Cisco - Antenna cable - RP-TNC to RF connector DART - coaxial - for Aironet 2802E, 2802E (Config), 2802I, 2802I (Config), 3802E, 3802I, 3802I (Config), 3802P

The Cisco antenna cable is a critical component for establishing robust and reliable network connections. Featuring four RP-TNC female connectors and one RF connector DART, it offers flexibility in connecting different network devices. The use of coaxial technology further enhances its performance by ensuring high-quality signal transmission with minimal loss. This makes it an ideal choice for businesses looking to maintain strong and stable connections across their network infrastructure. Whether upgrading existing systems or setting up new connections, this antenna cable provides the reliability and performance needed for networking demands.

• 4 RP-TNC female connectors for flexible network configurations
• 1 RF connector DART for enhanced connection stability
• Coaxial technology ensures minimal signal loss
• Suitable for a variety of antenna connections

• Versatile connectivity
  Equipped with four RP-TNC female connectors and one RF connector DART, this antenna cable offers versatile connectivity options for a wide range of network configurations.
• High-quality signal transmission
  The coaxial technology ensures high-quality signal transmission, reducing signal loss and interference, thus maintaining the integrity and strength of the signal over distances.

The Cisco antenna cable is a critical component for establishing robust and reliable network connections. Featuring four RP-TNC female connectors and one RF connector DART, it offers flexibility in connecting different network devices. The use of coaxial technology further enhances its performance by ensuring high-quality signal transmission with minimal loss. This makes it an ideal choice for businesses looking to maintain strong and stable connections across their network infrastructure. Whether upgrading existing systems or setting up new connections, this antenna cable provides the reliability and performance needed for networking demands.