الاجهزه الالكترونيات الامريكية قد تحتاج الى محمول فولت من ١١٠ الى ٢٢٠.قد تحتاج إلى محول كهرباء
مميزات خاصة
Ultra-low 0.35dB insertion loss MPO/MTP cassette delivers reliable 40Gb performance, preserving signal integrity in data centers, SAN storage, high-density switching and cloud network infrastructures
Tripp Lite Eaton N484-12M12 12-port unit supports twelve 12-fiber pass-through connections, maximizing density and simplifying cable management inside N484 patch panel chassis and standard 19-inch racks
Tool-less, plug-and-play design slides into N484 patch panel chassis in seconds, reducing deployment time for upgrades and new builds in enterprise, campus, colocation and edge computing environments
Precision-engineered ferrules and factory-polished connectors keep channel loss below 0.35dB, safeguarding high-bandwidth links for 40GBASE-SR4, 100G ready networks, InfiniBand, Fibre Channel and QSFP systems
RoHS and REACH compliant black molded housing promotes green initiatives while resisting dust and abrasion, ensuring durable, environmentally responsible performance in mission-critical telecom and enterprise setups
وصف
Eaton Tripp Lite Series 40Gb pass through MTP MPO cassette delivers reliable high speed fiber connectivity for data center rack and cabling applications This compact 12 port fiber cassette supports twelve fiber strands and offers ultra low insertion loss at just 0.35 decibels for superior signal integrity The black molded housing installs easily into N484 patch panel chassis for seamless system integration Fully RoHS and REACH compliant the 40Gb pass through cassette ensures green environmental performance Guaranteed compatibility with Tripp Lite fiber cables simplifies deployment and maintenance Ideal for 40 gigabit Ethernet or high density network infrastructure solutions including blade servers SAN storage high bandwidth switching and Cloud Care pre configured bundle projects Precision engineered for stable channel loss below 25 decibels this Eaton Tripp Lite cassette helps optimize network performance in demanding enterprise environments