UCS-CPU-A9554P=: High-Performance Compute Eng
Core Architectural Innovations The UCS-CPU-A9554P...
Defining the CAB-L195-10RSPRSJ=
The CAB-L195-10RSPRSJ= is a single-mode fiber optic cable designed for high-speed, long-distance data transmission in Cisco networks. Featuring 10-meter length and LC/APC connectors, it supports critical applications in data centers, telecom backbones, and enterprise environments requiring minimal signal loss.
Key Technical Specifications
- Cable Type: OS2 single-mode fiber, optimized for distances up to 10 km (6.2 miles)
- Connectors: LC/APC (Angled Physical Contact) to reduce back reflection and ensure stable signal integrity
- Wavelength Compatibility: 1310nm to 1550nm, ideal for DWDM/CWDM deployments
- Durability: Armored jacket (OFNP-rated) for crush resistance in high-density cable trays
Primary Applications
Where is the CAB-L195-10RSPRSJ= most effective?
- Connecting Cisco ASR 9000 routers to core switches in metro networks
- Data center interconnects between Nexus 7000/9000 series switches
- Telecom infrastructure supporting 100G/400G coherent optics
Addressing Common User Concerns
Q: Is this cable compatible with multimode equipment?
No. The OS2 single-mode design works exclusively with single-mode transceivers. Attempting to use it with multimode gear will result in signal loss or equipment damage.
Q: Can it withstand outdoor installations?
Yes. The armored jacket and APC connectors provide resistance to moisture and physical stress, though direct burial requires additional conduit for long-term protection.
Availability and Sourcing
The CAB-L195-10RSPRSJ= is available through Cisco’s certified partners. For verified technical support and bulk orders, view the “CAB-L195-10RSPRSJ=” listing at itmall.sale.
Final Assessment
The CAB-L195-10RSPRSJ= exemplifies Cisco’s focus on precision in high-stakes connectivity. While its specialized design limits versatility, the reduction in latency and signal degradation justifies its niche role. For enterprises building future-proof networks, cutting corners on fiber quality risks operational bottlenecks that far outweigh upfront costs.