C9300-24T-A: What Makes It Unique, How Does I
Core Functionality of the C9300-24T-A: Built for Enterp...
The ANT-5G-OMNI-OUT-N= is a 5 GHz omnidirectional outdoor antenna from Cisco’s Aironet portfolio, engineered to deliver 360° coverage in open or semi-open environments. Designed for Wi-Fi 6 (802.11ax) and backward-compatible with 802.11ac/n, it supports high-density deployments like stadiums, campuses, and smart city IoT networks. Its ruggedized build ensures reliability in harsh weather, making it a go-to solution for persistent outdoor connectivity.
Scenario 1: Deploy this antenna in public plazas or parking lots where 360° coverage is essential for guest Wi-Fi or surveillance systems. Directional antennas (e.g., AIR-ANT2588P4M-NS=) focus energy unnecessarily in such setups, creating coverage gaps.
Scenario 2: Its 5 dBi gain ensures stable connections for devices up to 150 meters line-of-sight, outperforming lower-gain omnidirectional models (e.g., 2 dBi) in obstructed environments like urban parks.
Q: Can it support 2.4 GHz devices or Wi-Fi 6E’s 6 GHz band?
A: No. This antenna is 5 GHz exclusive. For multi-band needs, pair it with a 2.4 GHz antenna (e.g., ANT-2-4G2-O=) or Cisco’s tri-band access points.
Q: Is it suitable for hurricane-prone coastal areas?
A: The IP67 rating protects against rain and salt spray, but Cisco recommends reinforcing mounts with stainless steel straps for winds exceeding 75 mph.
Q: How many clients can it handle simultaneously?
A: Dependent on the access point, but its design supports 200–300 concurrent devices in high-traffic areas like stadiums, assuming proper channel planning.
Q: Does it require a ground plane for optimal performance?
A: No. Unlike dipole antennas, its integrated ground plane simplifies installation on non-metallic surfaces (e.g., wooden poles).
Cisco’s supply-chain policies ensure compliance with global RF regulations. Source authentic ANT-5G-OMNI-OUT-N= antennas at itmall.sale. Counterfeit units often lack proper shielding, risking signal leakage and compliance violations.
In a recent smart city project, this antenna’s omnidirectional pattern eliminated dead zones across a 10-acre park, supporting both visitor Wi-Fi and air quality sensors. However, its 5 dBi gain struggled with dense tree canopies—supplementing with 6 dBi sector antennas bridged gaps. For urban deployments, align its polarization with client devices (e.g., smartphones) to minimize packet loss. While third-party antennas cost less upfront, their plastic radomes degraded within six months under direct sunlight, leading to costly replacements. In outdoor Wi-Fi, durability isn’t optional—it’s the foundation of ROI.