NataLink RJ45 Cat 6 Connectors, 200-Pack Cat6 Pass Through Connectors Ethernet Cable Connector Cat 6 Ends RJ45 Modular Plugs for Solid or Stranded UTP Cable

Strong anti-interferenceRJ45 modular plugs are made of PC material, good durability, anti-aging and flame retardancy; the internal insert is made of brass and has gold plating to improve electrical conductivity, effectively reduce electromagnetic interference (EMI) and crosstalk, and maintain good signal stability in noisy environments to ensure high-speed and stable data transmission ^^ Compatible cablesRJ45 pass through connectors are designed for Category 6 unshielded systems with a diameter of 1.1 mm, supporting 24-26 AWG round or flat stranded wires, accommodating up to 6.1 mm outer diameter; CAT6 23 AWG is supported for solid cable only ^^ High-speed transmission Cat 6 ethernet crimp connector supports transmission speeds up to 1000Mbps and transmission frequencies up to 250MHz, far exceeding Cat5 /Cat5e connectors, suitable for online games, large-scale file transfer and other application scenarios that require large bandwidth, and meet the needs of modern homes and enterprises for high-speed networks ^^ Sealed and sturdy product package 200-Pack RJ45 Cat6 Pass Through Connectors come with a sealed pull ring type bottle, moisture-proof and waterproof, portable and easy for you to store when you aren't planning to use all at once ^^ Wide compatibility Pass through Cat6 plugs can be used with Cat 5 and Cat 5e ethernet cables, providing reliable connections for PCs, computers, routers, switches, and security systems.

^^ Stable Connection Cat6 connector adopts a 3-pronged structure design, which can be in stable contact with the core in the network cable, not easy to deform and damage, maintain good elasticity, and ensure the reliable connection between the ethernet cable and RJ45 plugs. (The number of insertions and dials can reach more than 2000) ^^ Support standards T568A/T568B are supported, convenient for network engineers or ordinary users to select the appropriate wiring mode according to the actual wiring requirements and existing network architecture, so as to realize the correct construction and connection of the network