Deep Blue Cat6A SFTP Double-Shielded Network Patch Cable with Metal-Shelled RJ45 Plugs for 10Gbps High-EMI Telecom & Smart Lighting Environments
Deep Blue Cat6A SFTP Double-Shielded Network Patch Cable with Metal-Shelled RJ45 Plugs for 10Gbps High-EMI Telecom & Smart Lighting Environments
Product Specifications
Product Description
Engineered for ultra-high bandwidth data transfers, this deep blue Cat6A SFTP double-shielded network patch cable thrives in mission-critical networks. It is the premier choice for 10-Gigabit corporate data center backbones, cloud server farms, high-voltage industrial automation floors, broadcast video processing bays, and advanced Power-over-Ethernet (PoE++) smart LED grids. Its robust multi-layer shielding architecture stops outside electronic noise from creeping onto internal copper data links.
What Industry Pain Points Does It Solve?
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Stops Alien Crosstalk (ANEXT) in High-Density Wire Arrays: When dozens of high-speed network cables are bound together inside long cable raceways, high-frequency signals bleed across adjacent wires, causing high packet loss and network slowdowns. The SFTP double shielding structure wraps each internal pair in protective foil and adds an outer tinned mesh armor layer, stopping alien crosstalk completely and maintaining stable 10Gbps limits.
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Eliminates Ground Loop Faults & Static Failure: Unshielded network cables running alongside industrial motors pick up floating electrical charges, leading to hardware lockups or port fryouts. The metal-shelled RJ45 connectors connect seamlessly to shielded switch ports, establishing a unified system-wide electrical ground paths to drain unwanted static charge.
Key Features
- Ultra 10-Gigabit Network Speeds: Certified 500MHz performance optimized for fast cloud data transfers.
- SFTP Dual-Layer Shielding: Combines individual foil wraps and a heavy mesh braid to stop intense EMI noise.
- Metal Hood Ground Protection: Shielded zinc-alloy RJ45 casing grounds out stray static charges.
- 50µ Gold Plating: Extremely thick gold plating resists salt-spray oxidation to maintain flawless contact conductivity.
