88-core optical fiber splicing

88-core optical fiber splicing is efficiently performed using advanced fusion splicers like the ALK-88A or Fujikura 88S series, offering high-speed, low-loss, and fully automatic core alignment. Overview of 88-Core Fiber SplicingSplicing 88-core optical fibers requires high-precision fusion splicers capable of aligning multiple fiber cores accurately to minimize signal loss. Modern splicers use PAS (Profile Alignment System) fiber core alignment technology combined with CMOS image sensors to detect and align fiber cores automatically, ensuring consistent low-loss splicing even in multi-core configurations (Eloik ALK-88A).

Key Equipment Features

Eloik ALK-88A / Graigar ALK-88A: Splicing speed: 7 seconds per splice, 17 seconds for arc heating. Splice loss: Average 0. 02 dB for single-mode, 0.

01 dB for multi-mode fibers. Battery life: Large removable lithium battery supports 200–260 splices per charge, with long-term recharge cycles. Portability: Compact, lightweight design suitable for fieldwork, FTTX, and trunk line projects.

Environmental tolerance: Operates at altitudes 0–5000 m, temperatures -10°C to 55°C, and relative humidity 0–95%. Automatic calibration: Detects air pressure, temperature, and humidity to adjust arc parameters automatically. Fujikura 88S / 88S+: Core alignment: Advanced image processing identifies true core positions for low-loss splicing.

Intelligent splicing control: Optimizes discharge parameters in real time to reduce re-splicing and minimize loss. Blade management: Intelligent blade management technology extends cleaver life and ensures consistent fiber preparation. Compatibility: Supports loose tube fibers and allows manual electrode replacement.

Practical ConsiderationsMulti-core splicing: For 88-core fibers, precise core alignment is critical to maintain signal integrity across all cores. Field deployment: Lightweight, battery-powered splicers like the ALK-88A are ideal for outdoor or aerial installations. Maintenance: Regular electrode replacement and blade management are essential for consistent performance, especially in high-volume splicing operations.

Summary

For 88-core optical fiber splicing, devices like the Eloik ALK-88A and Fujikura 88S/88S+ provide fast, low-loss, and fully automatic splicing with robust environmental tolerance and long battery life. Choosing the right splicer depends on project scale, fiber type, and field conditions, with both models offering advanced core alignment and intelligent splicing control to ensure high-quality results.