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The Cisco C9105AXW-B++ is a ruggedized, outdoor Wi-Fi 6 (802.11ax) access point engineered for mission-critical deployments in challenging environments. Part of Cisco’s Catalyst 9100 series, it delivers multi-gigabit wireless performance, extreme weather resistance, and advanced IoT capabilities for industries like transportation, utilities, and smart cities.
1. Outdoor-Optimized Design: Rated IP68 for dust/water resistance and operational in temperatures from -40°C to 65°C, ensuring reliability in coastal, desert, or industrial settings.
2. Wi-Fi 6 Efficiency: Uses OFDMA and 4×4 MU-MIMO to support up to 800+ concurrent devices, reducing latency in high-density scenarios like stadiums or transit hubs.
3. IoT and LTE Flexibility: Built-in Bluetooth 5.0, Zigbee, and LTE failover enables seamless connectivity for smart grids, fleet tracking, and remote monitoring.
Q: How does the C9105AXW-B++ handle power outages in remote locations?
A: It supports PoE++ (90W) and DC power inputs, allowing integration with solar or backup generators for 24/7 uptime.
Q: Is it secure enough for critical infrastructure networks?
A: Yes. Features Cisco’s Enhanced Wireless Security Suite, including WPA3, MACsec encryption, and role-based access control (RBAC) for zero-trust architectures.
Use Case | C9105AXW-B++ Advantage |
---|---|
Smart Ports & Logistics | IP68 rating withstands saltwater corrosion; LTE failover ensures uptime. |
Oil & Gas Remote Sites | Operates in extreme heat and sandstorms. |
Public Safety Networks | Dedicated QoS prioritizes emergency responder communications. |
Compared to indoor models like the C9105AXI-T, the C9105AXW-B++ offers superior environmental hardening but requires specialized mounting due to its rugged chassis.
For enterprises needing industrial-grade wireless, the “C9105AXW-B++” is available through certified partners like itmall.sale.
Practical Insight: Deploying this AP in a wind farm demonstrated its resilience—surviving sub-zero temperatures and maintaining connectivity for 300+ IoT sensors. While its upfront cost is higher than standard outdoor APs, the reduced downtime and future-ready design make it indispensable for organizations prioritizing reliability in harsh conditions.