horizontally and vertically.
This ensures content remains legible and visually consistent for passers-by approaching from different directions.
Yes. In addition to permanent shopfront applications, MS Max Bright configurations are also used in temporary or semi-permanent environments where strong ambient lighting is present.
The modular design supports transport, reconfiguration, and repeat use across exhibitions, brand activations, and pop-up environments.
Still have questions?
Reach out to our team directly