LANTANA LED Earns IDCA Certification for Mission-Critical Data Center Lighting
San Francisco-based commercial and industrial lighting solutions provider LANTANA LED has announced that it is the first lighting manufacturer to receive certification from the International Data Center Authority (IDCA) for its Edge Linear Series, Illucent Troffer, Neoteric Twin Linear, and Remote Driver Unit (RDU).
The certification validates that these solutions meet rigorous mission-critical expectations for reliability, efficiency, resilience, and performance — helping data center operators specify lighting with confidence in environments where uptime is non-negotiable.
“Data centers demand complete reliability, and lighting plays a critical role in safe operations and uptime,” said Sam Rabinowitz, CEO. “Being the first lighting manufacturer certified by IDCA is a powerful validation of our engineering rigor and our deep understanding of mission-critical environments.”
IDCA independently evaluated LANTANA LED’s fixtures and Remote Driver Unit across design, engineering, and operational performance, rating them against global mission-critical standards for reliability, efficiency, resilience, and innovation.
Edge Linear Series — G2® (“Excellent”): Recognized for strong efficiency, long-term availability, resilient design, and advanced innovation, including integration-ready controls for modern data center environments.
Illucent Troffer — G2® (“Excellent”): Recognized for reliable, high-efficiency performance, long service life, and versatile deployment—delivering consistent illumination, strong resilience, and advanced control compatibility for mission-critical applications.
Neoteric Twin Linear — G2® (“Excellent”): Recognized for exceptional flexibility, strong efficiency, and advanced innovation, combining long-life availability, scalable configurations, and a control-ready design to support diverse data center applications.
Remote Driver Unit (RDU) — G3®: (“Good”) Recognized for resilient, mission-critical design that supports distributed low-voltage power and enables driver components to be relocated away from the hot aisle, helping reduce localized thermal load and support stable performance in demanding environments.
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