Vertical Cable 263-SCSC/2MM SC-SC Multimode Duplex Fiber Patch Cable, OM3, 2 Meter
The Vertical Cable 263-SCSC/2MM is a high-performance 2-meter OM3 multimode duplex fiber optic patch cable. It is engineered for optimal data transmission over short distances, making it suitable for high-speed networking environments like data centers and enterprise LAN setups.
Key Features:
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Connector Type: SC to SC, duplex, designed for stable and secure fiber connections
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Fiber Classification: OM3 50/125μm multimode, optimized for 10Gb Ethernet and compatible with high-speed data transmission using VCSELs (Vertical-Cavity Surface-Emitting Lasers)
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Cable Jacket: Aqua PVC (OFNR-rated) for enhanced fire safety in riser installations
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Overall Diameter: 2.0mm, balancing flexibility and durability
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Performance: Typical insertion loss of ≤0.20 dB and a maximum of ≤0.25 dB, ensuring minimal signal degradation
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Durability: Rated for over 500 mating cycles, maintaining signal quality over repeated use
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Compliance: Meets GR-326-Core, Telcordia standards, and is RoHS compliant, aligning with industry safety and environmental guidelines
Applications:
This SC-SC OM3 patch cable is ideal for high-bandwidth applications such as 10Gb Ethernet, Fiber Channel, and storage area networks. It is widely used for interconnecting fiber optic networking hardware, like switches and routers, across racks or within cabinets.
Installation Scenario:
The cable’s 2-meter length is perfect for connecting equipment in close proximity, such as linking patch panels to network switches within a telecommunications room. Its laser-optimized construction ensures high performance over multimode fiber, suitable for both current and future network expansions.
Tri-Tek Electronics Advantage
Tri-Tek Electronics, located in Mesa, AZ, is proud to offer this cable as part of our extensive selection of high-quality fiber optic solutions. As an authorized distributor of Vertical Cable products, we guarantee full manufacturer warranty and expert support, ensuring your networking projects achieve the highest reliability and efficiency.