HP PremierFlex Fibre Optic Cables

Flexible without downtime

Fibre optic cable routing can result in 90° bends, cables caught in cabinet doors and kinks. Data loss and transmission errors resulting from these common problems are difficult to troubleshoot, expensive, and increase downtime. HP PremierFlex bendable fibre optic cables solve these problems by providing up to 10 times better bend performance than existing fibre cables. They also offer 135% higher bandwidth than existing aqua OM3 fibre cables, and 840% higher bandwidth than existing orange OM2 fibre cables, ensuring that critical data arrives successfully.

HP PremierFlex features and benefits

• Significantly improved performance under acute bend

135% higher bandwidth and less modal dispersion than standard OM3 cables, and 840% higher bandwidth vs. standard OM2 cables.

• Lower maintenance cost

Less susceptible to signal loss in typical routing applications, which means more up-time, less troubleshooting, and lower operating expense

• Efficient use of space

Tolerant of tighter bends needed in compact applications

• Reliability insurance

Provide signal reliability and peace of mind

• Simplified installation

Can be handled more intuitively

• Significantly better signal quality

Have 112% better signal quality than standard OM2/OM3 fiber cables

• Varied cable lengths options

Come in lengths from ½ m to 50 m and include standard LC connectors on each end.

HP PremierFlex Fibre Optic Cables

HP’s revolutionary PremierFlex cables use a new bendable fibre technology that significantly improves bend performance over existing fibre cables. This, combined with improvements in fibre clarity and bandwidth, allows HP PremierFlex cables to transmit data over longer distances, at higher rates, with fewer transmission errors.

The flexibility of these new cables also enables simple, reliable installation, enhanced performance, and better signal integrity. Additionally, HP PremierFlex cables are tested and qualified to provide maximum performance across HP’s entire product family.