EXTENSIVE EMITTER
AND SENSOR PORTFOLIO
For horticultural applications
ams OSRAM offers an extensive emitter and sensor portfolio for horticultural applications
Our extensive product portfolio makes ams OSRAM the customer's partner of choice. We combine pioneering wavelength-optimised LEDs over the relevant color spectrum with spectral sensing technologies for cutting-edge growth stimulation and precise condition monitoring.
Our extensive emitter portfolio for addressing professional top/inter-lighting and vertical farming applications covers all the key growth-optimising wavelengths and radiation-angle options needed for all types of plants and flowers. High power LED devices enable small form factors for the luminaires and allow for less shadowing.
Our spectral sensing technology enables real-time monitoring of total illumination at the plants to manage adaptive lighting recipes for growth while accounting for sunlight influences in greenhouses. Chip-scale spectral sensing technology extending from the visible to the near-infrared (NIR) spectrum opens all-new arenas of condition and growth monitoring.
View featured productsWhite paperHorticulture webinarFlyerHorticulture lighting – best performance delivered
How do we better produce food in the quality and quantity needed to feed the world?
Horticultural lighting offers an innovative way of producing food in a controlled environment, often close to large markets in urban centers. Precise LED light and advanced sensing solutions provide new possibilities for growing food in a smart, easy and sustainable way. They offer the possibility to adapt to the needs of different plants, monitoring their growth, optimising harvests, minimising fertilizer use and reducing energy costs. This makes LED-based horticulture solutions a proof point for how our lives can be improved by technology.
ams OSRAM is a global leader in professional LED horticulture lighting and sensing. Optimised LEDs and spectral sensors from our extensive product portfolio enable superior plant growth for whatever optimised growing recipe. Highest efficiency luminaires minimise energy consumption, which is key at a time of exploding energy costs and energy-saving constraints. Best in class illumination uniformity of our LEDs allows for luminaires closer to the crops and could save additional energy compared to traditional luminaires with secondary optics. Lowest possible overall system cost results from highest power LEDs reducing number of LEDs required per square meter, supported by unmatched illumination uniformity for luminaires without need for secondary optics, and long-life performance. The overdrive capability up to twice the nominal power class and low thermal resistance of our LEDs provide maximum design flexibility at optimum efficacy.
Horticulture tool
Calculation of different horticulture lighting scenarios with variations of LED configurations and ratios to realise the desired photon flux from the fixture and estimate the resulting photon flux density on the plants for a defined system setup.
Go to toolThe latest horticultural products
OSLON® Optimal Family in Hyper Red, Deep Blue, Far Red and Horti White
OSLON® Optimal Hyper Red 660 nm, Optimal Red 640 nm & Optimal Far Red 730 nm
- New OSLON® Optimal Red enables broader spectral coverage for better growth of common plant types that are grown under artificial lighting
- OSLON® Optimal Red can address growers’ problems with fungus, bacteria and bleaching
- OSLON® Optimal Red offers outstanding efficacy and robust performance in demanding greenhouse and indoor farming applications
A brand new family of LEDs with our ams OSRAM’s latest chip technology, delivering significant performance upgrades. Offered in four colours for ease of design and flexibility for all your horticulture spectrum needs. With Hyper Red (660 nm), Deep Blue (450 nm), Far Red (730 nm) and Horti White options to select from both narrow spectrum and full spectrum solutions can be designed to meet all crop needs for both greenhouses and vertical farms.
The OSLON® Optimal strikes a perfect balance of performance and cost along with proven robustness, high reliability and long lifetime.
