The lighting industry is abuzz with the announcement of the NANLUX Matrix 2500B and Matrix 2500C, two powerful fixtures designed to revolutionize lighting arrays. These fixtures are a game-changer for productions seeking compact, high-output lighting solutions that can be easily integrated into arrays. But what makes them truly fascinating is the trade-off between output and color control, and the innovative array design that prioritizes control and synchronization over individual placement flexibility.
The Power of Bi-Color and Full-Color
The Matrix 2500B and Matrix 2500C are not just about raw output; they offer a unique blend of bi-color and full-color capabilities. The Matrix 2500B, with its Nebula B4 Light Engine, delivers an impressive 2500W output and a CCT range of 2700K to 6500K. This makes it a versatile bi-color fixture, perfect for applications where a wide color temperature range is essential. The Matrix 2500C, on the other hand, takes it a step further with the Nebula C8 Color Light Engine, offering a CCT range from 1000K to 20000K and a plethora of color modes, including HSI, HSIW, RGBW, and XY Coordinates. This full-color control is a game-changer for productions that demand saturated colors and detailed matching.
Array Design: Control Over Flexibility
What sets the Matrix fixtures apart is their array design philosophy. NANLUX introduces the Four Light Frame accessory, which allows four Matrix units to be combined into a 10,000W lighting array. This setup is not just about power; it's about control. The fixtures are designed to create a more even beam when used together, ensuring that multiple units behave like a single, controlled source. This approach sacrifices some individual placement flexibility but gains unparalleled control and synchronization, making it ideal for demanding outdoor setups and virtual production environments.
Cooling, Control, and Weather Protection
Cooling and control are integral to the Matrix design, especially when fixtures are grouped together. The front-to-rear airflow system helps reduce heat buildup, while the Smart fan mode adjusts fan speed based on ambient temperature, ensuring optimal performance. Control options are robust, with each lamp head controllable individually via DMX, making it versatile for various production needs. The one-piece magnesium alloy housing and IP66 rating make these fixtures weather-resistant, suitable for demanding outdoor setups.
Motorized Fresnel Lens and Accessories
The included FL MT25 Motorized Fresnel Lens with a 16°-48° zoom range is a game-changer for remote beam adjustment, especially when fixtures are rigged high or in larger arrays. The lens is also IP66 rated, ensuring durability. The fixtures use a new accessory interface with electronic contacts, allowing for automatic color shift correction and the recognition of compatible accessories, such as the Dual-Head Yoke and Four-Light Frame.
Pricing and Availability
The NANLUX Matrix 2500B and Matrix 2500C are priced at $6,580 and $7,280, respectively, for the standard kits, and $6,880 and $7,580 for the flight case kits. Both fixtures are expected to ship in Q3 2026. NANLUX will showcase these fixtures at Cine Gear Expo in Los Angeles, providing an opportunity for industry professionals to experience their power firsthand.
The Trade-Off: Control vs. Flexibility
The Matrix 2500B and Matrix 2500C present a fascinating trade-off. The higher-output Matrix 2500B offers a wide CCT range and versatile bi-color control, while the Matrix 2500C provides full-color capabilities and a broader CCT range. The choice depends on the specific needs of a production. For those seeking control and synchronization, the array design and full-color options of the Matrix 2500C might be irresistible. However, for applications where individual placement flexibility is paramount, the Matrix 2500B could be the more appealing choice.
In conclusion, the NANLUX Matrix 2500B and Matrix 2500C are a testament to the industry's innovation, offering powerful lighting solutions that prioritize control and synchronization. As the industry continues to evolve, these fixtures will undoubtedly play a significant role in shaping the future of lighting arrays.
