AIR-ANT2451NV-R=

Overview Of AIR-ANT2451NV-R=

Experience seamless wireless connectivity with the Cisco Aironet Dual Band MIMO Low Profile Ceiling Mount Antenna. This cutting-edge antenna is engineered for indoor use with Cisco Aironet 802.11N radio devices featuring RP-TNC connectors, ensuring optimal performance in the 2.4- and 5-GHz frequency ranges. Its omni-directional directivity guarantees widespread coverage, making it ideal for wireless data network applications. The antenna's 3.5 dBi gain and dual-band operation deliver enhanced network efficiency and reliability, fitting seamlessly into modern network infrastructures.
Benefit from robust security features, unmatched scalability options, and the convenience of linear polarization with this antenna. With a frequency band type encompassing SHF and UHF, it offers versatile connectivity. The linear polarization ensures signal integrity, while the 90-day limited warranty provides peace of mind. This antenna's RP-TNC connector type further enhances compatibility and ease of installation. Incorporating high-quality components and a sleek design, it elevates both the performance and aesthetics of any network setup.

Key Features	Description
Omni-directional Directivity	Ensures widespread coverage for seamless connectivity.
Dual-Band Operation	Supports 2.4 and 5 GHz frequencies for enhanced network performance.
3.5 dBi Antenna Gain	Optimizes signal strength for improved data transmission.
Linear Polarization	Enhances signal integrity and reliability in network communication.
RP-TNC Connector Type	Facilitates easy installation and compatibility with Cisco Aironet devices.
SHF, UHF Frequency Band Type	Offers versatile connectivity options for diverse network setups.
90-Day Limited Warranty	Provides assurance of product quality and reliability.
Modern Design	Enhances the aesthetic appeal of indoor network installations.
Wireless Data Network Application	Perfect for seamless data transmission in wireless network setups.
Cisco Brand	Ensures trusted quality and performance standards.