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SecurityNET S/FTP Cat.6A Patch Cable, 1.5m, LSZH, Yellow
SecurityNET S/FTP Cat.6A Patch Cable, 1.5m, LSZH, Yellow
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SecurityNET S/FTP Cat.6A Patch Cable, 1.5m, LSZH, Yellow
Leave your address - as soon as the price of the product goes down, you'll know about it right away
SecurityNET S/FTP Cat.6A Patch Cable, 1.5m, LSZH, Yellow
SecurityNET S/FTP Cat.6A Patch Cable, 1.5m, LSZH, Yellow
The SecurityNET S/FTP Cat.6A patch cable is a high-performance networking solution designed for reliable data transmission in professional environments. Measuring 1.5 meters in length, this cable features advanced S/FTP shielding, which effectively protects signals from electromagnetic interference and crosstalk. The outer jacket is constructed from LSZH (Low Smoke Zero Halogen) material, ensuring that the cable is safer in the event of fire by minimizing toxic smoke emissions, making it an excellent choice for modern office buildings and data centers.
This patch cable offers superior signal integrity due to its individually shielded twisted pairs and overall braid shield, which work together to maintain high data speeds even in environments with high electronic noise. The use of LSZH materials provides an added layer of safety, complying with strict fire safety regulations for indoor installations. Its 1.5-meter length is optimized for connecting equipment within server racks or between workstations and wall outlets, reducing cable clutter while maintaining a stable and fast Ethernet connection.
This cable is not intended for outdoor use, as the LSZH jacket is not designed to withstand prolonged exposure to UV radiation, moisture, or extreme temperature fluctuations. Additionally, for very short connections within a single patch panel, a shorter cable length might be more appropriate to maintain optimal cable management.
To use the cable, simply insert the RJ45 connector into the corresponding Ethernet port on your network device, such as a switch, router, or computer. Ensure that the connector clicks firmly into place to guarantee a secure physical connection. When routing the cable, avoid sharp bends or excessive tension, as this can damage the internal conductors and degrade signal quality over time.
For optimal network performance, avoid running Ethernet cables parallel to high-voltage power lines, as this can introduce interference despite the cable's shielding. Regularly inspect the cable for physical damage to ensure consistent data transmission.
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