Eaton Tripp Lite N484-3M8-LC12 40/100Gb Breakout Cassette, 40Gb to 4 x 10Gb, 100Gb to 4 x 25Gb, (x3) 8-Fiber MTP/MPO to (x12) LC Duplex, Type-B Polarity

Optimize high-density connectivity for data center, security and surveillance networks with the Eaton Tripp Lite N484-3M8-LC12 fiber optic cassette. This compact, modular cassette converts 40Gb or 100Gb QSFP links into four 10Gb or four 25Gb lanes via (x3) 8-fiber MTP/MPO to (x12) LC duplex ports, allowing seamless integration of QSFP fabric switches with SFP+/SFP28 endpoints. Designed for fast, tool-free installation into Tripp Lite N484-01U or N484-00U chassis, it reduces deployment time and simplifies maintenance for monitoring and access-control systems. Built for parallel optics (Polarity B) and OM4 multimode fiber, the cassette meets IEEE 802.3ae and ANSI T11.2 standards and delivers a maximum insertion loss of just 0.35 dB to maintain high-speed signal integrity. With dust-protected LC ports and the ability to fit up to four cassettes in a 1U panel, the N484-3M8-LC12 is ideal for IT, physical security, surveillance and enterprise networking projects that demand density, reliability and future-ready performance. Add this Eaton Tripp Lite cassette to your rack to streamline high-bandwidth rollouts and secure your network infrastructure.

• Simplifies high-density deployments by breaking out 40/100Gb QSFP links into four 10Gb/25Gb lanes, reducing cabling complexity and saving rack space
• Tool-free, modular installation for fast chassis insertion and maintenance—minimizes downtime for security, surveillance and monitoring systems
• Polarity B, Base-8 MTP/MPO design with OM4 support ensures reliable parallel optics and broad compatibility with QSFP/QSFP28 and SFP+/SFP28 gear
• Low insertion loss (max 0.35 dB) and compliance with IEEE 802.3ae and ANSI T11.2 preserve signal integrity in demanding network environments
• Dust-protected LC ports and support for up to four cassettes in a 1U panel enable flexible, clean connectivity for data centers and physical security networks