INNONET BTCPE10 TVWS Backpack Wi-Fi User Manual

: June 15, 2024
: INNONET

Table of Contents

TCPE10 TVWS Backpack Wi-Fi
System Introduction
TVWS WEB UI
Maintenance
Read User Manual Online (PDF format)
Download This Manual (PDF format)

TVWS Backpack Wi-Fi
Operation manual
INNONET Co., Ltd.

TCPE10 TVWS Backpack Wi-Fi

※ Free service users may not be provided with all services in the manual. In addition, the service can be changed without any special mention due to service improvement
FCC COMPLIANCE STATEMENT
CAUTION: Changes or modifications not expressly approved could void your authority to use this equipment
This device complies with Part 15 of the FCC Rules. Operation 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 §15.105 Information to the user.
NOTE: 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 or more 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 §15.706 Information to the user.
This equipment has been tested and found to comply with the rules for white space devices, pursuant to part 15 of the FCC rules. These rules are designed to provide reasonable protection against harmful interference. 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. 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 or more 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 manufacturer, dealer or an experienced radio/TV technician for help.

FCC RF Radiation Exposure Statement
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.
Caution: Exposure to Radio Frequency Radiation
To comply with FCC RF exposure compliance requirements, for fixed configurations, a separation distance of at least 30cm must be maintained between the antenna of this device and all persons. This device must not be co-located or operating in conjunction with any other antenna or transmitter.

System Introduction

1.1 Service Configure
The service composition using backpack Wi-Fi is shown below. INNONET BTCPE10
TVWS Backpack Wi-Fi - Service Configure 1) Advantages of TVWS Internet of Things
With the rapid activation of the Internet of Things recently, services that require high-speed data communication such as video, Wi-Fi, and IP camera services are rapidly increasing.
Although LTE, which is a wireless communication, is used in rural households, islands, livestock farms, and fish farms, which are difficult to establish wired communication, there is a burden of communication charges.
TVWS eliminates the burden of telecommunications charges in unlicensed bands and saves time and money over wired communication.
2) TVWS configuration and utilization
It consists of master equipment and slave equipment for TVWS communication.
Where the master equipment needs to be wired to the TCP/IP network, the slave equipment is installed in an area to supply Internet of Things services, and each device communicates with a wireless TVWS signal.
Using backpack Wi-Fi, you can provide public Wi-Fi services and live streaming services to the venue.
In addition, if your network collapses due to disasters such as earthquakes and fires, and power is difficult, you can use your battery to provide emergency Wi-Fi services.
Precaution
Do not use outdoor, In door use only
1.2 Network Configure
The TVWS Gateway consists of 1:1 connections between one master equipment and one slave equipment. Depending on the service area, 1:N can be configured to connect up to 9 slave equipment to 1 master equipment.
Multiple cameras can be connected to each slave device, and equipment from other companies can be connected using the following ports. INNONET BTCPE10
TVWS Backpack Wi-Fi - Service Configure 1 This is the network configuration diagram of the backpack Wi- Fi master equipment. Please refer to the example below and check the network configuration as needed. (Each port can be changed.) INNONET BTCPE10 TVWS
Backpack Wi-Fi - device 1 This is the network configuration diagram of the backpack Wi-Fi Slave equipment. Please refer to the example below and check the network configuration as needed. To connect equipment other than the equipment provided, refer to the NVR IP and port in the figure below to change the settings of the equipment you want to connect to and connect to the configuration of the slave equipment. (Each port can be changed.) INNONET BTCPE10 TVWS Backpack Wi-Fi - device
2 1.3 TVWS Backpack Wi-Fi
1.3.1 Wi-Fi equipment and support backpack.
– Introduction and function.

IEEE 802.11af modem support
Access to the TV White Space database
WEB UI support
LOS distance communication greater than 10 km
Support for bonding of neighboring two channels (6+6MHz)
Transmit power control function
Long-range Point-to-Multi Point (PtMP) support
Wi-Fi(IEEE 802.11n) support.
remote firmware update for the support.
Supports battery operation when power is difficult to use, such as a power outage

Precautions
This equipment must be installed by professionals and must comply with the regulations of their country and region. In addition, depending on the surrounding wireless environment, communication between equipment may not be possible without a TVWS available channel.
Equipment Specifications

Technical Standards	IEEE 802.11af
Duplex	TDD
Channel bandwidth	6MHz / 12MHz (Support for bonding of neighboring two

channels (6+6MHz))
Operating Frequency| 470 – 698MHz
Modulation Method| BPSK, QPSK, 16-QAM, 64-QAM, 256-QAM
Maximum Data Rate (TCP)| 19Mbps @6MHz BW
26Mbps @12MHz BW
Maximum Output Power| 27dBm±2dB @6MHz BW
17dB Gain Control @1dB step
TX/RX Carrier| 1×1 SISO
Output Spectrum Mask| 55dBr @C.F±3.0MHz, 6MHz BW
Out of band launch.| ≤ -42.8dBm @RBW 100kHz
Receipt Sensitivity| -77dBm @MCS8(256-QAM 3/4)
-84dBm @MCS5(64-QAM 2/3)
-91dBm @MCS3(16-QAM 1/2)
-96dBm @MCS1(QPSK 1/2)
-98dBm @MCS0(BPSK 1/2)
Maximum Access Devices| 9
GPS| built-in type
Operating Temperature| built-in type
-20°C to 50°C @elevation 0 m
IP Rating| IP65
Electrostatic Discharge| 8kV air, 4kV contact
Battery| 14.4V / 19.8Ah / 294Wh
AC Power| AC 110 ~ 230 V / 50-60Hz
Power Consumption| 35W
Size| 500 mm x 500 mm x 300 mm (including backrest)
Weight| 12 kg or less
HOUSING| sheet metal aluminum
Antenna Port| TVWS ANT port 1ea (N Type(F) / 50 ohm)
Wi-Fi ANT port 2ea (RP-SMA Type(F) / 50 ohm)
Ethernet Ports| RJ45 Connectors 2ea (10/100Base-T)
(WAN Port, LAN Port)
Standard / BW (Wi-Fi)| 802.11n / 20 MHz
Operating Frequency| 2 412 ~ 2 462 MHz (Varies by region/country)
Switch| 2 (power switch, battery switch)

1.3.2 TVWS Backpack Wi-Fi Component

TVWS Backpack Wi-FI|
---|---
AC Cable|
Patch Anntena|
Wi-Fi omni Antenna|

1.3.3 TVWS Backpack Wi-Fi component description.

TVWS Backpack Wi-Fi Top

Extension pole (GND)
Ethernet port (WAN/LAN)
Wi-Fi Antenna Port
GPS
TVWS Antenna Port
Power

TVWS Backpack Wi-Fi Inner

Battery
TVWS Module
Power Switch / Battery Switch
PSU

TVWS Patch Antenna

Electrical Specification

5) Wi-Fi Omni Antenna

Electrical Specification

1.4 Safety Precautions
1.4.1 General precautions

Do not use outdoor, In door use only
Do not use or store in an environment with vibration
Do not allow foreign objects such as water, liquids, or metal poweders to enter the product. This may cause breakage or electric shock
Do not charge or use the battery in explosibe environments with flammabel liquids, gased, or dust
Users cannot replace the internal battery, If there is any problem of battery, replacing or maintenance should be done by manufacturer
Do not use out of position, such as upside down or sideways

TVWS WEB UI

2.1 PC Setting
This procedure changes the TCP/IP settings in Windows to allow access to equipment in its initial state.

Click the Start Windows button and select Windows System > Control Panel.
Double-click the Network and Sharing Center icon in the Control Panel window.
Click Change Adapter Settings in the left menu bar.
Right-click Ethernet, then select Properties.
double-click on Internet Protocol version 4 (ip and tcp).
Set ‘Get IP address automatically’ and ‘Get DNS server address automatically’ as follows, then click the OK button.
In the Ethernet Properties window, also click the OK button.
Press the Windows Launcher button, then click the command prompt for the Assistant in all programs to execute it (press the window button and R on the keyboard, enter cmd, and click the OK button).
When the PC and master equipment are connected, type ‘ping 192.168.100.1’, press Enter and check the response message. (Master Equipment LAN Port to Ethernet Cable PC)
When the PC and slave equipment are connected, type ‘ping 192.168.1.1’, press Enter and check the response message. (LAN port of slave equipment or PoE LAN port to Ethernet cable PC)

2.2 TVWS WEB UI
2.2.1 Connection Method

After confirming that there is no problem with the ping test, enter ‘192.168.100.1:8800’ in the Internet address window to access the WEB page of the master device.
After confirming that there is no problem with the ping test, enter ‘192.168.1.1:8800’ in the Internet address window to access the WEB page of the slave device.

2.2.2 VWS WEB UI Tab
The WEB UI of the TVWS equipment consists of Status, System, Network, Logout. INNONET BTCPE10 TVWS Backpack Wi-Fi - Settings
10 2.2.3. Status
– Status consists of four tabs.

Overview
– The Status Overview of the Equipment is divided into System, Memory, Network, and DHCP Leases.
Status: Displays information about the name of the equipment, model, firmware version, Linux kernel version, synchronized time, equipment running time, and average load amount of equipment.• Memory: Information about the total available memory, free memory, cache, and buffer of the equipment is displayed.• Network: Network information of the equipment is displayed.• DHCP Leases: The DHCP information assigned by the equipment is displayed.
System Log
– You can monitor system logs, which disappear when you reboot the equipment with volatile logs.
Kernel Log
– The logs distributed to the console allow you to monitor the debugging logs in the kernel, which disappear when you reboot the equipment with a volatile log.
Realtime Graphs
– Realtime Graphs displays real-time graphs such as equipment load and traffic. You can select each tab to see the corresponding graph.

2.2.4. System
– Divided into System, Administration, Backup/Flash Firmware, Reboot

System
– System Properties: You can change the time information and log settings of the equipment.
• Local Time: Check the current equipment setting time. The Sync with browser button allows synchronization with the browser you are connected to.
• Hostname: You can set the name of the equipment.
• Timezone: You can set the time zone for the equipment. The initial value is Asia/Seoul.– Time Synchronization
• Enable NTP Client: Activate the NTP client of the equipment.
• Provide NTP server: Activates the NTP server through the current equipment vision.
• NTP server candidates: Set the list of NTP servers to connect to.
Administration
– change the password and remote SSH settings of the Router Password device.
• Password: Enter the password you want to change.
• Confirmation: Enter the password you want to change once more.– SSH Access
• Interface: Set up an interface to allow SSH connections.
• Port: Set the port to use for SSH connections.
• Password authentication: Use the password when accessing SSH.
• Allow root logins with password: Allow root account access when SSH is accessed.
• Gateway ports: Set a port that allows SSH access on the external network.
• SSH-Keys: Set the public key to use for SSH.
Backup / Flash Firmware
– Backup/ Restore You can back up, restore, or update new firmware settings for the equipment.
• Download backup: Download the current settings as a backup file.
• Reset to defaults: Change all settings to preferences.
• Restore backup: Restore settings using the backup file you downloaded.– Flash new firmware image
• Keep settings: Maintain existing settings after firmware update.
• Image: Select the firmware update file, then click the Flash image button to proceed with the firmware update. Be careful not to lose power during firmware updates. After the firmware update is complete, the equipment will reboot.
Reboot
– You can reboot the equipment remotely. Pressing Perform reboot will reboot the equipment immediately, and will take you to the login page after the operation is complete.

2.2.5. Network
– Interfaces, Firewall, Diagnostics, Wireless/DB, Status/Settings, DDNS, Offset, Divided into IoT there is.

Interfaces
– You can set up a network of equipment and assign IPs. The default network is divided into WAN and LAN. The WAN assigns the interface from which the equipment supplies the Internet, and the LAN assigns the interface from which the equipment supplies the Internet. You can set Protocol, IPv4 address, etc. through the LAN and WAN Edit, and you can add any user interface by clicking the Add new interface button.– Common Configuration – General Setup
• Status: You can check the interface status of the WAN network.
• Protocol: You can apply the protocol to the WAN interface. Use DHCP client for flexible IP assignments and Static address for static IPs.
• When setting the protocol to Static address, you can enter the setting value below.
• IPv4 address: Set the static IP.
• IPv4 netmask: Set up Netmask.
• IPv4 gateway: Set the Gateway IP.• IPv4 broadcast: Set the Broadcast IP.
• Use custom DNS servers: Set up a DNS server.
• IPv6 assignment length: Sets the length of Prefix for IPv6.
• IPv6 address: Set an IPv6 address.
• IPv6 gateway: Set the IPv6 gateway address.
• IPv6 routed prefix: Set the IPv6 routed prefix address.– Common Configuration – Advanced Settings
• Bring up on boot : Set the network to turn on at boot time.
• Use builtin IPv6-management : Enables built-in IPv6 management.
• Override MAC address : Overwrite the MAC address of the network.
• Override MTU : Use the User Settings MTU.
• Use gateway metric : Establish metrics gateway.– Common Configuration – Physical Settings
• Bridge Interface: Set the network to a bridge.
• Interface: Assign an interface to the network. For bridge networks, you can select multiple interfaces.– Common Configuration – Firewall Settings
• Create/Assign firewall-zone : Select firewall rules to apply to your network.-DHCP Server – General Setup
• Ignore interface: Disable DHCP for the network.
• Start: Sets the starting range of floating IPs allocated by the DHCP server.
• Limit: Set the end range of floating IPs allocated by the DHCP server.
• Leasetime: Set the expiration date of the floating allocation IP.– DHCP Server – Advanced Settings
• The menu is displayed only when DHCP Server is enabled.
• Dynamic DHCP: Ensure that unregistered clients are also assigned flexible IP.
• Force: Service persists even if another DHCP server is found on the network.
• IPv4-Netmask: Overwrite the Netmask passed to the client.
• DHCP-Option: Sets DHCP-related options.![INNONET BTCPE10 TVWS Backpack Wi-Fi

Settings 35](https://manuals.plus/wp-content/uploads/2023/12/INNONET-BTCPE10 -TVWS-Backpack-Wi-Fi-Settings-35.jpg)– DHCP Server – IPv6 Settings
• Router Advertisement-Service : Set RA Service related options.
• DHCPv6-Service : Set DHCPv6-Service related options.
• NDP-Proxy : Sets NDP-Proxy related options.
• DHCPv6-Mode : Sets DHCPv6-Mode related options.
• Always default router : This setting always notifies you that it is the default router.
• Announced DNS servers : Set up a DNS server.
• Announced DNS domains : Set the DNS domain.
1. Firewall
  You can configure the device’s firewall settings, port forwarding, and rule settings.
  – General Settings
  • Enable SYN-flood protection : Enable the firewall against SYN-Flood attacks.
  • Drop invalid packets : No invalid packets are received.
  • Input : Set the rules for packets that have the equipment as the destination.
  • Output : Set rules for packets sent from the equipment.
  • Forward : Set rules for packets passing through the equipment.
  • Zones : Set the rules for the preset zone.– Port Forwards
  • Allows the user to set up port forwarding for the desired port.
  • Name : Rule name
  • Protocol : The protocol type to be applied.
  • External zone : Zone to be set to the outside (typically wan)
  • External port : External Port
  • Internal zone : Zone to be set inside (typically lan)
  • Internal IP address : Internal IP Address
  • Internal port : Internal Port
2. Diagnostics
  – Option to self-diagnose network health.
  • Ping : Ping can be sent to the entered address to check the network connection with the equipment.
  • Traceroute : You can check the path to the entered address and the transfer delay.
  • Nslookup : You can check the Name Server information associated with the entered domain.
3. Wireless/DB
  • Set information necessary for operation such as Mode, MCS, Bandwidth of TVWS.
  – General Setup
  • Mode : You can set the master and slave modes.
  • MCS : You can set a configuration that combines spatial streams, modulation methods, coding rates, etc.
  • Bandwidth : You can set the bandwidth.
  • Channel Manual Select : You can set the way in which available channels are assigned.
  • SSID : You can set the SSID of the equipment.
  • TxPower : You can set the output strength of fixed 1W equipment.
  • Portable 100mW TxPower : You can set the output strength of mobile 100mW equipment.
  • Portable 40mW TxPower : You can set the output strength of mobile 40mW equipment.
  • Channel : Channel Manual Select is activated and the channel can be set.• NMS Server : You can set the address of the NMS server to which you want to send information about the equipment.
  • NMS Report Interval : You can set how often to report to the NMS server.
  • Channel Server : You can set whether to use the available channel optimization channel optimization server.
  • Channel Server Domain : You can set the domain of the available channel optimization server.
  • Channel Server Polling Period : You can set the available channel optimization server registration message transmission frequency.
  • Channel Reallocation Polling Period : You can set the available channel optimization server channel reallocation check message sending frequency.
  • Slave Location Report Period : (BIS) You can set the slave location information transmission frequency.
  • Roaming Table Polling Period : (BIS) You can set how often roaming table request messages are sent.
  • Roaming Table Clear : (BIS) You can set roaming table initialization.
  • Roaming ID (Bus Line) : (BIS) You can set roaming table route information.• Database stores information to identify users in the RRA prior to being assigned available channels, which should not be modified by users should not be modified by users.
4. Status/Settings
  – TVWS Status
  • View the available channels, reception, and output strength of the TVWS.
  • TVWS Status : You can check the available channels assigned to the current equipment and the sensitivity of the equipment.
  • RSSI Alarm Threshold(Min, Max) : You can set the lowest and highest values of the sensitivity of the alarm (T.D.B.).
  • TVWS TSSI : You can check the output value of the equipment.
  • TSSI Alarm Threshold(Min, Max) : You can set the lowest and highest values of the output to be alarmed (T.D.B.).
  • WiFi#1,2 TSSI : The Wi-Fi output of the machine can be checked (T.D.B.).
  • IP Address : You can set the internal IP of the equipment.
  • WAN Network Config : Check whether WAN IP has been changed and set.
  • TVWS Sleep Mode : You can set the slip mode of the equipment (T.D.B.).– TVWS Settings
  • TVWS TX : You can control the output of the equipment.
  • WIFI : You can control the WIFI output of the equipment.
  • LNA Bypass Control : Depending on TVWS reception, you can control the amplifier that amplifies the signal.
  • LNA Bypass Mode : Control the amplifier that amplifies the TVWS signal.
  • Slave Location Recheck : Check the location of the cruise ship can be set (T.B.D.).
  • Slave Notification Interval : Set the positioning cycle for cruise ships (T.B.D.).
  • Ext USB Port : You can control whether or not to use the USB output.– HPA Update
  • Download File Path : You can set the file path for the HPA firmware.
  • HPA1 Status : View firmware information for the HPA.
  • HPA1 F/W : firmware updates can be made by setting it up.
5. DDNS
  – You can set up a domain to access the equipment.
6. Offset
  – Adjust the output value by channel by changing the offset of the equipment.
7. IoT
  – You can set the server to monitor the status of IoT equipment and the frequency to upload.

2.2.6. Logout
– Log out the WEB page of the equipment.![INNONET BTCPE10 TVWS Backpack Wi-Fi

Settings 50](https://manuals.plus/wp-content/uploads/2023/12/INNONET-BTCPE10 -TVWS-Backpack-Wi-Fi-Settings-50.jpg) 2.3 Wi-Fi Setting
You can access the Wi-Fi WEB page to change your password settings. The Wi-Fi WEB setting screen requires wireless connection with the Wi-Fi, laptop, and mobile phone of the TVWS equipment to use the WEB page.
1. Use your laptop or mobile phone to find and connect Wi-Fi of your backpack Wi-Fi.
2. Open the WEB browser, type the IP (192.168.25.1) of the Wi-Fi WEB page in the address bar, type Password, and press Enter to access the WEB page. (ID= root / Password= fts)
3. On the Network tab at the top of the Wi-Fi WEB UI, select Wifi.
4. In the Wireless Overview, view the SSID, verify that the Wi-Fi signal you connected to is correct, and click the edit you marked.
5. Select the Wireless Security tab in the Interface Configuration at the bottom to select the WPA2-PSK and set the desired password for the key. Click the green arrow on the right side of the key to see the password you are typing. Click the Save & Apply button to apply the settings.
6. If you try to connect the Wi-Fi of your backpack Wi-Fi using your laptop or mobile phone again, and you are prompted for a password, enter the password you set to connect.

Maintenance

3.1 Maintenance System
Maintenance is carried out with the following system. INNONET BTCPE10 TVWS
Backpack Wi-Fi - Settings 57

A service user reports a complaint due to an inconvenience while using the service.
When a complaint is received, it notifies the occurrence of a complaint and identifies the problem.
If it can be resolved remotely, support it remotely to resolve complaints.
If you need to visit the site, ask the facility team to visit the site.
The facility team visits the site to resolve the complaint.

3.2 Failure Check and Action
If you experience any inconvenience while using the service, please check the following situations first.
If you are not aware of any inconvenience after checking the following clarification and confirmation, please contact A/S at 070-7734-9970.

In case the master equipment does not have Wi-Fi
– Verify that your Internet modem is functioning normally.
– Ensure that the Power and WAN LEDs of the master equipment are illuminated.
– Under Master Equipment, check for Wi-Fi signals. (The Wi-Fi signal may be weak or not catchable indoors.)
In the case that the Wi-Fi of the slave equipment
– Ensure that the power and link LEDs of the slave equipment are illuminated.
– Under Slave Equipment, check for Wi-Fi signals. (The Wi-Fi signal may be weak or not catchable indoors.)
If the camera connected to the slave equipment does not come out
– Ensure that the camera power (12V or 24V) is supplied to the power box.
– Ensure that the LAN port of the slave equipment and the LAN port of the camera are connected.
– Make sure that the camera’s connection ports are intact.
– Connect to the slave equipment and ping test with the camera to check for abnormalities.

3.3 How to Verify Equipment Operation
Before installing the Equipment, you should check and follow the instructions below.

Height above average terrain (HAAT). Below 602 MHz, antenna shall not exceed 250 meters or 500 meters in less congested areas.
All other bands not to exceeds 250 meters.
The HAAT is calculated by the White Space database (§73.684(d) ).
For HAAT greater than 250 meters the following A-F procedures below are required:
The installing party must contact a White Space database, identify all TV broadcast station contours that would be potentially affected by operation at the planned HAAT and EIRP.
Notification -The installing party must notify each of these licensees and provide geographic coordinates, relevant technical parameters and contact information.
Start operations, No earlier than four calendar days after the notification in paragraph (g)(1)(ii)(B) above
Upon request, the installing party must provide affected licensee the time periods of operations.
Conduct a new notification if increasing its power level, moving more than 100 meters horizontally from its location, or making an increase in the HAAT or EIRP that results in an increase in the minimum required separation distances from co-channel or adjacent channel TV station contours.
All notifications required by this section must be in written form (including email). To be kept by the White Space device operator for its records and supplied to the Commission upon request.

You can check the operation of the equipment using the Terra Term program. INNONET BTCPE10 TVWS Backpack Wi-Fi - Settings
58 From the menu bar at the top, select Menu, and select New Link.
The master enters IP 192.168.100.1, service SSH, TCP port 2249.
The Slave enters IP 192.168.1.1, service SSH, TCP port 2249. INNONET BTCPE10
TVWS Backpack Wi-Fi - Settings 59 If you select OK, a security warning window appears, and select Continue.
Then enter your username and password (user name root, password: innonet160905) INNONET BTCPE10 TVWS Backpack Wi-Fi - Settings
60 3.3.1 IP Verification of Equipment
Type ‘ifconfig’
The master displays 192.168.100.1 in br-lan, and the slave displays 192.168.1.1. When DHCP is assigned to the WAN port of the master, eth1 displays the IP. (ex: 192.168.1.155) 3.3.2 Checking the mode of the equipment and TVWS SSID
Type ‘iwconfig’ INNONET BTCPE10 TVWS Backpack Wi-Fi - Settings
63 3.3.3 Verify and Modify Port Forwarding Table (Master Equipment)
In the WEB UI of the master appliance, select from the Parent Network tab -> Firewall -> Port Forward.Write the information you want to add sequentially in the Newport forward column, add it, and reboot the equipment. INNONET BTCPE10 TVWS Backpack Wi-Fi - Settings
65

Name of device and settings to be port forward
Protocol method
External network
External Port Settings
Internal network
Address of Internal IP
Internal Port Settings
Added
Save & Apply

3.3.4 Verify and modify port forwarding tables (slave equipment)
Because TVWS G/W does not support NAT features, slave equipment also requires port forwarding.
On the slave appliance, type ‘ls’ to verify that portconfig exists and enter ‘vi /etc/config/portconfig’
You can see that 80 ports of Camera 1 IP 192.168.1.108 are port-forwarded to 10001. 554 port is 20001 port and you can see that it is port forwarding.
To modify port forwarding, press the ‘i’ key to convert to the input state of the vi editor, press the ‘esc’ key to release the input state, and type ‘:wq’ to save and exit the editor. If you have nothing to modify or want to leave the editor, type ‘q!’ and it will leave without saving it. INNONET BTCPE10
TVWS Backpack Wi-Fi - Settings 66 INNONET BTCPE10 TVWS Backpack Wi-Fi - Settings
67 3.3.5 Check equipment rssi – iwpriv wlan. entering zero British stat
To check the RSSI and MCS of the equipment, enter ‘iwpriv wlan0 stat’. 3.3.6 Verify Equipment Throughput
iperf requires a server and a client. Entering ‘iperf –s –i1’ means that the equipment entered will become the iperf server and display the value every second. By typing ‘iperf – c 192.168.100.1 –i1’, it means that the equipment entered will become an iperf client and display what was sent to the server IP 192.168.100.1 every second. By default, the appliance is supposed to run the iperf server process, so you only need to enter the client. You can enter ‘ps’ to verify that the ‘iperf –s’ process is working. INNONET BTCPE10 TVWS
Backpack Wi-Fi - Settings 69