Cree LED Unveils OptiLamp LEDs With Active Intelligence in Every Pixel

Key Terms

driver ics technical

Driver ICs are small semiconductor chips that control and power specific parts of electronic devices — for example turning LEDs on and off, moving motors, or managing touchscreens — acting like a faucet that modulates electrical flow to a component. For investors, demand and pricing for driver ICs signal trends in end markets (consumer gadgets, cars, industrial equipment) and affect chipmakers’ sales, margins and supply-chain risks.

multiplexing technical

Multiplexing is a technique that lets a single test, device, or channel handle many separate signals or measurements at the same time—like scanning several grocery items in one bag instead of making separate trips for each. For investors it matters because multiplexing raises throughput and cuts per-item cost, speeding product use or data flow and potentially improving margins, pricing power, and competitiveness while sometimes adding regulatory or technical complexity.

pixel-level control technical

Pixel-level control is the ability to individually set the brightness, color, or on/off state of each tiny dot (pixel) in a digital image, display, camera sensor, or chip. For investors this matters because finer control can improve image quality, power efficiency, manufacturing precision or sensor accuracy—similar to adjusting each tile in a mosaic rather than painting the whole wall—affecting product performance, differentiation and production costs.

24-bit control technical

24-bit control describes a digital control system that represents settings or measurements with 24 bits of resolution, allowing about 16.7 million distinct steps between minimum and maximum values. For investors, higher bit depth usually means finer precision and smoother performance in products like audio gear, sensors, or motion controllers, which can translate into better quality, competitive differentiation, and potential pricing or market advantages.

A major advance integrated LED technology enhances display performance, efficiency and design simplicity

DURHAM, N.C.--(BUSINESS WIRE)-- Cree LED®, a Penguin Solutions brand (Nasdaq: PENG), today announced OptiLamp™ LEDs, a new display technology that integrates driver and control intelligence directly into every LED pixel. Built on patented Cree LED technology, the OptiLamp portfolio advances LED display design by delivering superior image quality with reduced power consumption and a streamlined system architecture.

OptiLamp LEDs from Cree LED redefine what’s possible in LED-based displays, combining patented onboard intelligence with high-performance LED technology to deliver superior image quality, greater efficiency and streamlined manufacturing.

Unlike conventional LED displays that rely on external driver ICs and multiplexing, OptiLamp LEDs actively manage output and health at the pixel level, inside the LED package. This embedded intelligence enables thinner, lighter, and more reliable displays while reducing manufacturing complexity, material costs, and long-term maintenance.

“OptiLamp technology redefines how LED displays are designed and operated, setting a new standard for large- and small-scale display performance, clarity and power efficiency,” said Joe Clark, president, Cree LED. “With intelligence built into every pixel, the technology not only simplifies deployment at the system level, it also enables customers to deliver end products with brighter visuals, crisper images and higher efficiency – continuing to expand the capabilities of display technology.”

OptiLamp technology delivers enhanced brightness, true 1/1 scan operation and precise pixel-level control, eliminating scan lines, image tearing and synchronization artifacts. With 24-bit control per channel, these LEDs produce ultra-smooth color gradations, deep contrast and exceptional visual fidelity for both live viewing and on-camera applications.

Power efficiency is also significantly improved, delivering meaningful energy savings at normal brightness levels, supporting sustainability goals while reducing operating costs and improving return on investment. In addition, OptiLamp LEDs feature built-in monitoring and calibration data, enabling proactive maintenance, faster field repairs and consistent performance throughout the display’s lifetime.

With this new OptiLamp technology, Cree LED sets a new standard for LED display performance, efficiency and system simplicity – unlocking next-generation designs and expanded application possibilities across the display industry.

A live OptiLamp demonstration with Cree LED’s brand partner, LED Studio, will be featured at Integrated Systems Europe (ISE) 2026, February 3-6, in Barcelona, Spain. To learn more, visit https://www.cree-led.com/products/leds/optilamp/.

Cree LED is a registered trademark of CreeLED, Inc. All other trademarks and registered trademarks are the properties of their respective owners.

About Cree LED

Cree LED, a Penguin Solutions brand, offers one of the industry’s broadest portfolios of application-optimized LED chips and components, leading the industry in performance and reliability. With more than 35 years of innovation, our strong IP portfolio and unique business model ensures supply chain continuity. We deliver best-in-class technology and breakthrough solutions for focused applications in high power and mid-power general lighting, horticulture, specialty lighting and video screens. For more information, visit cree-led.com.

View source version on businesswire.com: https://www.businesswire.com/news/home/20260203886322/en/

Media Relations

Debi Polo

Sr. Manager, Marketing Communications, Cree LED, Inc.

debi.polo@cree-led.com

Penguin Solutions

Maureen O’Leary

Director Communications, Penguin Solutions

pr@penguinsolutions.com

Source: Penguin Solutions, Inc.