MT-FA Array fiber optic patch cord singlemode G657A1 G657A2 fiber for CPO

MT-FA Array fiber optic patch cord singlemode G657A1 G657A2 fiber for CPO

With the development of 100G Ethernet becoming a trend, the application of 100G optical modules has continued to grow, and it has now become the most widely used and fastest Ethernet connection. The widespread deployment of 100G connections in data centers and networks is also driving the rapid growth in demand for 400G solutions.

To develop lower-cost 100G solutions, optical module and device manufacturers are seeking competitive 100G optical modules and components, while simultaneously expanding to 400G and 800G speeds.

The demand for higher density and higher speed connections places more stringent demands on the internal space requirements of optical modules. MT ferrules and fiber optic assemblies, as high-performance, high-density connection components, are widely used in high-speed optical module connections.

Utilizing the small size and multi-channel nature of MT ferrules to achieve parallel transmission of multiple optical paths makes them very easy to use as external optical interfaces in high-speed optical modules.

Key Features of FA-MT Fiber Jumper

• Ultra-low Insertion Loss & High Return LossBoasts exceptionally low insertion loss (typically IL≤0.35 dB) and exceptional return loss (RL≥55 dB), ensuring minimal signal attenuation and superior optical performance for high-speed transmission systems.

• High Precision & CustomizationFeatures a precise core pitch of 250±0.5 μm with customizable parameters including fiber MFD (Mode Field Diameter), polishing angles (e.g., 42.5∘ for FA, 8∘ for MT), and length tolerance controlled within ±0.15 mm. Supports flexible configuration for diverse application needs.

• High-Density Multi-channel TransmissionIntegrates 8F/12F/24F fiber channels in a compact design, enabling high-density parallel optical transmission. Ideal for 40G/100G/400G/800G high-speed network interconnects, significantly improving space utilization in data centers and telecom equipment 

• Wide Operating Wavelength & CompatibilityCovers critical operating wavelengths of 1310nm/1550nm for standard optical communication systems, with AR coating (1260nm-1650nm, R<0.25%) ensuring stable performance across broad spectrum ranges.

• Reliable Environmental AdaptabilityOperates stably in a wide temperature range (-40°C to +85°C) and meets industry standards (e.g., GR-1435, GR-1221, RoHS). Withstands rigorous testing, including durability, temperature cycling, and bending resistance, for long-term reliable operation 

• Compact & Space-Saving DesignMiniaturized form factor with precise mechanical alignment (via guide pins) enables seamless integration into tight-space devices like QSFP/QSFP28 optical transceivers, AOC (Active Optical Cables), and switching equipment.

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