Philips Lumileds releases Luxeon Altilon LEDs
Philips Lumileds Lighting
Luxeon Altilon LEDs
Philips Lumileds has announced the release of its Luxeon Altilon-power light-emitting diodes (LEDs).
This means that vehicle headlamp designers are now free to use the latest solid-state technology to rethink the look and function of forward lighting, according to the company.
Its small size, high brightness and lower energy consumption make Luxeon Altilon suitable for the next generation of advanced forward-lighting solutions, high- and low-beam applications, daytime-running lamps, static bending lamps and position lamps.
According to Steve Barlow, executive vice-president of sales and marketing, the Luxeon Altilon uses Philips Lumileds' thin-film flip chip die.
Already implemented in the Audi R8 for low- and high-beam functions, Luxeon Altilon can deliver more than 850 lumens and 60MNit at 1,000mA and is AEC-Q101C qualified.
The colour temperature is 5,600K and conforms to both ECE and SAE specifications.
More stories
Hot-tested LEDs suit illumination applications
Luxeon A, the latest illumination-grade LED from Philips Lumileds, delivers high light output while reducing the engineering effort required for new solutions and delivering Freedom From Binning.
Philips unveils white automotive Luxeon Rebel LEDs
Philips Lumileds has announced the release of its white automotive-rated Luxeon Rebel light-emitting diodes (LEDs).
Philips provides LEDs for Chinese street lights
Philips Lumileds has announced that Genius Electronic Optical Company GSEO is developing solid-state street lights and street light modules with Luxeon Rebel for use on roadways throughout China.
Lighting solution uses Luxeon Rebel-power LEDs
Energiaviva has completed the installations of UrbanLED street lights, which use Luxeon Rebel-power light-emitting diodes (LEDs) from Philips Lumileds, in 10 Portuguese towns and cities.
Luxeon Rebel LEDs improve efficiacy
Philips Lumileds is offering its Luxeon Rebel LEDs for illumination applications that improve efficacy and light output performance at luminaire operating temperatures.


