Cisco C9300L-48P-4G-E=: What Is Its Role, How
Overview of the Cisco C9300L-48P-4G-E= The Cisco ...
The Cisco IW9165E-Q-URWB is a purpose-built industrial wireless access point engineered for extreme environments. Unlike standard enterprise APs, this model meets IP67 dust/water resistance and operates in -40°C to 70°C temperature ranges, validated by Cisco’s IoT hardening framework.
Key hardware distinctions:
Industrial users frequently ask: “Will this withstand oil refinery conditions or mining operations?” Based on Cisco’s industrial design whitepapers, the IW9165E-Q-URWB is certified for:
Metric | IW9165E-Q-URWB | Cisco Catalyst 9115 |
---|---|---|
Operating Temperature | -40°C to 70°C | -20°C to 55°C |
Concurrent IoT Protocols | 3 (Wi-Fi, BLE, Zigbee) | 1 (Wi-Fi only) |
Mean Time Between Failures | 15 years | 7 years |
A common concern: “How do I avoid signal degradation in metal-heavy facilities?” Cisco’s deployment guide recommends:
While the upfront cost exceeds standard APs, the IW9165E-Q-URWB reduces TCO through:
For verified pricing and availability, visit the “IW9165E-Q-URWB” product page.
Having analyzed Cisco’s technical docs and real-world case studies, this model is overengineered for typical offices but indispensable in three scenarios: offshore drilling platforms, automated foundries, and cold-chain logistics hubs. Its Bluetooth/Zigbee convergence alone justifies deployment in asset-tracking systems where competing APs require separate IoT gateways. If uptime guarantees and harsh-environment certifications are non-negotiable, the IW9165E-Q-URWB has no peer in Cisco’s industrial portfolio.