News Article
Seoul Semiconductor & Verbatim reveal new LED lamps
The halogen replacement lamps use gallium nitride (GaN) chip technology
Since 2010, Verbatim has been introducing a growing portfolio of high performance LED lamps to the lighting market.
To address market requirements for LED lamps that more closely approximate the characteristics of halogen lighting, Verbatim will launch a new range of LED products based on Seoul Semiconductor SSC’s ”nPola” technology.
MR16 ‘nPola’ inside
“nPola” utililises GaN substrates from Verbatim’s parent company Mitsubishi Chemical Corporation for GaN epitaxial growth, replacing sapphire or SiC substrates.
Seoul Semiconductor’s patented nPola minimises defects in the active layer and allows LED chip current densities 5 to 10 times higher than conventional chips. As a result, 5 to 10 times brighter light output can be realised from the same chip size.
Verbatim’s initial launch of nPola halogen LED lamps will focus on the MR16 form factors, with a primary target of 50W MR16 halogen equivalency. The combination of high light output and beam characteristics that closely resemble halogen lamps will allow lighting designers and contractors to adequately replace halogen lighting with high performance, energy efficient LED products in both new design and retrofit environments.
SSC and Verbatim will continue to work together to develop innovative LED lighting products.
Verbatim LED lamp with nPola will be presented during Lighting Japan 2013 from 16th to 18th January 2013 and mass production is expected to start in March 2013.
To address market requirements for LED lamps that more closely approximate the characteristics of halogen lighting, Verbatim will launch a new range of LED products based on Seoul Semiconductor SSC’s ”nPola” technology.
MR16 ‘nPola’ inside
“nPola” utililises GaN substrates from Verbatim’s parent company Mitsubishi Chemical Corporation for GaN epitaxial growth, replacing sapphire or SiC substrates.
Seoul Semiconductor’s patented nPola minimises defects in the active layer and allows LED chip current densities 5 to 10 times higher than conventional chips. As a result, 5 to 10 times brighter light output can be realised from the same chip size.
Verbatim’s initial launch of nPola halogen LED lamps will focus on the MR16 form factors, with a primary target of 50W MR16 halogen equivalency. The combination of high light output and beam characteristics that closely resemble halogen lamps will allow lighting designers and contractors to adequately replace halogen lighting with high performance, energy efficient LED products in both new design and retrofit environments.
SSC and Verbatim will continue to work together to develop innovative LED lighting products.
Verbatim LED lamp with nPola will be presented during Lighting Japan 2013 from 16th to 18th January 2013 and mass production is expected to start in March 2013.
