Other Electricities
Other Electricities 12-Fiber LC/UPC Single-Mode Pigtail 1310nm Unjacketed
A 12-fiber single-mode pigtail with LC/UPC connectors at 1310 nm, unjacketed and colour-coded for splice trays
- TypeRack
- 12 colour-coded fibres simplify identification
- LC/UPC connectors deliver low-loss single-mode performance
- 1310 nm wavelength optimises standard telecom links
- Unjacketed design eases splicing in tight enclosures
- 1-metre length suits rack-to-panel patching
12-Fiber LC/UPC Single-Mode Pigtail
This 12-fiber LC/UPC single-mode pigtail arrives with colour-coded fibres and a 1310 nm polish. The unjacketed construction suits fusion splicing inside patch panels or splice trays. It is intended for installers and network engineers extending or repairing single-mode infrastructure.
Before ordering check connector compatibility
Verify that your patch panel or enclosure accepts LC/UPC connectors and that you have fusion-splicing equipment for the unterminated ends. Ensure the link budget is designed for 1310 nm single-mode transmission. Confirm you can manage 12 individual fibres in the available splice tray space.
Replaces damaged or missing single-mode pigtails
This pigtail replaces faulty LC/UPC single-mode tails or adds new circuits where 12 fibres are required. The jump is worth it when existing tails are broken, polish quality has degraded or a new 12-fibre single-mode run is being commissioned at 1310 nm.
Highlights
- 12 colour-coded fibres simplify identification
- LC/UPC connectors deliver low-loss single-mode performance
- 1310 nm wavelength optimises standard telecom links
- Unjacketed design eases splicing in tight enclosures
- 1-metre length suits rack-to-panel patching
Specifications
| Type | Rack |
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Questions about this item
Does the pigtail come with any protective tubing or jacket, or must I provide my own cable management?
The pigtail is supplied unjacketed; the twelve bare fibers are color-coded only, so any protective tubing or cable management must be sourced separately.
How do I decide between the twelve individual fibers when they all share the same connector type and wavelength?
Each of the twelve fibers carries a distinct industry-standard color code, allowing you to assign specific channels or circuits without needing different connectors or wavelengths.
What does the 1310 nm wavelength mean for loss and distance once the pigtail is spliced into my single-mode link?
At 1310 nm the fiber is optimized for standard single-mode transmission, giving low attenuation and dispersion suitable for typical campus or metro spans after fusion splicing.
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