UCSX-CPU-I8351NC=: Architectural Design, Perf
Hardware Architecture and Core Specifications The �...
The ANT-WPAN-OD-OUT-N= is a 2.4 GHz omnidirectional outdoor antenna tailored for Cisco’s Wireless Personal Area Network (WPAN) solutions. Designed for industrial IoT, smart grid, and asset tracking applications, it supports protocols like Zigbee, Bluetooth Low Energy (BLE), and Thread. Its ruggedized build ensures reliable communication in environments where low-power, short-range connectivity is critical, such as oil refineries, warehouses, or agricultural sites.
Scenario 1: Deploy this antenna in smart factories where hundreds of sensors require 360° connectivity. Directional antennas (e.g., AIR-ANT2588P4M-NS=) create coverage gaps in such environments.
Scenario 2: Its low-profile design minimizes signal attenuation caused by metal obstructions common in shipping yards or HVAC systems, unlike high-gain antennas that amplify multipath interference.
Q: Can it support Wi-Fi or cellular devices?
A: No. This antenna is optimized for WPAN protocols only (Zigbee, BLE). For Wi-Fi, use Cisco’s dual-band antennas like AIR-ANT2547V-N-HZ=.
Q: What’s the maximum device density per antenna?
A: Supports 500+ endpoints in a star topology, ideal for meter reading or environmental monitoring networks.
Q: Is it suitable for underground mining or submerged deployments?
A: The IP67 rating protects against dust and temporary submersion (1m/30min), but prolonged underwater use requires additional waterproofing.
Q: Does it require FCC/CE certification for deployment?
A: Yes—pre-certified for global RF regulations, reducing compliance hurdles compared to third-party antennas.
Cisco mandates sourcing through authorized partners to ensure compliance and warranty coverage. Purchase the ANT-WPAN-OD-OUT-N= at itmall.sale. Non-certified units risk signal leakage and protocol incompatibility.
In a recent smart water management project, this antenna’s omnidirectional pattern linked 300+ moisture sensors across a 20-acre farm, overcoming signal blockages from irrigation equipment. However, its 3 dBi gain struggled with elevation changes—supplementing with 6 dBi sector antennas on slopes resolved dead zones. For indoor warehouses, avoid mounting near steel beams; instead, position it centrally on plastic conduits to reduce attenuation. While cheaper alternatives exist, their lack of IP67 certification led to frequent failures in dusty environments, doubling maintenance costs. In WPANs, reliability trumps upfront savings—every dropped sensor packet translates to operational blind spots.