1. Introduction
The COMFAST CF-E538AC V2 is a gigabit dual-band in-wall Access Point (AP) designed to provide high-speed wireless signal transmission across two frequency bands: 2.4GHz and 5.8GHz. It features intelligent dual-band switching and supports seamless roaming, making it suitable for demanding network environments such as hotels, guesthouses, enterprises, schools, dormitories, and commercial spaces.
This manual provides detailed instructions for the installation, configuration, and troubleshooting of your COMFAST CF-E538AC V2 In Wall AP.
2. Package Contents
Please check the package for the following items:
- COMFAST CF-E538AC V2 Wall AP: 1 unit
- Screws: 2 units
- Quick Installation Guide (this document)
- Warranty Card
Note: A 48V POE switch or 48V POE adapter is required for power supply and is not included in the standard package. Ensure you have a compatible 48V POE power source.
Image: An example of a 48V POE Adapter, which is required but sold separately.
3. Specifications
| Feature | Description |
|---|---|
| Model No. | CF-E538AC V2 |
| Hardware Specifications | Chipset: MT7621DA+MT7613B+MT7603E; DDR: 128MB; Flash: 16MB |
| Antenna | Built-in 2*2.4G dBi antennas; 2*5.8G dBi internal antennas |
| Wireless Standards | IEEE802.11b/g/n/ac |
| Transmission Rate | 2.4GHz: 300Mbps; 5.8GHz: 867Mbps (Total 1200Mbps) |
| RF Parameters | Output Power(Max): 80mW(19dBm); Receiving Sensitivity(Max): -96dBm; Working Frequency: 2.412GHz-2.472GHz, 5.180GHz-5.825GHz |
| Physical Ports | 1*10/100/1000Mbps RJ45 WAN (Blue) port; 1*10/100/1000Mbps RJ45 LAN (Gray) port |
| Power Supply | 802.3af/802.3at POE Power Supply (0-100m); Support 48V POE |
| Power Consumption | <12W |
| IP Index | IP41 |
| MTBF | >250000H |
| Case | Plastic Case (Imported ABS Material) |
| Size | 86*86*33mm |
| Working Temperature | 0°C~40°C |
| Storage Temperature | -40°C~70°C |
| Operation Humidity | 10%~90%RH Non-condensing |
| Storage Humidity | 5%~90%RH Non-condensing |
Image: Diagram showing the dimensions of the COMFAST CF-E538AC V2 In Wall AP (86mm x 86mm x 33mm).
4. Setup and Installation
4.1 Installation Diagram
The COMFAST In Wall AP can be deployed in various network configurations. Below are two common solutions:
Solution 1: Single Device Settings
Image: Diagram illustrating a single device installation where the AP is powered by POE and connected directly to the internet. This setup allows independent web-based configuration.
Solution 2: Multiple Devices Settings
Image: Diagram showing multiple APs connected to a Core POE switch, which is then connected to a Core Gateway. This setup is for centralized management and local portal settings via an AC core gateway.
Note: The product model shown in these diagrams is for illustration purposes only and may not represent the exact physical appearance of your product.
4.2 Installation Methods
The In Wall AP is designed for discreet installation within a wall. The following steps outline the general installation process:
4.2.1 Wall-mounted Installation
- **Prepare the Network Cable**: Access the network cable crystal head.
- **Position the AP**: Put the AP into the wall cassette.
- **Secure the Device**: Align the screw holes on the device with the cassette, install the screws to fix it.
- **Cover the Seal**: Knock off the panel seal and then cover it over the installed screws.
Image: Step 1 - Accessing the network cable crystal head for connection.
Image: Step 2 - Aligning the device and securing it with screws into the wall cassette.
Image: Step 3 - Covering the installed device with the panel seal for a flush finish.
Note: The guide is based on one kind of panel, and the installation of other panels is similar to this.
5. Device Configuration
5.1 Connection Diagram for Single Device Configuration
Image: Diagram showing how to connect the AP for single device configuration. The WAN port is on the back, and the LAN port is on the front.
To configure the device, set your computer to obtain an IP address automatically. Then, connect the LAN port of the device to your computer's network port.
5.2 Accessing the Web Management Interface
The device defaults to "fat AP mode". Follow these steps to access the web interface:
- **Power On**: Power on the device and wait approximately 90 seconds for it to start up.
- **Connect**: Connect the device's LAN port to your computer using a network cable.
- **Open Browser**: Open a web browser and input
192.168.10.1into the address bar to enter the setup interface. - **Login**: The device defaults to Router Mode. The first time you log in, you will need to set a password. You can choose between Chinese and English languages using the icon in the top right corner.
Image: Screenshot of the web interface login page, showing fields for password and language selection.
5.3 Working Modes
Upon entering the setting page, you will find four primary working modes:
- AP Mode
- Bridge Mode
- Router Mode
- Repeater Mode
5.3.1 AP Mode Configuration
In AP mode, you will configure the IP Address and Subnet Mask. These settings should be within the same network segment as your upper network and must not conflict with the upper network router's IP address.
- Click on "AP Mode" in the wizard.
- Set the IP Address and Subnet Mask.
- Configure the 2.4G/5.8G wireless SSID, password, channel, and country.
- Click "Next" to save settings.
Note:
- In AP mode, IP addresses for other connected devices will be allocated by the upper network router.
- The AP requires an intranet IP address (do not use the same IP as the upper router). For device management, manually set your computer's IP address to the same network segment as the AP's intranet IP.
Image: Screenshot of the AP Mode configuration page for IP Address and Subnet Mask settings.
Image: Screenshot of the AP Mode configuration page for wireless SSID, password, channel, and country settings.
5.3.2 Bridge Mode Configuration
For Bridge Mode, ensure that WDS (Wireless Distribution System) is enabled on your upper network. The AP device can be set up with an intranet segment (do not use the same IP address as the upper router).
- Select "Bridge Mode" in the wizard.
- Select the wireless SSID signal you wish to bridge (distinguish between 5.8GHz and 2.4GHz).
- Input the wireless password (this is the same as your upper network router's password).
- Click "Next" to finish settings.
Image: Screenshot of the Bridge Mode configuration page for IP Address and Subnet Mask settings.
Image: Screenshot showing scan results for available wireless networks in Bridge Mode, allowing selection of the SSID to bridge.
5.3.3 Repeater Mode Configuration
In Repeater Mode, the AP device's internal network segment (gateway IP) should not be the same as the upper device's gateway IP.
- Select "Repeater Mode" in the wizard.
- Select the wireless SSID signal you want to relay (distinguish between 5.8GHz and 2.4GHz).
- Input the wireless password (this is the same as your upper network router's password).
- Click "Next" to finish settings.
Image: Screenshot of the Repeater Mode configuration page for IP Address and Subnet Mask settings.
Image: Screenshot showing scan results for available wireless networks in Repeater Mode, allowing selection of the SSID to extend.
5.3.4 Router Mode
In Router Mode, there are three ways to connect to the internet: PPPOE, Static IP, and DHCP. Please refer to your router's specific settings for detailed configuration in this mode.
6. Key Features
6.1 Gigabit High-Speed Transmission
The CF-E538AC V2 offers 1200Mbps wireless transmission combined with Gigabit Ethernet, ensuring a smooth and fast WiFi experience.
Image: A bar chart comparing wireless transmission speeds: 300Mbps (802.11n), 900Mbps (802.11n), and 1200Mbps (802.11ac).
6.2 POE Power Supply
The device supports POE (Power over Ethernet), allowing both data transmission and power supply through a single network cable. This simplifies installation and reduces engineering costs.
Image: Icons illustrating the benefits of POE: No Need External Power Supply, One Network Cable, Security Assurance.
6.3 Three-core CPU for Stable Performance
Equipped with a three-core CPU, 128MB DDR, and 16MB Flash, the AP ensures high concurrency and a strong, stable signal.
Image: Diagram highlighting the three-core CPU, 128M DDR, high concurrency, and strong signal capabilities.
6.4 Dual Band 5G Priority
The device operates on both 2.4GHz and 5.8GHz dual bands. It prioritizes connection to the 5GHz band for a better WiFi experience when available.
Image: Illustration showing 2.4GHz (300Mbps, 11N) and 5.8GHz (867Mbps, 11AC) bands, with 5G prioritized.
6.5 Support 802.11AC Wave 2
The AP supports 802.11AC Wave 2 MU-MIMO (Multi-User, Multi-Input, Multi-Output) technology. This allows the Wave2 AP to communicate with multiple clients simultaneously, significantly increasing multi-user throughput and overall user experience. Features include RF Hardware Acceleration, CPU Hardware Acceleration, MU-MIMO Optimization, and Beamforming.
Image: Diagram explaining 802.11AC Wave 2 MU-MIMO technology and its benefits for multiple client communication.
6.6 AC Management Plug and Play
In Soft AP mode, the device offers plug-and-play functionality and can be managed by an AC Gateway.
Image: Diagram showing multiple In-wall APs managed by an AC Gateway and a POE Switch.
6.7 Chinese and English SSID Support
The device supports both Chinese and English SSIDs, providing more flexibility for network settings.
Image: Screenshot of a mobile device displaying both Chinese and English SSIDs for network selection.
6.8 Intelligent Flow Control
The AP features intelligent flow control, automatically detecting broadband speed and allocating resources. It prioritizes network behavior and optimizes broadband resources in real-time to ensure a smooth network experience.
Image: Diagram illustrating intelligent flow control managing user download speeds (e.g., within 20MB/s, within 60MB/s, unlimited).
6.9 Comprehensive Coverage and Seamless Roaming
The device supports seamless roaming and automatic switching. When matched with an AC gateway, it allows for unified management of multiple APs, eliminating WiFi dead zones. It automatically switches users to an AP with a better signal as they move.
Image: Icons representing Fast Switch, Fast Connect, and Refuse Offline, indicating seamless roaming capabilities.
6.10 Network Topology Examples
Home Network Topology
Image: Diagram showing a home network setup with an AC gateway Router, a POE Switch, and multiple In-wall APs in different rooms (Living room, Master bedroom, Guest room, Study room).
Hotel/Dormitory Network Topology
Image: Diagram illustrating a hotel/dormitory network setup with an AC gateway Router, an Aggregation switch, multiple POE Switches, and numerous In-wall APs in individual rooms.
7. Maintenance
To ensure optimal performance and longevity of your COMFAST In Wall AP, consider the following general maintenance tips:
- **Keep Clean**: Ensure the device's vents are free from dust and obstructions to prevent overheating.
- **Firmware Updates**: Periodically check the manufacturer's website (www.szcomfast.com) for firmware updates. Updating firmware can improve performance, add new features, and fix bugs.
- **Environmental Conditions**: Operate the device within the specified working temperature and humidity ranges to avoid damage.
- **Secure Connections**: Periodically check all cable connections (Ethernet, POE) to ensure they are secure.
8. Troubleshooting (FAQ)
Q1. What is the firmware language? What language can I change to?
A: The access point supports English and Chinese. You can generally choose English during the setup process.
Q2. How many SSIDs can be set in this access point?
A: The access point can be configured with up to 16 SSIDs.
Q3. How many users can connect at the same time?
A: This Access Point supports 10-30 users simultaneously in an environment without significant obstacles.
Q4. Does the access point support connection with a 24V POE switch?
A: No, this Access Point requires connection with a 48V POE Switch or a 48V POE adapter. It is not compatible with 24V POE switches or adapters.
Q5. Does the access point have Gigabit ports?
A: Yes, this Access Point features Gigabit ports. It includes one 10/100/1000Mbps RJ45 WAN (Blue) Port and one 10/100/1000Mbps RJ45 LAN (Gray) Port.
Q6. Does the access point support roaming?
A: Yes, this Access Point supports roaming WiFi. For optimal roaming, it is suggested to use it with a compatible AC router. Setting the same SSID across multiple APs is recommended for seamless management and monitoring of the access point's working condition.
9. User Tips
- **Power Supply**: Always ensure you are using a 48V POE power source (switch or adapter) as the device is not compatible with 24V POE.
- **Seamless Roaming**: For the best roaming experience in multi-AP setups, pair this device with an AC router and configure all APs with the same SSID.
- **Initial Setup**: Remember to set a strong password when accessing the web management interface for the first time.
10. Warranty and Support
COMFAST is a registered trademark of Shenzhen Four Seas Global Link Network Technology Co., Ltd. Company. All other trademarks and registered trademarks mentioned in this document belong to their respective owners.
Product specifications and information in this manual are subject to updates without notice. This manual serves as a user guide, and all statements and information herein do not constitute any form of guarantee.
For further assistance or inquiries, please contact the manufacturer:
- **Manufacturer**: Shenzhen Four Seas Global Link Network Technology Co., Ltd. Company
- **Address**: Room 607-610, Block B Tao JINDI Electronic Business Incubation Base, Tenglong Road, Longhua District, Shenzhen, China
- **Hotline**: 0755 83790059 / 83790659
- **Website**: www.szcomfast.com
A user manual in PDF format is also available for download: User manual (PDF)
11. Product Video Overview
Video: An overview of the COMFAST In Wall AP, showcasing its design and features.
