Giganet Cat 6A F/UTP LDPE Outdoor Cable

the Giganet Cat 6A F/UTP LDPE Outdoor Cable is a reliable and high-performance solution for outdoor networking applications. With its robust construction, weather-resistant design, and superior performance capabilities, it provides the connectivity you need in challenging outdoor environments. Choose Giganet for your outdoor networking needs and experience seamless communication, rain or shine.

This cable supports high-speed data transfer rates of up to 10 Gbps, making it ideal for demanding outdoor applications such as video streaming, VoIP communication, and data-intensive tasks. With its superior performance capabilities, you can rely on this cable to deliver consistent connectivity for your outdoor networking needs.

The Giganet brand is known for its commitment to quality and reliability. Each cable undergoes rigorous testing to ensure compliance with industry standards and to meet the expectations of customers. You can trust Giganet Cat 6A F/UTP LDPE  Cable to deliver outstanding performance and durability for your outdoor networking projects.

• Giganet Category 6A F/UTP (foil screened) cables are precision-engineered and subjected to rigorous testing, adhering to the stringent standards of ANSI/TIA-568.2-D, ISO/IEC11801-1, and EN 50173-1 for Category 6A specifications.
• Each cable is comprised of eight color-coded 23AWG polyethylene-insulated solid bare copper conductors.
• These conductors are intricately twisted to create four pairs with diverse lay lengths, and these pairs are then arranged around a central ‘X’-shaped polyethylene filler.
• The central ‘X’-shaped polyethylene filler serves to maintain and enhance the cable’s performance. Following this, a layer of clear Mylar tape is meticulously wrapped around this assembly, and a foil tape screen with a 24AWG drain wire is applied.
• The foil screen plays a crucial role in shielding against Electromagnetic Interference (EMI), safeguarding the cable from potential disruptions that may arise when transmitting data at high frequencies. Read more here.

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