Defining the CAB-MCP50-SC=

The ​​CAB-MCP50-SC=​​ is a ​​50-meter multi-mode fiber optic cable​​ designed by Cisco for high-speed data transmission within localized networks. Featuring ​​SC connectors​​, it is optimized for short-range, high-bandwidth applications such as data centers, enterprise LANs, and storage area networks (SANs).

Core Technical Specifications

• ​​Fiber Type:​​ ​​OM4 multi-mode​​, supporting speeds up to ​​100Gbps​​ at 850nm wavelength
• ​​Connectors:​​ ​​SC/SC duplex​​, ensuring secure, low-loss connections (insertion loss <0.3dB)
• ​​Jacket:​​ ​​OFNR riser-rated​​ for safe vertical installations between building floors
• ​​Distance Support:​​ ​​150 meters​​ for 40G SWDM4 and ​​100 meters​​ for 100G SR4 applications

Key Applications

​​Where is the CAB-MCP50-SC= most effective?​​

• ​​Data center server-to-switch links​​ using Cisco Nexus 3000/9000 series switches
• ​​High-performance computing clusters​​ requiring low-latency interconnects
• ​​Video surveillance networks​​ transmitting high-resolution footage across facilities

Addressing User Concerns

​​Q: Is this cable backward-compatible with older 1G/10G transceivers?​​
Yes. The ​​OM4 fiber​​ supports legacy 850nm transceivers (e.g., SFP-10G-SR), though maximum distances vary by speed.

​​Q: Can it be used in outdoor environments?​​
No. The ​​OFNR jacket​​ lacks UV and moisture resistance. For outdoor use, consider armored or outdoor-rated variants.

Availability and Purchasing

The CAB-MCP50-SC= is available through Cisco’s authorized resellers. For pricing and stock verification, visit the “CAB-MCP50-SC=” listing at itmall.sale.

Final Insight

The CAB-MCP50-SC= highlights Cisco’s focus on ​​simplicity and performance​​ in localized high-speed networks. While OM5 fibers gain attention for future-proofing, OM4 remains a cost-effective choice for enterprises prioritizing immediate 40G/100G needs. In environments where cable management is tight, the ​​SC connector’s push-pull design​​ offers a practical advantage over smaller LC alternatives—proving that sometimes, older standards still hold unmatched utility.