eNewsletter

August 2008

Lumex’s New OctoLED Combines Surface Mount Convenience with Through-Hole T-5mm LED Features
Lumex has released a new line of surface-mount devices that represent the first commercial technology to combine the convenience of surface-mount technology (SMT) with the features and capabilities of through-hole, leaded T-5mm epoxy lens LEDs.

The patent-pending OctoLEDs devices are the result of a design breakthrough at a time when most assemblies are moving toward SMT technology. “The OctoLED design is a direct replacement to standard 5 mm through-hole LEDs,” explains Jeff Oliveros, director of Engineering at Lumex. “OctoLEDs are ideal for any situation where there is a need to transition from through-hole to SMT technology, without sacrificing the light emission features of epoxy lenses.”

The OctoLEDs deliver brightness levels of up to 7,000 mcd (dependent on color) – a market first from any conventional SMT LED driven by the common If of 20 mA.

Lumex OctoLEDs can be used anywhere the convenience of surface mounting is required, with the high brightness, color and viewing angle choices of standard T-5 mm LEDs. Such applications include front panel, PCB multi-LED and industrial control or fault indicators. Additional applications include circuit fault and large-scale multi-color light bars, large display edge illumination, dot matrix moving sign displays and other dot matrix arrays where each LED needs to be individually addressable.

OctoLEDs have an off-the-board height of 11-mm (0.43 inches) and occupy a circuit board footprint, which is 6 mm by 6 mm (0.24 inches by 0.24 inches). They are available on standard 24-mm tape for automatic insertion.

Lumex OctoLEDs are available in the full range of colors including red, yellow, green, blue or white. Bi-color as well as RGB versions are also offered. The LEDs are available with a variety of lens finishes, opening the door to different viewing angle options (angle will vary dependent upon lens type).

The new units can withstand soldering temperatures of up to 10 seconds at 255ºC. A gradual temperature rise of 2º per second reaching 150ºC is recommended. Lumex OctoLEDs are RoHS compliant.

Samples of these devices in standard colors are available from stock, with production quantities in eight to 12 weeks. Pricing is dependent on color specified and quantity ordered, and is approximately $0.30 per unit in production quantities.

New DispenseJet DJ-9500 is up to 10 Times Faster than Needle Dispensers in High-Volume Underfill and LED Silicone Applications

Asymtek has released its new DispenseJet DJ-9500 fluid jetting valve for high-speed underfill applications and jetting silicone for LEDs. The DJ-9500’s flexible pneumatic design can jet a wide variety of fluids up to 10 times faster than existing needle type dispensers, even with abrasive fluids. The new design enables compatibility with a wider range of fluid types and opens the process window to allow a robust jetting solution. DJ-9500 users will benefit from improved fluid control, better repeatability, increased flexibility and a lower cost of ownership.

The DJ-9500 controls fluid break-off at the nozzle tip for clean and consistent dots and line patterns on the substrate. Because the DJ-9500’s hardware lasts longer and offers better fluid control, a lower cost of ownership is achieved. The new long-life needle assembly lasts five to 10 times longer than other tested needle assemblies do. Enhanced temperature controls maintain the fluid at a consistent viscosity for high throughput applications.

New LinkSwitch-II Design Ideas from Power Integrations

Power Integrations has released a series of design ideas to help designers of LED driver circuitry benefit from the recently introduced LinkSwitch-II family of AC-DC power conversion ICs. The new design ideas (DI-184, DI-185 and DI-186) demonstrate that LinkSwitch-II ICs are well suited for power supplies and ballasts driving high-brightness LEDs. The devices’ highly accurate constant-current performance and low external component count enable LED ballasts that are simpler to design, lower-cost and more durable than existing converter technology.

LinkSwitch-II features Power Integrations’ advanced primary-side regulation (PSR) technology, which utilizes a transformer winding to sense the output current rather than relying on lossy, expensive secondary-side components to provide feedback and regulate the output. This cuts system component count by up to 30 percent, resulting in simpler, more reliable and lower-cost designs with active and standby energy-efficiency performance.

Power Integrations’ PSR technology ensures highly accurate performance, maintaining output current within a ±10 percent range even if load voltage drop, magnetic component tolerance and temperature conditions vary during manufacture or operation.  The constant-current drive enabled by LinkSwitch-II ensures that each LED in a series-connected string provides similar light output. This eliminates the current-sharing problem inherent with parallel-connected diodes, and reduces LED binning costs and optical mixing complexity in lighting fixtures.

Unlike many halogen and CFL lights, LED arrays powered by LinkSwitch-II work with traditional AC-based triac dimmers, as well as more modern remote-controlled dimmers. The high standby efficiency of LinkSwitch-II is particularly important with remote dimming; when it is turned off, LinkSwitch-II absorbs 30 mW of standby power while waiting to re-energize the lights.

The newly released design ideas are suitable for applications of LED lighting less than 5.5 W, such as replacement bulbs for halogen installations, refrigerator interior illumination, landscaping and smaller residential lighting fixtures. DI-184 illustrates a circuit for driving 700 mA of current through strings of two series-connected high brightness white LEDs. The DC side circuit is electrically isolated from the AC side for safety. DI-185 and DI-186 both drive 350 mA of current through strings of three high brightness white LEDs. The former design utilizes an isolated flyback topology; the later features a novel, non-isolated, tapped buck topology that reduces system cost and complexity. Each design includes appropriate EMI suppression components and operates at universal input voltage levels.

“By using LinkSwitch-II, lighting designers are benefiting from a power supply solution that matches the LED’s efficiency, longevity and safety,” said Doug Bailey, vice president of marketing at Power Integrations. “The elimination of lossy secondary-side circuitry enabled by primary-side regulation, in combination with our EcoSmart energy-efficiency technology, results in a highly efficient and cost-effective offline LED driver.”

“LinkSwitch-II has integrated safety features which ensure that the power supply shuts down if the feedback loop is broken due to external component failure,” said Bailey. “The device also monitors its own temperature and shuts itself down to prevent the luminary from overheating in fault conditions or due to poor fixture installation, adding a layer of safety for system designers and end users. LinkSwitch-II also lives up to Power Integrations' reputation for reliability and the 700 V MOSFET inside the LinkSwitch-II provides an increased level of protection against line surges that can cause traditional bulbs to fail.”

All LinkSwitch-II family members are produced in halogen-free, RoHS-compliant packaging.

Future Lighting Solutions Releases LED Reliability Tool

Enables lighting engineers to make design tradeoffs between performance and lifetime.

Future Lighting Solutions has released the LED Reliability Tool (LRT), the first interactive online tool that enables lighting designers to truly predict the lifetime of LEDs in their application as a function of junction temperature and current. All the results from the LRT have a 90 percent confidence interval, which allows users to accurately make design tradeoff decisions such as increasing drive current or decreasing the size of the thermal management solution while reaching a target LED lifetime.

“As new standards are implemented around the world for solid-state lighting solutions, understanding the behavior of the LEDs over time in a wide range of environments will be critical. LED datasheets generally only provide a single forward current or a single junction temperature data point when publishing lifetime information,” said Patrick Durand, Worldwide Applications manager for Future Lighting Solutions. “The LRT gives designers the flexibility to select from a wide range of LED currents, junction temperatures and target lifetimes to instantly evaluate the impact of modifying these variables on the reliability of the lighting system.”

The LRT can be used in combination with the existing Usable Light Tool (ULT). By leveraging both online systems, designers can maximize light output of the LED system while reaching both luminous efficacy and lifetime targets.
The LRT is available for free at www.futurelightingsolutions.com/LRT, where visitors can use their existing Usable Light Tool (www.futurelightingsolutions.com/ULT) accounts or register to access the tool.

Current Is the Driving Force

Constant current is required to drive LEDs reliably. Lighting manufacturers are very often experts in light sources but have little experience with electronic components. To bridge this gap, Recom offers a complete solution with the RCD-24-x.xx series.

This family offers current outputs of 300, 350, 500, 600 and 700 mA, which can also be adjusted using the analog dim-function. Simultaneously, the PWM –dim-function that operates at a frequency range of 20 to 200 Hz and the proving linear dimming can also be adjusted from 0 to 100 percent. The buck converters feature an input range of 4.5 to 36 volts. There is also a standby function for battery operated applications. The rated accuracy of the output current is ±2 percent and variations due to the input voltage range are ±1 percent.

The housing measures 22.1 by 12.6 by 8.5 mm and is made of UL94-V0 material. The drivers are available with either 6 pins or with four 100-mm long leads. Depending on volume requirements, it is also possible to provide customer specific versions. Operating temperature range is from -40 to 71°C (700 mA) or 85°C (350 mA) without derating.

The MTBF of the 700 mA version (worst case) is of 516,000 hours at an environmental temperature of 71°C. EMC-compatibility with EN 55022 Class B is provided by the addition of two components. By using another 4 ceramic capacitors, the drivers are compatible with EN 61000 -4-2, -3, -4 and -6.

The RCD-24-x.xx series LED-drivers are ready for use and provide a complete solution where the user does not need to deal with the compatibility problems of specific standards. Time-to-market is reduced to a bare minimum when compared with traditional IC solutions.

Pricing for the RCD-24-0.35 OEM quantities start at $6.65 at 1,000 pieces.

Marktech LED Lighting Products, Introduces Energy Efficient Modular LED Lighting Versatile Enough for Any Application

Marktech LED Lighting Products, a supplier of LEDs and LED lighting products, brings practical LED lighting solutions to consumers with the introduction of the ExtendLite LED Lights. This addition to the Marktech family of products offers the same energy efficiency benefits as their other LED lighting products, but offers more versatility in their application, allowing for increased creativity and easy incorporation into existing design schemes.

“Our focus is on LED lighting products and fixtures that can directly replace existing incandescent, fluorescent and halogen bulbs in any household or commercial application,” says Mark Campito, CEO of Marktech LED Lighting Products. “The ExtendLite LED Lights provide consumers with more versatility, and make it easier to do so.”

The LED ExtendLites have a quick connect system that is easily joined together to produce a desired fixture length for a variety of LED lighting projects. In addition to being versatile, the ExtendLites come with a number of mounting options, including magnetic strips, glass shelf clips and wood mounting brackets, to address all of the possible applications in which these lights will be used. For consumers looking for a white light solution, the ExtendLites are available in 6,500 K Pure White, 2,800 K Warm White, and Full Spectrum White, which offers a CRI of 94, suitable for retail displays. Other colors include amber, blue, green, red and yellow, and all colors feature the same energy saving benefits synonymous with LED lighting.

“LEDs can last up to 100,000 hours [approximately 11 years] and operate more than 20 times longer than the equivalent incandescent lamp,” said Campito. “Savings from reduced maintenance costs and downtime quickly return the capital investment expenditure, and LED lamps require 80 percent to 90 percent less operating power than their incandescent equivalents, making them as friendly to the environment as they are to the operating budget.”

DDP's Wide-Angle LED Retrofit Lamp Series Provides Bright and Even Illumination

DDP has developed a series of wide-angle, bayonet-based LED retrofit lamps that provide bright and even illumination in backlighting applications.  Part of DDP's PowerLine LED Series, the BA9-style T3-1/4 LED lamp is well suited for retrofitting and replacing incandescent bulbs used to backlight annunciators in industrial plants and power utilities.

DDP's BA9-style T3-1/4 LED lamp designs incorporate up to four 120° surface mount LEDs to ensure wide and even illumination of the annunciator lens.  With an average life span upwards of 100,000 hours, DDP LED lamps provide a predictable operating life and energy savings of 50 percent to 80 percent, significantly improving maintenance costs and downtime.

"Annunciators are traditionally backlit by inefficient incandescent bulbs that illuminate lenses indicating alarms and status of critical processes," said Tony Toniolo, DDP president.  "The PowerLine Annunciator LED Series eliminates many of the inherent shortcomings of incandescent bulbs such as filament failures, frequent maintenance and excessive heat."

DDP's BA9-style T3-1/4 LED lamp is offered in one-LED and four-LED configurations.  Available in five colors: red, amber, green, blue, and white, the BA9-style T3-1/4 LED lamp is offered in a variety of voltages from 12VDC to 120VAC.

Typical pricing of the BA9-style T3-1/4 LED lamp starts at $8.10 in quantities of 100 with a lead-time of 4 weeks.

GlacialLight Launches LED-BR40 Light Bulb

GlacialTech, Inc. has released the BR40 LED light – the LED-BR40 Globes come in three models that range in brightness from low, to medium to high. The LED BR40 bulbs are designed to replace the equivalent 80 W BR40 globes and lamps available in markets today. Using lower wattage compared with the original product, 840Lux for the high brightness globe at a distance of 1 meter. The innovative product incorporates the same structure and style of traditional BR40 bulbs but delivers a brighter performance per watt, with less heat radiation. The LED BR40 Globe can be used for general everyday use and incorporates all the latest luminary technology garnered from GlacialTech’s unique resources; combining years of experience in designing cooling systems as well as all manner of consumer electronic device power supplies.

GlacialTech LED-BR40 uses super high-brightness LED emitters that consume 18.6 watts in the high brightness bulb. As a result, the LED-BR40 luminary is much cooler within a range of –20°C to 50°C with a 112 percent more advanced conversion of energy to light. The LED-BR40 globe, using a fraction of the power, is a safe, environmentally friendly solution, which reduces global emissions through reduced power consumption. The efficient cooling structure of the heatsink is optimally designed to keep the >50,000 hours longevity of the device intact, while maintaining full brightness for longer.

Accepting an Input voltage of 110 V (AC), an Input current to 0.3 A for high brightness LED bulb. The diameter of 127 mm, a length of 165 mm, and a weight of 0.3 kgs mean the LED-BR40 lamp can replace any traditional BR40 bulb product.

Cree Opens Engineering Center in Shenzhen, China

Cree, Inc. has opened the Cree Shenzhen Engineering Center in Shenzhen, China. This technical education center is dedicated to training lighting product designers and manufacturers in best practices for LED lighting product design and construction.

Co-located with the Cree Shenzhen sales office, the engineering center employs application engineering, technical and sales staff. Cree experts will teach courses and are available to consult with customers on XLamp LED-based designs, provide on-site handling guidance for LEDs during production, and evaluate LED designs for efficiency and performance.

The modular curriculum, taught in Mandarin, is designed to expand traditional lighting designers’ and manufacturers’ understanding and knowledge of the use of LEDs in general-illumination applications. The curriculum is targeted to include topics such as the basics of LEDs, basic color theory and measurement, circuitry design for driving Cree XLamp LEDs, optical design for Cree XLamp LEDs, and common problems and answers.

“For designers who are creating efficient LED fixtures, using industry-leading Cree XLamp LEDs is only one element of a successful design,” said George Li, Cree Hong Kong director of sales. “By helping our customers create more effective and efficient LED systems, we hope to accelerate the worldwide adoption of high-quality LED lighting.”

Cree held a grand opening ceremony on July 25, 2008, with customers and honorable guests, including Mr. Chen Yan Sheng, president of the China Association of Lighting Industry.

Lighting Science Group Acquires Assets of Lamina Lighting, Inc.

Lighting Science Group Corp. has acquired all of the assets of Lamina Lighting, Inc. Year-to-date revenues for the first six months of 2008 for Lamina were approximately $2.1 million.

LSG paid Lamina $4.5 million in cash. LSG may also make “earn-out” payments to Lamina of up to $10.5 million in the second quarter of 2010. The amount of any future earn-out payments will be determined based on 85 percent of the 2009 sales of Lamina products and certain components developed by Lamina, subject to certain adjustments. Under the purchase agreement, LSG acquired all inventories, accounts receivable, property and equipment and intellectual property of Lamina, and assumed all accounts payable and certain other accrued liabilities.

LSG anticipates that it will use $4.5 million of the BMO demand line of credit to fund the acquisition price of the Lamina assets. The balance of the BMO demand line of credit, along with current assets will remain available for financing of working capital and other corporate purposes as determined by the Company.

“Today’s acquisition further strengthens our product portfolio and gives us access to an integrated platform of products with an established global supply chain,” said Govi Rao, chairman and chief executive officer of Lighting Science Group. “The combination of LSG and Lamina provides significant opportunities to leverage complementary product platforms and market segments, and offers international cross-selling opportunities. The acquisition of Lamina strengthens our current OEM relationships, and enables us to broaden our range of light engines and module offerings with fully integrated solutions coupled with extensive technical knowledge. We are also pleased that in today’s challenging credit market that we were able to partner with Pegasus and the Bank of Montreal to create the structure that will provide LSG with significant capital to expand our business globally and continue to develop innovative products.”

“Our integration with LSG gives Lamina immediate access to a global distribution network,” added Frank Shinneman, President and CEO Lamina. “With the combined and expanded portfolio, the company will be well positioned to provide total lighting solutions for strategic customers across the globe. We are excited about the synergies enabled by this acquisition especially the opportunities this provides to our OEM partnerships.”

Anchorage Joins LED City Initiative to Improve Light Quality and Reduce Energy Costs

Municipality appropriates $2.2 Million for first phase installation of LED roadway lights

Cree, Inc. and the Municipality of Anchorage have announced Anchorage’s participation in the LED City program, an international program that promotes the deployment of energy-efficient LED lighting.

Anchorage Mayor Mark Begich announced his city’s participation in conjunction with an energy-related initiative calling for the retrofit of all 16,000 municipal roadway lights with high-efficiency LED fixtures.

“I am pleased to announce the appropriation of $2.2 million to enable the city to purchase LED fixtures to change out roughly one-quarter of Anchorage’s streetlights,” said Mayor Begich. “We have studied new lighting technology extensively over the past several months to validate energy and maintenance cost savings. We also conducted a lighting conference and public survey in March of this year that showed our residents overwhelmingly approve of the new white LED lighting. With this feedback and quantified costs savings research in hand, we are confident in moving ahead with the broad deployment of LED lighting for our roadways.”

“Lighting is absolutely critical to daily life in Anchorage. The continental US has more than eight hours of daylight per day. Here in Anchorage, approximately 85 days a year see less than eight hours of daylight. It is significant that this community is at the forefront of adopting energy-efficient lighting,” said Deb Lovig, Cree LED City program manager. “Cree and the other LED Cities welcome Anchorage into the program and look forward to learning from this large-scale installation as the city pushes forward for energy and maintenance savings with LED lighting.”

The LED fixtures from BetaLED are expected to use 50 percent less energy than current streetlights, which could save the city $360,000 annually at today’s energy prices. The LED fixtures, based on performance-leading Cree XLamp LEDs, typically last up to seven times longer than high-pressure sodium fixtures, allowing Anchorage to better utilize maintenance resources.

Universal Display Corp. Awarded $1.9 Million US Department of Energy Contract to Accelerate

Development of White OLED Lighting Products Universal Display Corp. has received a $1,918,878, two-year US Department of Energy (DOE) contract to develop a ceiling-based white OLED lighting system. Universal Display plans to use Armstrong World Industries as a key subcontractor to fulfill the requirements of the grant. Funded through the US DOE Office of Energy Efficiency and Renewable Energy, this Solid-State Lighting (SSL) Program award supports the DOE’s long-term commitment to advance the development and market introduction of energy-efficient, solid-state white light sources for general illumination.

During this SSL Product Development Project, Universal Display and its subcontractor, Armstrong, will develop and deliver an integrated ceiling illumination system that is targeted to exceed the DOE’s 2010 performance goals. The white OLED lighting panels will be designed and fabricated by Universal Display using its high-efficiency phosphorescent OLED technology. Armstrong will then integrate the panels into its innovative TechZone open-architecture ceiling system. In addition, the team will deliver a white OLED lighting panel fabricated on a thin metallic foil substrate using Universal Display’s UniversalPHOLED and other OLED technologies, to demonstrate the commercial product potential of white OLEDs with a flexible form factor.

“A tremendous opportunity exists for white OLED lighting products, based on their potential energy efficiency and environmental advantages as compared to existing products,” said Steven V. Abramson, president and CEO of Universal Display. “Through its Solid State Lighting program, the US Department of Energy has been a very strong proponent of white OLED lighting, and it has been instrumental in helping to drive the performance of this technology to where it is today. With white OLED performance rapidly approaching commercial targets, we are delighted to be collaborating with Armstrong World Industries, a leading developer and manufacturer of innovative building systems, to develop and demonstrate a novel product concept using white OLEDs. Together, our goal is to make energy-efficient, environmentally-friendly, and economical white OLED lighting a commercial reality.”

“Armstrong is pleased to be able to support the kind of leading edge effort in energy efficiency and environmental sustainability represented by Universal Display’s solid-state OLED lighting research program,” said Stephen J. Senkowski, executive vice president of Armstrong World Industries and CEO of its Building Products Division. “The ability to couple ground-breaking developments in the field of lighting with the proven benefits of commercially accepted building systems like TechZone is a key goal of this DOE supported project.”

Through the use of its UniversalPHOLED phosphorescent OLED technology, Universal Display recently announced a major research milestone for white OLEDs of 102 lm/W. Compared to incandescent bulbs with less than 15 lm/W and fluorescent lamps typically from 60 to 90 lm/W, this research result is a significant advance toward achievement of the full set of performance requirements for commercial products.

Power-efficient white OLEDs may reduce energy consumption dramatically and lower the amount of by-product heat, further reducing energy and environmental burdens. White OLEDs are also environmentally benign, especially compared to mercury-containing fluorescent lamps and newer compact fluorescent lamps (CFLs). Combining these important ‘green’ features with a very thin, lightweight and durable form factor, white OLEDs offer significant new lighting design opportunities, such as the one envisioned in this Armstrong ceiling system concept.

8/10 - 8/14
SPIE Optics + Photonics 2008
San Diego, CA

LEDs 2008
September 29 - October 1, 2008
Sheraton San Diego Hotel & Marina

Plan now to attend the world’s most compelling business meeting and exhibition dedicated exclusively to the high-brightness LED industry. The 9th annual meeting will again bring together the leading manufacturers, materials and component suppliers, technology innovators, investors and end users to discuss all the market and technological developments occurring in the industry.

Program announced! Visit www.leds2008.com for full program details.

LED Measurement and Standards
October 2 - 3, 2008
Sheraton San Diego Hotel & Marina

Preceded by the 9th Annual LEDs conference, LED Measurement and Standards strategy forum will discuss recent issues and concerns with LED testing methods, proposed solutions to testing discrepancies and continued efforts toward stabilizing LED testing techniques.
For more information, please contact Mike Robert at +1 207 781 9631 or mrobert@intertechusa.com

Vehicles and Photons 2008
October 16-17, 2008
University of Michigan-Dearborn, Dearborn, MI

The Detroit Chapter of the Society for Information Display sponsors this technical symposium to bring together scientists and engineers from the display technology, photonics, and vehicle systems communities.  Papers will be given in the following topics:

Display and lighting technologies for vehicular applications
Application issues with vehicular displays and lighting
Human-vehicle-interface (a.k.a., HMI) and system solutions
Advanced technologies for displays and/or vehicle applications

For more information visit the conference web site at www.vehicledisplay2008.org

IMAPS 2008
41st International Symposium on Microelectronics
Bringing Together The Entire Microelectronics Supply Chain!
November 2-6, 2008
Rhode Island Convention Center - Providence, Rhode Island, USA

The 41st International Symposium on Microelectronics will be held at the Rhode Island Convention Center, Providence, Rhode Island – USA and is being sponsored by the International Microelectronics And Packaging Society (IMAPS). The 41st Symposium on Microelectronics will focus in the areas of Industry, Systems & Applications, Design and Materials & Process. Sessions are tentatively planned to highlight the major contributions of the work in each these four areas of concentration.
http://www.imaps.org/imaps2008/index.htm

10th Annual OLEDs World Summit
November 10 – 11, 2008
Hilton Torrey Pines, La Jolla, CA, US

Co-chaired by:
Dr David Fyfe, CEOCambridge Display Technology
Mr Chang Hoon Lee, Senior Manager AMOLED Technical MarketingSamsung SDI

Now in its 10th year, OLEDS World Summit will serve as a leading forum for attendees to receive the most current information in this ever-changing competitive industry. With over 150 leading industry executives expected to attend, this year’s program is set to include an exhibit area featuring the latest technology, 20 speaker presentations, various question and answer sessions, panel discussions, networking functions and more! Confirmed speakers include: Cambridge Display Technology, Samsung SDI, Nokia, Universal Display Corp, Display Search, OLED-T, OLED Association, OLLA Project, Vitex Systems, IGNIS Innovation, Aixtrox and FUJIFILM Dimatix. For the latest program updates and to register go to: www.organicelectronicsweek.com

Solid State Lighting Summit
November 18-19, 2008
San Diego, CA

LEDS will make big money soon - but are you going to see the profits you deserve?

Other events give you the latest forecasts and market trends. They tell you where LEDs might sell, what new applications are out there and what the latest market research is. 

But the Solid State Lighting Summit has been created to  help you find out what you need to do to make it happen - what partnerships you  need to win, what technology barriers you need to break and where to invest your time and money to bring it all together.

You owe it to yourself to be one of the elite members of the industry - an SSL Insider!
Visit www.sslinsider.com today and get involved.

LED CHINA 2009
February 28 – March 3, 2009
Guangzhou, China

Held in every March in Guangzhou, LED CHINA 2009 will return to Pazhou Complex, Second Phase from February 28 to March 3, 2009.  This leading global event for LED application will gather about 300 exhibitors taking near 20,000 sq.m. exhibition area.

The last show was a great success, with 222 exhibitors covering over 10, 000 sq.m. According to a rough statistics, the number of domestic visitors was 54,312 and the one for foreign buyers was 6,125, which was the biggest ever. 

LED CHINA 2009 will showcase the innovative products and technologies of LED application.  For details, please visit www.LEDChina-gz.com or send your requests to LED@TrustExhibition.com .

Look forward to seeing you at LED CHINA 2009!