What's up with that? Who wants to disspell their statements?
From sk's site:
"Another point of confusion for customers is the constant advertisement of a new unheard of C.O.B. (Chip On Board ) LEDs and how they will dominate the market. As a Commercial lighting manufacturer we are here to tell you that is 100% FALSE!!
C.O.B. LEDs have been around for over 10 years. There are only three reasons to choose a C.O.B. LED:
DO NOT BE FOOLED BY COMPANIES THAT CLAIM TO OFFER HIGH WATTAGE CHIPS!!!
Additional downsides to C.O.B. is the relatively lower efficiency and overall light output. By adding and cramming more diodes into a tight array that share the same substrate; heat becomes an issue and C.O.B. diodes run hotter and thus output less lumens, have a lower efficiency, and shorter life. 100 Watts of C.O.B. does not equal to or perform the same as a cluster of individual diodes mounted on a circuit board. Not opinion, fact."
From sk's site:
"Another point of confusion for customers is the constant advertisement of a new unheard of C.O.B. (Chip On Board ) LEDs and how they will dominate the market. As a Commercial lighting manufacturer we are here to tell you that is 100% FALSE!!
C.O.B. LEDs have been around for over 10 years. There are only three reasons to choose a C.O.B. LED:
- To reduce cost of materials to make the LED
- To save companies money by eliminating the need for circuit boards
- To group more LED diodes into one small area.
DO NOT BE FOOLED BY COMPANIES THAT CLAIM TO OFFER HIGH WATTAGE CHIPS!!!
Additional downsides to C.O.B. is the relatively lower efficiency and overall light output. By adding and cramming more diodes into a tight array that share the same substrate; heat becomes an issue and C.O.B. diodes run hotter and thus output less lumens, have a lower efficiency, and shorter life. 100 Watts of C.O.B. does not equal to or perform the same as a cluster of individual diodes mounted on a circuit board. Not opinion, fact."