Introduction

Cisco Catalyst IW9165E Access Points

Cisco Catalyst IW9165E Access Points are rugged wireless devices designed to provide ultra-reliable connectivity for moving vehicles and industrial machines.

These access points feature a 2x2 Wi-Fi 6E design with external antennas, ensuring advanced wireless performance in challenging environments. They are optimized for low power consumption and boast an IP30-rated rugged design, making them ideal for industrial applications.

The Catalyst IW9165E Access Points are specifically engineered to integrate seamlessly into industrial assets, thanks to their compact form factor and robust construction. Key features include:

  • Wi-Fi 6E Technology: Supports the latest wireless standards for improved performance and reliability.

  • External Antennas: Provides enhanced signal strength and coverage.

  • Durable Design: IP30-rated for use in rugged environments.

  • Low Power Consumption: Optimized for energy efficiency.

  • Compact Form Factor: Simplifies integration into industrial machines and moving vehicles.

These attributes make the Catalyst IW9165E APs a reliable choice for enabling wireless connectivity in demanding industrial settings.

The Cisco Catalyst IW9165E Rugged Access Point (AP) and Wireless Client (here after referred as the Catalyst IW9165E). This AP supports 2x2 Wi-Fi 6E design with external antennas. It is designed to add ultra-reliable wireless connectivity to moving vehicles and machines. Low power consumption, rugged IP30 design, and small form factor make the Catalyst IW9165E very simple to integrate into industrial assets.

Cisco Unified Industrial Wireless software releases information

Features and Operational Modes

The Cisco Unified Industrial Wireless (UIW) Software releases provide enhanced functionality for the Catalyst IW9165E, enabling it to operate in multiple modes for diverse industrial networking needs. These updates are designed to deliver high availability, low latency, and seamless connectivity across various infrastructure setups, making the Catalyst IW9165E a versatile solution for industrial wireless networking.

Table 1. Operating modes and features

Mode

Introduced in Release

Functionality

Application

CURWB

17.12.1

Provides Cisco ultra-reliable wireless backhaul (CURWB) with low latency, zero packet loss, and seamless handoffs.

Mission-critical industrial applications.

WGB

17.13.1

Connects wired clients to Cisco AP infrastructure as a Wi-Fi client.

Cisco-based wireless environments.

uWGB

17.13.1

Connects wired clients to third-party AP infrastructure as a Wi-Fi client.

Third-party wireless environments.

Both modes (WGB and uWGB) help in bridging the wired clients behind the WGB to the infrastructure's AP.

CAPWAP

17.14.1

Operates as a lightweight AP using the CAPWAP protocol.

Flexible AP management and deployment.

Note

The IW9165E allows you to change its operating mode to CAPWAP, WGB, or URWB by simply updating its software, without replacing the hardware.

CAPWAP modes

CAPWAP modes are operational configurations that define how APs interact with wireless controllers and the network infrastructure. These modes determine the behavior and functionality of an AP within a network.

CAPWAP modes are categories that describe various operational configurations an AP can adopt in a network environment. Each mode determines how the AP processes client traffic, interacts with the Controller, and performs additional network functions.

Modes of operation

Access points in CAPWAP environments can operate in these modes:

Table 2. CAPWAP modes

Mode

Description

Key Features

Use Case

Local Mode

Default mode where AP serves clients and centralizes traffic through CAPWAP tunnels.

  • Creates two CAPWAP tunnels.

  • Central switching (data bridges to controller).

Centralized traffic management.

FlexConnect

AP switches traffic locally while Controller manages it, ensuring operation even if Controller connection is lost.

  • Local traffic switching.

  • Operates like an autonomous AP.

  • Resilient to Controller disconnection.

Resiliency and local traffic handling in branch offices or remote sites.

Fabric

AP establishes a VxLAN tunnel to the fabric edge, ensuring network segmentation.

  • Maintains segmentation to AP.

  • Inserts SGT into VxLAN traffic.

  • Supports EN and PEN nodes.

Segmentation and secure communication in fabric-based networks.

Sniffer

AP captures air traffic on a specific channel for analysis using tools like Wireshark.

  • Forwards packets to remote analysis tools.

  • Tags traffic with SGT during transit.

Network troubleshooting and packet analysis.

Monitor

AP acts as a sensor for LBS, rogue AP detection, and IDS without handling client traffic.

  • Dedicated airwave monitoring.

  • Does not serve clients.

Security monitoring and intrusion detection.

Site survey

AP used to configure RF parameters for site surveys.

Assists in RF analysis. For information, see the AP Survey Mode section in the Cisco Catalyst 9800 Series Wireless Controller Software Configuration Guide.

RF analysis for wireless planning.

Note

Sniffer mode: Ensure both server and Controller must be on the same VLAN to avoid errors.

Functionalities of each mode

  • Local mode: Default mode, two CAPWAP tunnels, central switching.

  • FlexConnect mode: Local switching, behaves like an autonomous AP, works even if the controller is unavailable.

  • Fabric mode: VxLAN tunnel to fabric edge, supports segmentation, SGT tagging.

  • Sniffer mode: Captures packets, sends to analysis tools, tags traffic with SGT.

  • Monitor mode: Acts as a sensor, no client traffic, supports LBS, IDS, rogue AP detection.

  • Site survey mode: Used for RF configuration during site surveys.

Determine image

Before you begin

Select the correct AP software image for the IW9165E based on its mode of operation. This ensures proper functionality and compatibility of the device.

Software images for the IW9165E are stored in various folders within the same section of the device. Each image corresponds to a specific AP mode, such as CAPWAP, URWB, or WGB/uWGB.

Procedure

Step 1

Locate the software images.

Navigate to the section where software images are stored on the IW9165E. Ensure you have access to the appropriate folders containing the images.

Step 2

Identify the AP's mode.

Determine the operational mode of the IW9165E. The device can operate in one of the following modes:

  • CAPWAP

  • URWB

  • WGB or uWGB

Step 3

Select the corresponding software image.

Choose the software image that matches the device's mode of operation. Refer to the table below for the appropriate software image:

Table 3.

IW9165E mode

Software image

CAPWAP

ap1g6b-k9w8-xxx.tar

URWB

UIW image ap1g6m-k9c1-xxx.tar

WGB or uWGB

Verify software running on the AP

Use the show version command to determine the image running on IW9165E.

Procedure

Step 1

If the output is shown as Cisco AP Software, (ap1g6b); AP is running with the CAPWAP mode.

Example:

Cisco AP Software, (ap1g6b), C9165, RELEASE SOFTWARE
Technical Support: http://www.cisco.com/techsupport
Copyright (c) 1986-2024 by Cisco Systems, Inc.
Compiled Tue Feb 20 23:04:29 GMT 2024

Step 2

If the output is shown as Cisco AP Software (ap1g6m); AP is running with the URWB mode or WGB/uWGB.

Example:

Cisco AP Software, (ap1g6m), C9165, RELEASE SOFTWARE 
Technical Support: http://www.cisco.com/techsupport
Copyright (c) 1986-2024 by Cisco Systems, Inc.
Compiled Tue Feb 20 23:04:29 GMT 2024

Image conversion

Before you begin

Perform this task to convert the IW9165E AP's image conversion between Wi-Fi (CAPWAP), URWB, and WGB modes. Image conversion is necessary to adapt the IW9165E AP to different operational environments or network requirements.


Warning

Image conversion performs a full factory reset, that erases all configurations and data on the device.

Procedure

Step 1

Use the configure boot mode urwb command to convert from CAPWAP to URWB mode or from WGB/uWGB to URWB mode. 

Device#configure boot mode urwb

Or

Step 2

Use the configure boot mode capwap command to convert from URWB to CAPWAP mode or from WGB/uWGB to CAPWAP mode. 

Device#configure boot mode capwap

Or

Step 3

Use the configure boot mode wgb command to convert from CAPWAP to WGB/uWGB mode or from URWB to WGB/uWGB mode. 

Device#configure boot mode wgb

Note

 

Once you perform these commands, the AP will reboot, and the new configuration will take effect.

Connect the computer to the AP console port

Before you begin

This task is applicable when direct access to the access point through a wired network is unavailable or unnecessary. A DB-9 to RJ-45 serial cable and a terminal emulator application are required to complete the task.

Perform this task to configure an access point locally without connecting it to a wired LAN. This allows you to access the CLI and execute the necessary configuration commands.

Procedure

Step 1

Connect the serial cable to the AP and computer.

  • Attach a nine-pin, female DB-9 to RJ-45 serial cable to the RJ-45 serial port on the AP.

  • Connect the other end of the cable to the COM port on your computer.

Step 2

Confidure the terminal emulator.

  • Launch a terminal emulator application on your computer.

  • Configure the terminal emulator with the following settings:

Parameter

Value

Baud rate

115200 bps

Data bits

Eight bits

Parity

No parity

Stop bits

One stop bit

Flow control

No flow control

Step 3

Log In to the AP.

  • Upon connecting, two command-prompt modes are available:

    • Standard Command Prompt (>)

    • Privileged Command Prompt (#)

  • When you log in for the first time, the CLI defaults to the standard command prompt (>) for unprivileged commands.

  • To switch to the privileged command prompt (#), enter the enable command (or its abbreviation en) and provide the enable password.

Step 4

Use default credentials to login.

  • Username: Cisco

  • Password: Cisco

Note

 

Once the initial configuration completes, ensure you to remove the serial cable from the AP.