Tripp-Lite, now part of Eaton’s power management and electrical systems portfolio, delivers reliable, high-performance power protection, connectivity, and infrastructure solutions that help organizations safeguard critical technology and maintain operational continuity across enterprise, retail, data center, healthcare, and industrial environments. With decades of engineering excellence and a reputation for rugged, dependable hardware, Tripp-Lite solutions are designed to protect equipment, prevent downtime, and ensure secure power delivery in demanding operational settings.

The Tripp-Lite portfolio includes uninterruptible power supplies (UPS), surge protectors, power distribution units (PDUs), power and data cables, racks and enclosures, KVM (keyboard-video-mouse) switches, and associated accessories engineered for performance and reliability. Retailers and multi-location enterprises deploy Tripp-Lite UPS and surge protection to keep POS systems, digital signage, self-checkout kiosks, and network infrastructure running through fluctuations and outages. Data centers and enterprise IT teams rely on Tripp-Lite PDUs and UPS systems to maintain uptime, support graceful shutdowns, and protect sensitive equipment from power disturbances. Industrial facilities and automation environments use Tripp-Lite’s rugged connectivity and rack solutions to secure servers, controllers, and communication systems in harsh or mission-critical conditions. With scalable configurations and integration support, Tripp-Lite products are designed to work seamlessly within modern IT, OT, and hybrid infrastructure layers.

Tripp-Lite’s end-to-end power and infrastructure ecosystem—now enhanced by Eaton’s global scale and engineering leadership—empowers businesses to improve resilience, optimize performance, and reduce total cost of ownership. With enterprise-grade protection, modular scalability, and comprehensive support, Tripp-Lite helps organizations build future-ready power architectures that keep technology running reliably, secure, and efficient from the edge to the core.