Samsung’s newest EVO chip has landed with Mammoth and a revolution in plant lighting has arrived. Using a differentiated spectrum, Samsung + Mammoth trials show larger and heavier growth….even under the same ppfd conditions.
For the first time, a LED chip designed specifically for plant lighting. The shorter wavelength (435nm peak) + more blue spectrum helps suppress microbial growth and enhances terpenes + plant oils..... a true Game Changer!
Unpacking the Mint White Series Using Samsungs Mint White EVO Chip
1. Plug and Play (fold) out of the box.
2. 469 Samsung EVO Mint White LM301H + LM301B diodes per bar delivers the industry's Highest PPFD and Yield.
3. Choose between the: 6 bar (680w), 8 bar (880w)
4. Full"er" spectrum: With an optimized blend of EVO + 3000k+5000k+660nm+730nm, for full cycle growth. 730nm speeds up flower (~5 days) and adds up to 5% more yield
5. Up to 6x6 flower coverage, 7x7 veg coverage
6. Standard Knob Dimming + RJ port to connect multiple lights to an external controller.
7. Higher Quality using both Samsung diodes and Inventronics drivers
8. Strategically designed bars/spacing delivering more even lighting coverage (and growth) over a 5'x5'
9. Removable bars + Driver for quick field and warranty service
10. Remote mountable driver leaves more room in vertical settings and less heat in tents
11. Future proof with replaceable bars and driver as technology advances.....
More Red, Blue and Green. A fuller spectrum that more closely matches the Natural Sun and lets the plant fully express itself.
Academic works shows: More green and far-red penetrate the plant deeper vs other colors. Analagous to the checkered pattern days of MH +HPS.....A game changing spectrum only found on Mammoth lights.
Using the Industry leading Samsung LM301H EVO + LM301B diodes + Invetntronics Power drivers = The Industry's Fullest Spectrum, Highest Light Intensity, Highest Quality and all at a LOWER cost.
Mint White Shiping: 8 Bar Limited quantity in stock. 30 day shipping on 6 bars. Thank you for understanding as we try to keep quality high and cost low. Large Commercial orders need 1-3months at this time - so please contact us in advance.
Mammoth Lighting believes 3rd Party Objective data matters. We base our designs on Academic Research and confirm with our own trial data. See the below for the latest hemp research:
1) 1:1 HPS Replacment Lights: Do NOT buy Single bar lights for indoor use. Greenhouse/High Bay lights are for "supplemental" lighting to be mounted high above the canopy (think greenhouse). They are mounted high to get light spread (or you end up with a long "hot spot" if too close to canopy). When you mount high above the canopy - you lose light intensity/ppfd - LED's lose about 20% light intensity every 18". A multibar light will give more even light uniformity and higher ppfd as you can mount closer to the plants. Remember: Light Intensity and Yield are Linear = More Yield with multibar lights!
2) Spectrum Tuning: End of day Far Red has been dispelled by Dr. Bruce Bugbee and our Blog HERE. Use Far Red full time - not on a seperate channel. Same with Blue and Red Channels. If you reduce one spectrum to increase the other....did you decrease overall light intensity/ppfd and reduce yields? Unintended consequences. Canopy light intensity/photons will always be more important then spectrum/quality when it comes to growth. Ask for a par map. It's the reason no research exist to support spectrum tuning vs full spectrum. This is used to upsell the buyer. Be careful
"This may be especially evident given that dry inflorescence yield increased linearly with increasing canopy-level PPFD up to 1800 μmol·m-2·s-1, while leaf-level photosynthesis saturated well below 1800 μmol·m-2·s-1.
"The density of the apical inflorescence and harvest index also increased linearly with increasing LI, resulting in higher-quality marketable tissues and less superfluous tissue to dispose of. Even under ambient C02"
"Our results provide evidence that hemp growers could substantially increase profits by using light intensity levels that are much higher than is the convention today.
The positive, apparently linear relationship between intensity and yields continues to at least 1500 µmols/m2· s, which is over twice the level provided by an HPS fixture in a grow configuration, which is currently the industry standard.
It took less time for the LED treatments to reach peak ripeness, and the resulting morphology of plants grown under high-intensity LEDs is more desirable from a profitability perspective."
