Outdoor Shielded Cat6 Cable

Tough Double-Jacket for Harsh Outdoor Use

Our Outdoor Shielded Cat6 Cable is built for tough outdoor conditions. Sun, rain, and temperature changes kill normal cables in months. Our cable has a double-layer jacket. The inner layer is regular insulation. The outer layer is HDPE with UV protection. HDPE resists weather and sunlight. It does not crack easily. It also resists water. You can bury it directly or run it overhead. Our product has aluminum foil plus braided mesh shielding. This double shield gives much better interference protection than single foil. Outdoor areas often have high-voltage lines and motors nearby. The electromagnetic environment is much more complex than indoors. Our cable handles this with ease.

Strong Performance in Extreme Conditions

Our Outdoor Shielded Cat6 Cable uses 23 AWG oxygen-free copper conductors. It runs at 250 MHz bandwidth. It meets ANSI/TIA-568-C.2 and ISO/IEC 11801 standards. The cable works from -40°C to +75°C. This covers most climates worldwide. The HDPE jacket is waterproof and UV-resistant. It is suitable for direct burial and aerial installation. We recommend burial depth of at least 30 cm. One customer used our product for a smart city project. They installed hundreds of cameras in a business park. The cable worked without problems for over two years. Our cable supports Gigabit Ethernet transmission. It is reliable for long-term outdoor deployment.

Custom Options and Durable Packaging

Our Outdoor Shielded Cat6 Cable supports OEM orders. We customize carton and cable markings. Standard lengths or custom cutting are available. We can pre-install on reels. Jacket color is normally black. Other colors are negotiable. Shield structure can be adjusted for your project needs. We pack on wooden reels or iron reels for long-distance transport. This keeps the cable safe during shipping. We print your logo on cartons. We ship by sea or air. Normal orders ship in 15 to 20 working days. This cable is for outdoor cameras, building-to-building connections, smart city infrastructure, and industrial outdoor sites. It also works for FTTx extension scenarios. For shielded cables, proper grounding is required. The shield only works when correctly grounded. Otherwise it may create an antenna effect.