Lumendrive™ removes the need for power supplies. The ASIC technology directly powers, dims and controls LEDs, providing greater efficiency, smaller size and a lifetime no longer restricted by third-party components. Learn more about Lumendrive.
Lumentalk™ is a breakthrough technology that enables digital control of LED lighting over existing AC power lines, maximizing cost and energy savings. With Lumentalk, electrical wiring becomes a stable, noise-free, high-speed communications link, enabling LED fixtures to be reliably controlled without additional wiring for data. The technology is protocol independent, making it compatible with common dimmer and control standards: Triac, 0-10V, DMX, ELV.
Remote Device Management (RDM) is an enhancement of DMX, allowing full bi-directional control and communication for simple, convenient commissioning. With RDM, luminaires can communicate important information, such as their address, status, temperature and predicted lifetime expectancy. They can also be discovered, updated or re-commissioned at any time - with just a simple click.
Lumenbin™ is a proprietary binning method that ensures color temperature consistency across all Lumenpulse luminaires - overcoming a typical challenge for specifiers of LED lighting. Using a proprietary manufacturing and supply chain process, Lumenbin technology guarantees a consistent color temperature within a 3-step MacAdam ellipse.
An innovative dual chamber thermal design system, Lumencool™ is used in many of Lumenpulse's fixtures. The technology allows air to flow between the driver and LED board, maximizing the surface area, increasing output and resulting in Lumenpulse's industry-leading L70 LED lifetimes of up to 120,000 hours. By separating the driver components from the light sources, the technology also improves the sustainability of the system, enabling simple component replacement prolonging the life of the luminaire.
Built into all Lumenpulse fixtures, Lumendim™ is a proprietary firmware that allows smooth white light dimming. Lumendim produces a dimming response curve that matches human eye perception, providing a more natural and appealing dim and avoiding a stepped appearance that can be seen with linear dimming.
LumenID™ is a proprietary method of intelligently addressing fixtures using a serial number that is included on every Lumenpulse luminaire. Once the first board of each fixture is given an address, LumenID is able to determine how many slave boards there are to address in each fixture, which it does automatically to greatly reduce commissioning time and installation cost.
Lumenlife is a patented technology that calculates the true life expectancy of a luminaire, by taking into account environmental factors - including operation temperature and dimming usage - that influence a system's lifetime. The technology gives lifetime feedback and can even issue alerts as the system starts to approach the end of its useful lifetime.
Fluxwerx Anidolic optical structures disperse and mix light, eliminating any visible images of the LED point source and ensuring accurate and consistent color. Precise extraction elements refract and reflect light, emitting high performance distributions with exceptional optical control and efficacies.
Dim to Warm is an embedded Lumenpulse technology that reduces a luminaire's color temperature when dimmed, allowing for smooth variations in warm white light (from 2700K to 2200K). The technology uses a predefined dimming curve to replicate the familiar, natural feeling of dimmed incandescent. Learn more about Dim to Warm.
Dynamic Warm is a Lumenpulse technology offering full flexibility in tuning luminaire color temperature (2200K to 3000K). As applications and needs change, dynamic warm adapts, creating perfect warm light for all settings. Learn more about Dynamic Warm.
Dynamic White is a Lumenpulse technology offering full flexibility in tuning luminaire color temperature (2700K to 6500K). As applications and needs change, dynamic white adapts, creating perfect white light for all settings. Learn more about Dynamic White.