Cisco PWR-30W-I-AC=: Technical Evaluation and
Introduction to the PWR-30W-I-AC= Power Supply...
The AIR-ANT2544V4M-RS= is a Cisco 4.4 dBi omnidirectional dipole antenna designed for indoor/outdoor Wi-Fi deployments. Compatible with Cisco Aironet 1600, 2600, 2800, and 3800 series access points, it supports 2.4 GHz and 5 GHz dual-band operations, making it ideal for environments requiring flexible coverage patterns.
1. Indoor High-Density Areas
Deploy in conference rooms, auditoriums, or retail spaces where uniform signal distribution is critical for seamless roaming.
2. Outdoor Public Wi-Fi
Suitable for patios, courtyards, or small outdoor venues needing omnidirectional coverage without signal null zones.
3. Industrial IoT Hubs
Provide reliable connectivity for sensors or handheld devices in warehouses or manufacturing floors with metal obstructions.
Q: Does this antenna support MU-MIMO?
Yes. The dual-slant polarization optimizes spatial streams for MU-MIMO-enabled Cisco APs, improving throughput in dense user environments.
Q: What’s the maximum coverage area?
In open spaces, expect ~5,000 sq. ft. per AP at 2.4 GHz and ~3,000 sq. ft. at 5 GHz. Walls or machinery reduce effective range.
Q: Can it withstand extreme temperatures?
Yes. The antenna operates in -40°C to 70°C conditions, though prolonged UV exposure may degrade non-metallic parts over time.
For guaranteed Cisco-compliant performance, the AIR-ANT2544V4M-RS= is available at ITMALL’s Cisco product hub. Their refurbished units include a 90-day warranty and lifetime support for firmware updates.
Having tested this antenna in a multi-story hotel deployment, its tilt-and-swivel design proved invaluable for avoiding HVAC obstructions. However, pairing it with Cisco’s Channel Avoidance features is essential in urban areas with heavy RF congestion. Avoid non-certified sellers—ITMALL’s validation process ensures connectors match Cisco’s impedance specs, a detail gray-market antennas often overlook. For mid-range omnidirectional needs, this antenna delivers—but only when sourced responsibly.