Fiber optic patch cable Corning F727202G2Z20001M 2×2.0 mm, 1 m, yellow

Single fiber optic patch cable Corning F727202G2Z20001M, 2×2.0 mm construction, 1 m length and yellow jacket is intended for short‑reach fiber connections in telecom, data center and LAN environments. The cable provides a compact, color‑coded link for patching racks, panels and equipment-to-equipment interconnects where reliable optical transmission and neat cable management are required.

Advantages

The yellow jacket enables quick visual identification of single fiber links and simplifies tracing in crowded racks. The 2×2.0 mm construction balances flexibility with mechanical protection for frequent handling during patching operations. Designed by a recognized manufacturer in fiber infrastructure, the cable supports low insertion loss and consistent performance for short-distance optical links.

Suitable for

• Patch panels and fiber distribution frames in data centers
• Interconnects between switches, transceivers and optical equipment
• Local area network fiber segments and office backbone cabling
• Test setups and temporary fiber connections during commissioning

Key specifications

• Cable construction: 2×2.0 mm
• Length: 1 meter
• Jacket color: yellow
• Fiber type: single fiber (single channel patch)
• Application: short‑reach and patching

How to use

Route the patch cable between the two designated ports on patch panels, transceivers or equipment ports ensuring connectors are clean and free of dust. Avoid tight bends and secure the cable to cable management hardware to prevent strain on the connectors. For insertion, align connectors carefully with port keying and push until a positive latch or click is felt; reverse the action to remove. Keep cable length and routing tidy to maintain signal integrity and ease future changes.

Usage recommendations

Regularly inspect connector end faces with a fiber inspection scope and clean with appropriate fiber wipes before connecting. Maintain minimum bend radius as recommended by the manufacturer and avoid compressing or crushing the cable to preserve optical performance and mechanical integrity.