CISCO WP-WIFI6-x Wi-Fi Interface Module WIM User Guide
- June 16, 2024
- Cisco
Table of Contents
CISCO WP-WIFI6-x Wi-Fi Interface Module WIM
Product Information
Specifications
- PID: WP-WIFI6-x (x signifies the regulatory domain)
- Hardware: Cisco Wi-Fi Interface Module (WIM)
- Front Panel: Refer to Table 1 for details
- Supported Models: IR1800 series
- Software Requirement: IR1800 router software running IOS-XE version 17.7.1 or greater
Hardware Overview
The Cisco Wi-Fi Interface Module (WIM) is connected to the IR1800 series Switch port (named wlan-GigabitEthernet 0/1/4). Refer to the front panel diagram for a visual representation of the WIM.
Front Panel
| Item | Description |
|---|---|
| 1 | Flexible Antenna Port (refer to additional details) |
| 2 | Enable LED (refer to LED Status descriptions) |
Software Overview
The WIM software features depend on the IOS XE software version of the router and the mode the WIM is running in. The following table provides details:
| Router IOS XE Release | WIM IOS XE Release Feature | WIM Software Image Type |
|---|---|---|
| 17.7.1 and Greater | Three Modes Supported: | ap1g8-k9w8 |
| 17.6.1 to 17.10.x | CAPWAP | C9800-AP-iosxe-wlc.bin |
| 17.6.1 to 17.10.x | EWC | ap1g8-k9w8 |
| 17.6.1 to 17.10.x | WGB | ap1g8-k9w8 |
| 17.7.1 and Greater | 17.11.1 and Greater Unified Industrial Wireless (UIW) |
ap1g8t-k9c1
Ordering Information
In Cisco Commerce Configuration, Wi-Fi software offers three types of configurations bundled with different image types. The WIM module is shipped with a pre-installed image bundle accordingly.
Product Usage Instructions
Step 1: Hardware Installation
- Connect the WIM to the IR1800 series Switch port (wlan-GigabitEthernet 0/1/4).
- Ensure the Flexible Antenna Port is securely attached.
Step 2: Software Configuration
- Make sure the IR1800 router software is running IOS-XE version 17.7.1 or greater.
- Choose the appropriate WIM Software Image Type based on the desired mode of operation (CAPWAP, EWC, or WGB).
- Download the corresponding software from the Software Download page.
- Install the software on the WIM module following the provided instructions.
Step 3: LED Status
The WIM module has two LEDs: Enable LED and Wi-Fi LED. Here are the descriptions of their statuses:
Enable LED
| LED Status | Description |
|---|---|
| Off | No Power |
| Yellow | The power is on, module is not yet functional |
| Green | The module is fully functional |
Wi-Fi LED
Note: LED status information does not apply to concurrent radio mode.
| LED Status | Description |
|---|---|
| Solid Green | Normal operating condition, but no wireless client |
associated
Solid Blue| Association Status
Flashing Green| Boot Loader Status
Flashing Blue| Boot Loader Status
Alternate between Green and Red| Operating Status
Cycle through Red-Off-Green-Off-Blue-Off| System error
FAQ
- Q: What is the PID of the Cisco Wi-Fi Interface Module?
- A: The PID is WP-WIFI6-x, where x signifies the regulatory domain.
- Q: Which models of the IR1800 series support the WIM?
- A: The WIM is supported on all four models of the IR1800 series.
- Q: What software version is required for the IR1800 router to support the WIM?
- A: The IR1800 router software must be running IOS-XE version 17.7.1 or greater.
- Q: What are the available modes of operation for the WIM?
- A: The available modes are CAPWAP, EWC, and WGB.
- Q: What are the LED statuses for the WIM module?
- A: The Enable LED can be Off (No Power), Yellow (Power is on, the module is not yet functional), or Green (Module is fully functional). The Wi-Fi LED can have various statuses indicating different conditions such as normal operation, boot loader status, operating status, and system error.
Cisco Wi-Fi Interface Module (WIM) Overview
This section provides an overview of the Cisco Wi-Fi Interface Module (WIM). The PID is WP-WIFI6-x where x signifies the regulatory domain. Highlights of the WIM are:
- Pluggable 802.11ax module for Cisco Catalyst IR1800 series
- WiFi-6 (802.11ax), 2×2 MIMO with 2 spatial streams
- Extended Temperature Range
- Field Replaceable Unit (FRU), however, does not support OIR (Online Insertion and Removal)
- Versatile RF coverage with external RP-SMA antenna connectors
- Flexible Antenna Port feature support
- Based on the Cisco AP 9105AXI
Hardware Overview
The following diagram shows the control and data path of the WIM. The wired interface is connected to the IR1800 series Switch port (named wlan- GigabitEthernet 0/1/4).
The following graphic shows the front panel of the WIM.
Table 1: WIM Front Panel
| Item | Description |
|---|---|
| 1 | Disabled when the flexible antenna ports are set to dual-band mode |
(Default).
2.4 GHz when the flexible antenna ports are set to single-band mode.
2| Disabled when the flexible antenna ports are set to dual-band mode (Default).
2.4 GHz when the flexible antenna ports are set to single-band mode.
3| 2.4/5 GHz when the flexible antenna ports are set to dual-band mode (Default).
5 GHz only when the flexible antenna ports are set to single-band mode.
4| 2.4/5 GHz when the flexible antenna ports are set to dual-band mode (Default).
5 GHz only when the flexible antenna ports are set to single-band mode.
5| Enable LED
6| Wi-Fi LED
Note Refer to Flexible Antenna Port for additional details.
The following table describes the Enable LED:
| LED Status | Description |
|---|---|
| Off | No Power |
| Yellow | The power is on, module is not yet functional |
| Green | The module is fully functional |
The following table describes the Wi-Fi LED:
Note
LED status information does not apply to concurrent radio mode. Concurrent radio Root AP + wireless client displays the default LED behaviour — Alternate blinking red/green.
| LED Status | Status Type | Description |
|---|---|---|
| Solid Green | Association Status | Normal operating condition, but no wireless |
client associated.
Solid Blue| Association Status| • WP-WIFI6 (CAPWAP mode):
Infra AP registered with WLC, Client connected to the AP
• WP-WIFI6 (UIW WGB):
1 — WGB registered with Infra AP
2 — Both Radio Root AP(second radio) + wireless client connected: NA
Solid Green| Boot Loader Status| Executing Boot Loader
Flashing Green| Boot Loader Status| Boot Loader Error, signing verification
error.
Flashing Blue| Operating Status| Software upgrade in progress.
Alternate between Green and Red| Operating Status| Discovery/Join process is
in progress.
Cycle through
Red-Off-Green-Off-Blue-Off
| Access Point operating system error| General warning; insufficient inline power.
Software Overview
The WIM is supported on all four models of the IR1800 series. Feature support has changed through different versions that run on the WIM software. The IR1800 router software must be running IOS-XE version 17.7.1 or greater. Features available on the WIM depend on what is available on the IOS XE software version of the router, and what mode the WIM is running in. The following table provides details:
Table 2: Feature Matrix
Router IOS XE Release| WIM IOS XE Release| Feature|
WIM Software Image Type
---|---|---|---
17.7.1 and Greater| | Three Modes Supported:|
17.6.1 to 17.10.x| CAPWAP| ap1g8-k9w8
17.6.1 to 17.10.x| EWC| C9800-AP-iosxe-wlc.bin
17.6.1 to 17.10.x| WGB| ap1g8-k9w8
17.7.1 and Greater| 17.11.1 and Greater| Unified Industrial Wireless (UIW)
software image type is introduced to support the following:
• UIW: WGB mode support move from ap1g8-k9w8 to ap1g8t-k9c1
• UIW: Concurrent Radio support with WGB uplink and Root AP mode
• UIW: Concurrent Radio support with dual Root AP mode
__
See more about the UIW image here.
Note that WGB mode in ap1g8-k9w8 was discontinued starting with 17.11.1.
| ap1g8t-k9c1
The feature set is aligned on AP 9105AXI. See th e Feature Matrix for Cisco Wireless Access Points. See the Software Download page for the different WIM software.
Ordering Information
In Cisco Commerce Configuration, Wi-Fi software offers three types of configurations, bundled with different image types. WIM module is shipped with a pre-installed image bundle accordingly:
- SW-WPWIFI6-EWC — Default EWC Access Point with C9800-AP-ios xe-wlc.bin + ap1g8-k9w8 image bundle (EWC + CAPWAP)
- SW-WPWIFI6-CW — Default CAPWAP Access Point with ap1g8-k9w8 + ap1g8t-k9c1 image bundle (CAPWAP + UIW WGB)
- SW-WPWIFI6-WGB — Default WGB Access Point with ap1g8-k9w8 + ap1g8t-k9c1 image bundle (CAPWAP + UIW WGB)
The WIM is capable of booting up different images and converting the AP type to support different modes of operation, within the programmed image bundle capability. See the conversion section for details. EWC and WGB are exclusive.
Tip
Cisco recommends you map the typical deployment use cases and order Wi-Fi software with a pre-installed image bundle.
Related Documentation
Many different options can be configured on the Access Point depending on your installation scenario. Other sources of documentation are available here:
- Cisco Catalyst 9100 Family of Access Points.
- Cisco Wireless Controller Configuration Guide.
- Cisco Embedded Wireless Controller on Catalyst Access Points FAQ.
- Cisco Catalyst 9800 Series Configuration Best Practices.
- Cisco Wave 2 Access Points as Workgroup Bridges.
- Cisco Industrial Wireless Workgroup Bridge and Universal WGB Deployment Guide.
References
- Cisco Catalyst 9800 Series Configuration Best Practices - Cisco
- Cisco Embedded Wireless Controller on Catalyst Access Points FAQ - Cisco
- Feature Matrix for Cisco Wireless Access Points - Cisco
- Cisco Wireless Controller Configuration Guide, Release 8.10 - Workgroup Bridges [Cisco Wireless LAN Controller Software] - Cisco
- Cisco Industrial Wireless Workgroup Bridge and Universal WGB Deployment Guide - Cisco