Cisco Catalyst CW9166I Tri Band IEEE 802.11ax 7.78 Gbit/s Wireless Access Point - Indoor

The Cisco Catalyst CW9166I Tri Band IEEE 802.11ax 7.78 Gbit/s Wireless Access Point is the pinnacle of modern connectivity solutions, tailored specifically for organizations that require dependable and powerful network performance. This access point leverages advanced Wi-Fi 6E technology to provide robust support for high-density environments, ensuring that your network infrastructure is prepared for the demands of today and the future.

• Tri-Band Technology: The Cisco Catalyst CW9166I features cutting-edge Wi-Fi 6E technology, introducing a new 6-GHz band that enhances data throughput up to 7.78 Gbit/s. This tri-band approach effectively reduces interference while increasing capacity, making it perfect for busy environments with numerous connected devices.
• Seamless Management Options: With the versatility to manage your access point either on-premises or via the cloud, the CW9166I offers unmatched flexibility. You can switch between deployment models effortlessly, ensuring that your network investment is safeguarded while simplifying operational management.
• Enhanced Security Features: Security is paramount, and the CW9166I comes equipped with advanced data encryption capabilities that protect your organization’s sensitive information. This ensures secure and reliable connectivity for all users, maintaining the integrity of your network.
• Flexible Deployment: Designed for ease of installation, this access point boasts a ceiling-mountable form factor with internal antennas. This design allows for optimization in terms of performance and placement, providing maximum coverage tailored to your workspace.
• Power Over Ethernet (PoE+): The CW9166I supports PoE+ technology, enabling both data and power delivery through a single cable. This feature is particularly advantageous in locations lacking a power outlet, enhancing deployment flexibility and minimizing installation costs.

Technical Details of Product

• Model: Cisco Catalyst CW9166I
• Wireless Standard: IEEE 802.11ax (Wi-Fi 6E)
• Wireless Speed: Up to 7.78 Gbit/s
• Ethernet Ports: 5 Gigabit Ethernet ports
• Power Over Ethernet: PoE+ support (up to 25.5W)
• Form Factor: Ceiling mountable, Internal Antenna
• Management Options: Cloud and On-Premises

How to Install

Installing the Cisco Catalyst CW9166I Access Point is simple and straightforward. Follow these steps for optimal installation:

1. Identify the ideal location for your access point, ideally on the ceiling or a high wall to maximize coverage.
2. Utilize the provided mounting kit to securely attach the access point to your chosen location.
3. Connect an Ethernet cable to one of the Gigabit Ethernet ports on the access point.
4. If using PoE+, ensure that your switch or injector is properly configured to deliver power.
5. Access the management interface by entering the default IP address into a web browser and follow the setup wizard to configure your network settings.
6. Once configured, test the connection by connecting a device and verifying network performance.

Frequently Asked Questions

• What is the coverage area of the Cisco Catalyst CW9166I? The coverage area can vary based on the environment, but it generally provides excellent coverage for large indoor spaces such as offices, schools, and warehouses.
• Can I manage the access point on-premises and then switch to cloud management? Yes, the Cisco Catalyst CW9166I allows for seamless switching between on-premises and cloud management without requiring new hardware.
• What types of devices can connect to the access point? Any device that supports Wi-Fi, including laptops, smartphones, tablets, and IoT devices, can connect to the CW9166I access point.
• Is the access point secure? Absolutely, the Cisco Catalyst CW9166I features advanced data encryption protocols to protect your network and sensitive information from unauthorized access.
• What is the advantage of Wi-Fi 6E over previous generations? Wi-Fi 6E provides additional channels, increased capacity, higher speeds, and reduced interference, making it particularly beneficial in environments with numerous connected devices.