ENET 16F-MTP-MPO-OS2-320F-ENC 320FT Fiber Optic Cable
The ENET 16-fiber MTP/MPO fiber optic cable delivers enterprise-grade connectivity for demanding data center and long-distance network applications. This 320-foot single-mode fiber optic cable features a 16-fiber strand configuration with OS2 9/125 performance specifications, engineered for high-density structured cabling systems. The yellow jacket bulk cable with cross-over B configuration provides reliable multi-fiber connectivity in mission-critical environments requiring maximum bandwidth and signal integrity over extended distances.
Key Features
- 16-fiber strand configuration for high-density network connectivity
- MTP/MPO connector interface supporting multi-fiber connectivity
- Single-mode fiber (SMF) OS2 9/125 performance for long-distance transmission
- 320-foot bulk cable length with yellow protective jacket
- Cross-over B configuration for structured cabling compatibility
- Enterprise-grade construction for data center and telecom applications
- Supports high-bandwidth, low-latency network infrastructure
Technical Specifications
| Specification |
Details |
| Manufacturer |
ENET SOLUTIONS |
| Part Number |
16F-MTP-MPO-OS2-320F-ENC |
| Cable Length |
320 feet |
| Fiber Strand Count |
16 fibers |
| Fiber Type |
Single-Mode Fiber (SMF) |
| Fiber Grade |
OS2 9/125 microns |
| Connector Type |
MTP/MPO |
| Configuration |
Cross-over B |
| Jacket Color |
Yellow |
| Cable Category |
Bulk fiber optic cable |
Frequently Asked Questions
What is an MTP/MPO fiber optic cable used for?
MTP/MPO fiber optic cables are designed for high-density network connectivity in data centers, enterprise networks, and telecommunications infrastructure. The multi-fiber connector allows 16 fibers to be terminated in a single connector, enabling efficient space utilization and simplified network deployment in structured cabling systems.
What does OS2 9/125 mean for single-mode fiber?
OS2 9/125 refers to the fiber core diameter (9 microns) and cladding diameter (125 microns) of single-mode fiber. This specification ensures compatibility with long-distance, high-bandwidth applications and provides superior signal integrity compared to multimode alternatives, making it ideal for enterprise and data center environments.
How long can a 320-foot fiber optic cable transmit data?
A 320-foot single-mode fiber optic cable can transmit data reliably over extended distances without signal degradation. Single-mode fiber supports long-distance transmission at high speeds, making this 320FT bulk cable suitable for campus networks, data center interconnects, and telecommunications applications requiring consistent performance.
What is the difference between cross-over A and cross-over B fiber configurations?
Cross-over B configuration in MTP/MPO cables refers to a specific fiber arrangement that ensures proper signal routing in structured cabling systems. This configuration is essential for compatibility with standard network equipment and ensures correct fiber-to-fiber connections in multi-fiber connectivity applications.
