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Dahua PFM922I-6UN-C-WHITE Cat6 UTP Network Cable, 305m, CCA, White
The Dahua PFM922I-6UN-C-WHITE is a high-performance Cat6 UTP network cable engineered to provide reliable data transmission for various networking applications. Spanning 305 meters, this cable is designed to support stable Ethernet connectivity in both residential and office environments. It utilizes Copper Clad Aluminum (CCA) conductors, offering a cost-effective solution for building robust local area network infrastructures while maintaining consistent signal integrity for standard data transfer needs.
This network cable offers significant benefits for professional installers and DIY enthusiasts looking for a dependable connectivity solution. The Cat6 standard ensures improved performance and reduced crosstalk compared to older cable categories, facilitating faster and more stable data speeds. Its 305-meter length provides ample material for large-scale cabling projects, while the durable white outer jacket allows for discreet installation in various interior settings. The use of CCA technology makes it a lightweight and economical choice for projects where high-end pure copper cabling is not strictly required.
This cable is not recommended for high-power Power over Ethernet (PoE) applications or long-distance outdoor installations where environmental exposure is a factor. Because it uses CCA conductors, it may experience higher resistance and signal attenuation over very long runs compared to solid copper cabling.
To install the cable, measure the required distance between your network devices and cut the cable accordingly. Strip the outer jacket carefully to avoid damaging the internal twisted pairs. Terminate the ends using standard RJ45 connectors or patch panels, ensuring that the wiring follows the T568A or T568B standard consistently at both ends. Once terminated, test the connection with a network cable tester to verify continuity and signal quality before finalizing the installation.
For optimal performance, avoid bending the cable at sharp angles and keep it away from high-voltage electrical lines to prevent electromagnetic interference.
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