Optoelectronics

Avago - LEDs Raise the Bar for Viewing-Quality of Electronic Signage and Full-Color Displays

6th July 2011
ES Admin
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Avago announced three series of high-brightness oval through-hole LEDs that set a new performance standard for electronic signage applications. The new HLMP-Lx75, HLMP-Hx74/75 and HLMP-Ax74/75 LEDs deliver industry-leading brightness for oval through-hole LEDs, reducing the current required to drive systems. The LEDs’ matched RGB radiation pattern is designed to maintain consistent light and uniform color mixing from all viewing angles. This combination enables sharper viewing quality with lowerpower consumption for full-color signage such as billboards, stadium video screens, building video walls, as well as for simpler roadway and commercial signage.
/> The HLMP-Lx75 and HLMP-Hx74/75 LED series offer a typical viewing angle of 40 by 100 degrees, while the HLMP-Ax74/75 LEDs offer 30 by 70 degrees. The wide typical viewing angles and the high luminous intensity of the LEDs deliver optimal performance for outdoor applications. The package epoxy of the LEDs contains UV inhibitor to reduce the effects of long-term exposure to direct sunlight, and the package also offer superior resistance to moisture, providing enhanced durability for outdoor environments. Avago provides design flexibility with the option of shipping tight color and intensity bins, up to 4 nm per bin for the new blue and green LEDs.

“Our customers already recognize the quality Avago LEDs bring to full-color electronic signage applications, and we believe these new offerings will add to our reputation and success in this quickly growing market,” said Francis Khor, director of marketing for the optoelectronics products at Avago. “These efficient and durable new LEDs provide superior viewing performance, along with cost savings realized from lower power consumption and reduced maintenance.”

The new red AlInGaP LEDs are available at 626-nm dominant wavelength, and the new greenInGaN and blue InGaN LEDs are available at 530-nm and 470-nm, respectively.

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