CyberTAN EWW631A1V1 Wireless Access Point User Guide
- June 25, 2024
- CyberTAN
Table of Contents
EWW631-A1
Access Point
Quick Setup Guide
v1.0
EWW631A1V1 Wireless Access Point
This Quick Setup Guide provides step-by-step instructions on how to install
and begin using your CyberTAN EWW631-A1 dual-band 802.11ax indoor Wi-Fi access
point (AP).
FIGURE 1 EWW631-A1 Access Point: Top View and Back View
Package Contents
A complete EWW631-A1 installation package includes all of the following. items:
- EWW631-A1 Access Point
- One mounting kit, including four 1-inch No. 8 steel pan-headPhillips sheet metal screws, one anti-theft screw and wall-mount anchors
- One external upper plate bracket
- One external lower plate bracket
- Service Level Agreement/Limited Warranty Statement (Optional)
- Dedlaration of Conformity (Optional)
- Regulatory Statement (Optional)
- This Quick Setup Guide (Electrical)
Required Hardware Tools
- Cyber controller (Confirm that ” Cyber Controller” has completed the irst registration)
- CatSe (or better) Ethernet cable
- 802.3atcompliant Power over Ethernet (PoE) switch or PoE injector
Step 1:
Connecting Your CyberTAN Controller to the AP
- Using an Ethernet cable to connect one of your controller LAN ports tothe PoE port of the AP. Refer to Figure 2.
FIGURE 2 EWW631-A1 AP Ports on Bottom Panel No.| Label| Description
---|---|---
1| 1G ETH PoE| 1 x 10/100/1000 Mbps PoE In Port: RJ-45 Ethernet port (supports 802.3af/at PoE)
2| Reset switch| Resets the AP - Verify that the PWR LED on the APis a steady blue
Step 2: Login Controller website for settting
- Using an Ethernet cable to connect your computer network port to one of the LAN ports on the controller.
- Open a browser (we recommend Chrome) on the computer to visit https://192.168.1.1 (or https://CyberTAN.wlan.local).
- You will be directed to the CyberTAN controller login page.
- Access the login page, input your registered account password, and then click “Sign to access the Controller dashboard
Step 3: Checking and find your EAP
NOTE: The CyberTAN controller must be di ctly connected to the EAP. through one of the Ethernet ports and powered on, ready for setup.
- Navigate to the “Topology” section in the left menu. The EAP you intend to adopt will be shown in the “Pending Adoption” block, and located at the bottom of the page.
- Click “Connected Devices/EAP” on the left Menu
- The EAP is linked to the “Controller” network by establishing a connection with the device. This connection status can be viewed on the topology page.
- Navigate to the “Topology” section located in the left menu.
- Locate the EAP icon and its corresponding MAC address. Once confirmed, proceed by clicking on the appropriate option.
- During the adoption process, the status will indicate “Onboarding…”.
- Once the process is successfully completed, the new EAP will seamlessly integrate into the current “topology” and its machine LED will display a blue light.
Step 4:
Placing the AP in Your Site
- Position the AP in its designated permanent location, ensuring it is accessible for network connections. For detailed installation instructions, please consult the “Mounting Instructions” guide
- Connect the CatS cable to the POE in port of the AP, andtoa convenient power source (e.g., CyberTAN controller LAN port, POE Ethernet switch or POE Ethernet injector) switch or PoE injector, it is essential to utilize a Cat Se (or better) Ethernet cable.
- Verify that the Uplink port LED is lit.
After a short pause to re-establish the Internet connection, you can test the AP.
Step 5:
Verifying the Installation
- Using any wireless-enabled computer or mobile device to search for default SSID cyfi_25g and connect to it.
- Once connected, open a web browser and access any public website.
Congratulations! Your wireless network is now active and operational.
Mounting Instructions
Without an Ethernet outlet:
This setting is in the case without Ethernet hole
- Attach the lower cover ceiling plate to the desired ceiling location.
- Mark the positions of the four screw holes.
- After removing the ceiling plate, proceed with drilling
- Align the upper and lower ceiling plates, inserting screws through the holes in the plates and the newly drilled ceiling holes.
- Place four nuts onto the screws and tighten them securely.
- Confirm the stability of the ceiling plate kit.
- Connect the Ethernet cable with the EAP.
- Align the EAP with the ceiling plate
- Rotate the EAP clockwise to secure it in place.
- Lock the anti-theft screw into the anti-theft hole to fix the AP and the lower cover ceiling plate.
- Your EAP setup is now completed
Using an Ethernet outlet:
Make sure the ceiling you want to use has an Ethernet outlet.
- Attach the lower cover ceiling plate to the desired ceiling location.
- Mark the positions of the four screw holes..
- After removing the ceiling plate, proceed with drilling
- Align the upper and lower ceiling plates, inserting screws through the holes in the plates and the newly drilled ceiling holes.
- Place four nuts onto the screws and tighten them securely.
- Confirm the stability of the ceiling plate kit.
- Retrieve the Ethernet cable from the Ethernet hole and connect it to the EAP.
- Align the EAP with the ceiling plate
- Rotate the EAP clockwise to secure itin place.
- Lock the anti-theft screw into the anti-theft hole to fix the AP and the lower cover
- Your EAP setup is now completed. ceiling plate.
Abstract
Our network status dashboard simplifies the task of managing the entire
network. With its user-friendly interface, you can effortlessly monitor and
control the status of your network in real-time.
The dashboard presents an intuitive overview of key network metrics, such as
availability, performance, and security alerts. You can easily navigate
through interactive charts and graphs to gain valuable insights and quickly
identify any issues.
With just a few clicks, you can take proactive measures to optimize network
performance, minimize downtime, and ensure a seamless experience for your
users. Our user-friendly network status dashboard empowers you to handle
network management with ease and efficiency. the table below shows the
overview of each page
| name | description |
|---|---|
| Dashboard | offers comprehensive information, including controller details, |
Traffic Overview, Client Table, WiFi Quality, and Internet Health, all
presented through intuitive charts for easy understanding of the network’s
current status
Topology| displays a network topology, where each node is labeled as either a
Controller, EAP, or end-user device. Additionally, each node is identified by
name and provides relevant information
Connected Devices| lists all connected devices includes EAPs and client-
devices and displays detail information about each of them
Statistics| provides statistics of upload, download and services
Wi-Fi Insights| shows a comprehensive list of Wi-Fi access points (APs) around
the network
Settings| shows all other setup include Wi-Fi, Network, Internet, Static
Route, Firewall, Port Forwarding, and System
Login the controller
The following are the procedures that how to login the controller.
Stepl, Open a browser (we recommend Chrome) and visit https://192.168.1.1
(or https://sonicfi.wlan.local).
Step 2, You will be directed to the controller login page.
Step 3, Access the login page, input your registered account password, and
then click “Sign in” to access the Controller dashboard Step 4, To initiate
the firstlogin, you need to complete the account registration process. Use the
default account / password:
admin@sonicfi.com.tw/Eap@12345.
Step 5, After entering these, click “Sign in” to access the registration page.
Step 6, On the registration page, you can establish your own new account and
password. After entering the required information, simply click “Sign up”. It
will return to the Login Page.
Step 7, Access the login page, enter your registered account’s password, and
click “Sign in” to access the Controller dashboard. 
Onboarding the device
Once the dashboard page is visible, please follow the below procedures to
install an access point.
The installation procedures are shown in below.
Note: We strongly suggest userto “onboard” the device first and then put
the device in the service location.
Step 1, The initial EAP must be connected to the controller’s LAN port using a
network cable.
Step 2, After that, on Topology page of the controller web GUI, you can locate
“pending adoptions” in the bottom-left corner.
Step 3, To adopt the
access point, simply click on it and wait for the adoption process to
complete.
The process may take around two minutes. 
Step 4, For more information
about the Controller Web GUI information and the usage, please refer to this
manual.
Step 5, After setting up the basic network topology, you can adopt other
access points through wire or wireless.
The result can setup the first tier access point which is shown on the above
topology page. When user would like to use “wireless backhaul” architecture to
install the second tier access point, please follow the below procedures.
Note: We strongly suggest user to “onboard” the device first and then put
the access point in the service location.
Step 1, The EAP can power on by PoE. Please find a PoE switch or PoE injector
to connect to “LAN(PoE In)” port of EAP. Step 2, Access the topology page of
controller. Waiting the new EAP shows on the “pending adoption”
area.
Step 3, Click the new EAP and then this EAP
adds on the topology automatically.
Dashboard Page
The information provided on the Dashboard page includes controller
information, Traffic Overview, Client Table, WiFi Quality, and Internet
Health. Most of the information is presented in the form of charts to
facilitate users in quickly understanding the current status. 
Controller Information provides below information (Figure 1.)
WAN IP, Gateway IP, System Uptime (the amount of time since the system was
last rebooted or turned on), Internet Uptime (the amount of time that an
internet connection has been available), and Internet Health (include latency
of internet services and usage of broadband) Traffic Overview presented in
chart form shows which network service uses the most data, and provide
information on upload, download, and total usage for each service (Figure 1.)
Client Table shows how many clients connected and what kind of connection type
(2.4G, 5G, or wired) they used. It shows us the quality of each connection
type as well (Figure 1.)
WiFi Quality uses chart to present user’s internet experience or quality of
experience (QoE) (Figure 1)
Internet Health shows latency of key internet services and internet quality in
chart (Figure 1.)
When you clickon the “Traffic Overview” in Dashboard page, it will take you to
a statistics page that provides a more detailed view of your controller’s
traffic status, which we will explain further later on.
When you click “Client Table” on the Dashboard page, a list of devices will
appear along with more detailed information for each device. This information
includes the connection status, name, connection type, IP address, channel,
quality, signal strength (RSSI), receive rate (RX rate), transmit rate (TX
rate), and history. (Figure 2.) 
Topology Page 
The Topology page displays a network topology, where each node is
labeled as either a Controller, EAP, or end-user device. Additionally, each
node is identified by name and provides relevant information. (Figure 3.)
When you click on a node inthe network topology, detailed information about
the node will appear on the right side of the screen. The type of node will
determine what information is displayed in addition to the overview section.
In the Overview tab of the Controller nodes, you’ll find information on the
Controller Model, Clients, General, WAN, Downlink, and Statistics.
Additionally, the Port tab lists all the ports on the Controller and displays
the status of each, including Speed, Activity, TX Counts, and RX Counts.
Lastly, in the Settings tab, you’ll find options to restart or factory reset
the Controller, as well as the ability to use the Controller to ping other
devices. (Figure 4.)
In the Overview tab of the Controller nodes, you can find several information
sections. The Controller Model Info Section displays the WAN IP, IP Address,
and Device Version. The Clients section provides a list of all clients
connected to the Controller, including their status, name, and quality of
connection. In the General Section, you can find information such as IP
Address (WAN), IP Address (LAN), MAC Address, Uptime, Memory Usage, and Load
Average. The WAN Section provides details on the IP Address, Speed, ISP, Down
Pkts/Bytes, Up Pkts/Bytes, Down Activity, and Up Activity. The Downlink
Section lists all SonicFi devices connected to the Controller and their
respective device name and quality of connection. Finally, the Statistics
Section shows a chart displaying CPU and RAM usage. (Figure 4.)
The Overview tab for EAP nodes provides information on the EAP
model, clients, general settings, uplink (wired/wireless), and air stats
(2.4G, 5G). In addition, the Traffic Statistics tab displays the total data
download/upload usage in separate charts and lists all services and their
corresponding data usage for both download and upload through the EAP.
Finally, within the Settings tab, users can manage the EAP by updating,
locating, restarting, factory resetting, or removing it. (Figure 5.)
In the EAP nodes’ Overview tab, you can access various sections
with different types of information. The EAP Model Info Section displays
important information such as the Model Name, IP Address, and Device Version.
Additionally, the Clients section provides a comprehensive list of all
connected clients, including their name, channel, signal (RSSl), and
connection quality. The General Section contains crucial details such as the
MAC Address, Uptime, Memory Usage, and Load Average. Furthermore, the Uplink
Section (Wired/Wireless) provides specific statistics on the Uplink, Down
Pkts/Bytes, Up Pkts/Bytes, and Activity. Lastly, the Air Stats Section
showcases the status of both 2.4GHz and 5GHz, including Channel, Transmit
Power, Tx Pkts/Bytes, Rx Pkts/Bytes,
Tx Retry/Dropped, Rx Retry/Dropped, Ch. Util. (Busy/Rx/Tx), and Clients. These
sections offer a comprehensive overview of all essential aspects of the EAP
nodes. (Figure 5.)
The Overview tab of the end-user nodes provides information about the Client
Model and RSSI History. Additionally, the Traffic Statistics tab presents
charts that display the total data download/upload usage separately, and lists
all services along with their corresponding data usage for both download and
upload on the end-user device. (Figure 6.)
On the Overview tab of the end-user nodes, there are two sections: Client
Model Info and RSSI History. The Client Model Info section displays basic
information about the end-user device, including its name, uplink, wireless
quality, IP address, MAC address, manufacturer, operating system, and uptime.
Meanwhile, the RSSI History section shows the quality of RSS! in both 2.4G
and 5G bands in the form of a chart
that tracks the device’s connectivity over time. (Figure 6.)
Statistics Page 
This page consists of two sections
of information – the “Traffic Overview” section and the “Identified Traffic”
section.
The “Traffic Overview” section offers details on the amount of data uploaded,
downloaded, and used in total. You have the option to filter the information
by selecting the category type (All or Identified) and the event type (All,
Download, or Upload).
The “Identified Traffic” section has two types: Apps and Clients. The Apps
type displays a list of services and provides information on each service’s
name, traffic, download, and upload. The Clients type displays all the
information offered in the Apps type, except that it shows the client’s name
instead of the service’s name. (Figure 8.) 
Connected Devices Page 
To view all
connected devices, simply click on “Connected Devices” in the left sidebar.
This will expand to display all kind of connected devices, including EAP and
Client. By clicking on the specific kind of device of interest, you will be
directed to its corresponding Devices page, which lists all relative devices.
By selecting the particular type of device you are interested in, you will be
directed to its corresponding Devices page, which provides a list of all the
related devices. The EAP Devices page lists all the EAP devices and provides
detailed information such as connection status, name, MAC address, IP address,
connection quality, firmware version, and clients associated with each device.
On the other hand, the Client Devices page lists all the end-user devices and
provides information such as connection status, name, connection type, IP
address, channel connection quality, RSSI signal, RX Rate, TX Rate, and
history of each device.
Wi-Fi Insights Page
To view a comprehensive list of Wi-Fi access points (APs) around the
Controller, simply access the
“Wi-Fi Insights”
option located on the left sidebar. This will redirect you to the Wi-Fi Scan
page, where you can see details such as the name of the Wi-Fi, MAC address,
security type, Wi-Fi standard, RSSI signal strength, channel, frequency, band,
channel width, and vendor information for each scanned AP. Moreover, the page
also features detailed charts for the 2.4 GHz and 5 GHz bands. Initially, the
page may be empty with no information displayed, but by clicking on the “Scan”
button, the Controller will initiate a scan of all potential APs. Please note
that the scanning process may take anywhere between 3 to 5 minutes.
Settings Page
When you click on “Settings” in the left sidebar, a list of all possible
settings to manage the Controller and the EAPs will expand. These settings
include Wi-Fi, Network, Internet, Static Route, Firewall, Port Forwarding, and
System.
The Wi-Fi settings page allows you to customize Channel Width, Transmit Power,
and Channels in both the 2.4G and 5G bands, along with Steering and
Sensitivity options.
Additionally, you can create new Wi-Fi settings or edit existing ones with
fields such as Name, Password, Wi-Fi Band, Fast Roaming, Security Protocol,
Group Rekey Interval, Hide Wi-Fi Name, and MAC Address Filtering. (Figure 12.,
Figure 13.)
The Network Settings page enables you to configure your LAN by setting up the
IP address and Netmask, as well as the DHCP server with a range of IPs and
lease time. (Figure 14.)
The Internet Settings page displays the current Internet status, including
active status, name, IP address, and uptime. From this page, you can also edit
WAN settings and the IPv4 connection type. WAN settings include name, VLAN ID,
MAC address clone, and DNS server. (Figure 15., Figure 16.)
The Static Route & Firewall Settings page displays a comprehensive list of the
current settings for Static Routes, Firewalls, and Port Forwarding (Figure
17.). You have the ability to modify or create new Static Routes with fields
such as Enable, Name, Target Network IP, Netmask, Gateway IP, and Interface
(Figure 18.). Similarly, you can create or modify Firewalls with fields such
as Enable, Name, Action, Input Interface, Output Interface, IP Type, Source
IP, Source Port, Destination IP, and Destination Port (Figure 19.).
Additionally, you can set up Port Forwarding by creating or editing entries
with fields such as Enable, Name, Private IP, Interface Private Port, Type,
and Source Port (Figure 20.). The Firewall and Port Forwarding functions can
be easily switched on or off as needed.
On the System Settings page, you can configure your language settings, check
for firmware updates, restore from a backup, download backup configurations,
enable or disable system logging and set up an NTP server IP (Figure
21).
Account Profile
On the top right corner of the main page, you will find your personal icon.
Clicking on it will take you to the Configuration Manager page. Here, you can
change your password, create cloud credentials, and log out.
Federal Communication Commission Interference Statement
This equipment has been tested and found to comply with the limits for a Class
B digital device, pursuant to Part 15 of the FCC Rules. These limits are
designed to provide reasonable protection against harmful interference in a
residential installation. This equipment generates, uses and can radiate radio
frequency energy and, if not installed and used in accordance with the
instructions, may cause harmful interference to radio communications. However,
there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and
on, the user is encouraged to try to correct the interference by one of the
following measures:
- Reorient or relocate the receiving antenna.
- Increase the separation between the equipment and receiver.
- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
- Consult the dealer or an experienced radio/TV technician for help.
FCC Caution: Any changes or modifications not expressly approved by the party
responsible for compliance could void the user’s authority to operate this
equipment.
This device complies with Part 15 of the FCC Rules. Operation is subject to
the following two conditions: (1) This device may not cause harmful
interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
FCC regulations restrict the operation of this device to indoor use only.
IMPORTANT NOTE:
FCC Radiation Exposure Statement:
This equipment complies with FCC radiation exposure limits set forth for an
uncontrolled environment.
This equipment should be installed and operated with minimum distance 43cm
between the radiator & your body.