Description
Cisco AIR-CAP3502I-N-K99 Wireless Indoor Access Point to create a self-healing, self-optimizing wireless network. Clean Air technology is a system wide feature of the Cisco Unified Wireless Network that improves air quality by detecting RF interference that other systems can’t recognize, identifying the source, locating it on a map, and then making automatic adjustments to optimize wireless coverage. These innovative access points provide the highest-performance 802.11n connectivity for mission-critical mobility.
The Cisco AIR-CAP3502I-N-K9 Wireless Indoor Access Point is a reliable and high-performance device designed for enterprise wireless networks. Here are its main features:
- 802.11n Support: Provides high-speed wireless connectivity with support for the 802.11n standard, enabling faster data rates and improved range.
- Dual-Band Operation: Operates on both 2.4 GHz and 5 GHz bands, enhancing performance and reducing interference for more reliable connectivity.
- Cisco CleanAir Technology: Detects and mitigates RF interference in real-time, ensuring optimal performance even in crowded wireless environments.
- MIMO Technology: Utilizes 2×3 multiple-input, multiple-output (MIMO) with two spatial streams, enhancing data throughput and coverage.
- ClientLink: Optimizes performance for devices with older wireless standards (802.11a/g), improving signal strength and speed.
- Self-Healing Network: Automatically adjusts signal strength and channels to optimize performance in response to network issues or interference.
- Power over Ethernet (PoE): Supports PoE, allowing the access point to receive power through Ethernet cables, which simplifies installation.
- Security Features: Includes enterprise-grade security features like WPA2, 802.1X authentication, and rogue access point detection for enhanced wireless network protection.
The Cisco AIR-CAP3502I-N-K9 is ideal for organizations that require a dependable, high-performance access point capable of handling high-density environments and ensuring robust connectivity. Read more in our Blog…
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