Cisco Catalyst 9105AXI Dual Band 802.11ax Indoor Access Point

The Cisco Catalyst 9105AXI is a next‑generation indoor wireless access point engineered for enterprise networks that demand reliability, security, and intelligent performance. Built around Wi‑Fi 6 (802.11ax) technology, this dual‑band AP delivers up to 1.49 Gbps of aggregate throughput, making it a powerful choice for dense environments, classroom settings, healthcare facilities, corporate campuses, and retail spaces. It extends Cisco’s intent‑based networking philosophy, enabling centralized policy enforcement, proactive analytics, and seamless scalability from a handful of sites to campus‑wide deployments. With resilient hardware, advanced radio features, and Cisco’s robust security framework, the 9105AXI ensures fast, secure connections for a wide range of devices—from laptops and smartphones to IoT endpoints and collaboration systems. Whether you’re upgrading an aging Wi‑Fi infrastructure or building a new network from the ground up, the 9105AXI provides the performance, security, and manageability required to deliver superior user experiences and simplified operations across your organization.

• Wi‑Fi 6 performance for modern workspaces: Dual‑band 802.11ax delivers up to 1.49 Gbps of aggregate throughput, enabling fast file transfers, smooth HD video conferencing, and reliable real‑time collaboration even in crowded environments. The 9105AXI optimizes spectrum usage with OFDMA and MU‑MIMO to support many devices concurrently.
• Advanced technology for dense deployments: Features like Orthogonal Frequency-Division Multiple Access (OFDMA), Multi‑User MIMO (MU‑MIMO), and Target Wake Time (TWT) maximize capacity and efficiency in high‑density scenarios, reducing latency and extending battery life for IoT and mobile devices.
• Enterprise‑grade security and resilience: Built with a security‑first mindset, the 9105AXI includes secure boot, hardware‑based protections, encrypted management traffic, and ongoing firmware updates to guard against evolving threats—helping you maintain a trusted network edge.
• Flexible deployment and centralized management: Designed for indoor ceiling mounting, the unit integrates smoothly with Cisco DNA Center and other supported management platforms, enabling streamlined provisioning, policy enforcement, and real‑time monitoring across multiple sites.
• Scales with your network strategy: As part of Cisco’s intent‑based networking family, the 9105AXI supports consistent policy delivery, granular analytics, and simplified operations that grow with your organization—whether you add devices, deploy new services, or expand to additional campuses.

Technical Details of Cisco Catalyst 9105AXI

• Product family: Cisco Catalyst 9105 Series
• Wireless standards: IEEE 802.11ax (Wi‑Fi 6)
• Frequency bands: 2.4 GHz and 5 GHz (dual‑band)
• Max throughput: Up to 1.49 Gbps aggregate
• Security features: WPA2/WPA3; secure boot; encrypted management traffic; hardware‑based protections; ongoing firmware updates
• Management options: Cisco DNA Center and compatible cloud/on‑premises management tools for centralized provisioning, policy enforcement, and telemetry
• Form factor: Indoor ceiling‑mountable access point with compact, enterprise‑grade enclosure
• Power options: PoE capable (IEEE 802.3af/at) for simple integration with PoE switches

How to install Cisco Catalyst 9105AXI

Follow these general steps to install the Cisco Catalyst 9105AXI, while aligning with your organization’s security and network policies. For detailed instructions, refer to Cisco’s official installation guides and your network administrator’s procedures.

• Plan and survey: Conduct site surveys to identify optimal mounting locations, accounting for ceiling height, potential sources of interference, and client density in each area.
• Prepare the installation: Gather mounting hardware, cabling, and a PoE‑capable switch or power source. Ensure power and data cabling routes are compliant with building codes and safety guidelines.
• Mount the access point: Securely mount the 9105AXI to the ceiling or wall using the included mounting kit. Verify clearances for airflow and access for maintenance.
• Connect and power: Connect the AP to a PoE switch or injectors to supply both data connectivity and power. Label cables and ensure proper cable management to reduce strain on connectors.
• Initial configuration: Access the device via Cisco DNA Center or the local management interface. Configure SSIDs, security policies (WPA2/WPA3), VLAN assignments, and network onboarding rules according to your deployment plan.
• Channel planning and optimization: Run a site survey to select non‑overlapping channels, set RF profiles, and enable automatic RF optimization. Validate co‑channel and interference conditions and adjust as needed.
• Monitoring and maintenance: Enable telemetry, set up dashboards, and schedule firmware updates. Establish a routine for firmware checks, policy updates, and security audits to sustain performance and protection over time.

Frequently asked questions

• What is the Cisco Catalyst 9105AXI?

  The Catalyst 9105AXI is a Wi‑Fi 6 (802.11ax) indoor access point designed for enterprise networks, delivering high throughput, advanced wireless technologies, and scalable management to support modern work environments.

• Which environments benefit most from the 9105AXI?

  High‑density offices, campuses, classrooms, healthcare facilities, and retail spaces where reliable, secure wireless connectivity is essential for many devices and latency‑sensitive applications.

• How is the 9105AXI managed?

  Management is provided through Cisco DNA Center and compatible Cisco management tools, enabling centralized policy control, analytics, and streamlined operations across sites.

• What security features are included?

  The device includes secure boot, encrypted management traffic, and support for modern wireless security standards (WPA2/WPA3), helping protect both data and access control at the edge.

• Can the 9105AXI be powered via PoE?

  Yes. The 9105AXI supports PoE (IEEE 802.3af/at), allowing convenient installation without a separate power supply and simplifying deployment in large networks.