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| [February 06, 2013] |
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First U.S. Unveiling of Digital Controller Technology for Solid-State Lighting by Ikon Semiconductor
SANTA CLARA, Calif. --(Business Wire)--
Next week at Strategies in Light, the premier conference and exhibition
for solid-state lighting (SSL), emerging fabless company, Ikon
Semiconductor, will debut its digital controller Integrated Circuit
(IC) technology for the dimmable LED retrofit market. The new technology
is designed to meet cost and performance standards for today's LED
lighting products, while also enabling greater design simplicity for
bulb manufacturers and OEMs. Central to the IC's value is an innovative digital
architecture that eliminates costly components - a benefit that
reduces the form factor and improves reliability.
Ikon Semiconductor's exectives will debut reference designs at booth
#124. They'll also showcase the IKS2053, the first product in a series
of novel, high-performance, single-stage controllers. The solutions
easily match the efficiency of comparative two-stage architectures, but
with up to 25 percent fewer components. With broad dimmer compatibility
and a compact size, Ikon Semiconductor's IC offers a better fit for LED
bulb retrofits than larger, more complex solutions currently available.
Commenting on the new technology, Conor McAuliffe, Ikon Semiconductor's
CEO said, "Today, lighting accounts for nearly 20 percent of the world's
electricity consumption. Largely driven by global legislation,
inefficient legacy bulbs are steadily being replaced by energy-efficient
lighting sources. LED lighting is the dominant replacement technology.
Retrofit momentum is high, which presents a substantial market
opportunity for Ikon Semiconductor. Added to this, our advanced
dim-detect engine enables broad dimmer compatibility - an essential
feature in a market saturated with disparate dimmer products. Our
digital solutions represent a significant breakthrough for the
solid-state lighting market."
A key advantage of the Ikon Semiconductor solution is that it eliminates
the need for opto-couplers and electrolytic capacitors - standard
components that add complexity to the module and can hinder reliability.
This is made possible by the proprietary digital control algorithms in
Ikon Semiconductor's single-stage design. Moreover, the solution allows
OEMs to decide the optimum trade-off between the amount of PFC (power
factor correction) they need and the amount of ripple the design can
tolerate. This capability simplifies the design process for bulb
manufacturers, and relieves a further cost burden.
For more information visit: http://www.ikonsemi.com/press.html

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