Configuration Interface
Last updated
Last updated
The Configuration Interface of the CloudBox allows users to customize and manage various system settings. From this interface, users can adjust general parameters, network settings, and RFID reader configurations. Additionally, the interface allows safe shutdown of the system. The configuration interface is divided into the following sections:
General Configuration
DateTime Configuration
Reader Configuration
Network Configuration
In this article, we'll walk through each section and explain how to configure your CloudBox system.
The General Configuration section allows users to adjust basic system settings, such as Bounce Time and optional features like Buzzer Passings and Disable Start Button.
Bounce Time: This setting controls the delay (in seconds) between consecutive tag reads from the same RFID tag. The default value is 5 seconds, and it can be adjusted based on the event requirements.
Example: Set a Bounce Time of 5 seconds to prevent duplicate reads from being logged for the same participant within 5 seconds.
Buzzer Passings: Enabling this option will trigger a buzzer sound every time a passing is detected by the CloudBox.
Disable Start Button: Disabling the start button prevents accidental starts of timing sessions. This is especially useful in controlled environments where timing needs to be manually managed.
The DateTime Configuration section ensures that the CloudBox maintains accurate time for its operations. This is essential for race timing and synchronization with the Cloud Timing Service.
DateTime Sync: The CloudBox can synchronize its system time via NTP (Network Time Protocol) or other synchronization methods like GPS. Using NTP ensures that the time is automatically synchronized with internet-based time servers.
System DateTime: If NTP is disabled, you can manually set the system’s date and time by selecting the desired values.
Timezone: The timezone can be set to match the location of the event, ensuring that all timing data is accurate and reflects the correct local time.
The Reader Configuration section allows users to configure the RFID reader connected to the CloudBox.
Reader Model: Select the appropriate RFID reader model connected to the CloudBox. This ensures the CloudBox communicates properly with the RFID hardware.
Reader Port: Specify the port number used for the RFID reader’s communication. This can be adjusted depending on the reader's configuration. The default reader port is the LLRP port 5084.
The Network Configuration section provides options for configuring the CloudBox’s network settings, including Ethernet, WiFi, and 4G.
Ethernet Port IP Address: Configure the IP address for the CloudBox’s Ethernet interface. This is the IP address used when the CloudBox is connected via TCP Socket.
Example: 192.168.1.11
Port: Set the communication port for network operations. The default is 8080, but this can be customized if necessary for specific network setups.
Subnet: Define the subnet mask for the network. The default value /24 is standard for most local networks.
AP Password: Set or change the password for the CloudBox’s WiFi Access Point to control access.
WiFi SSID & Password: If you are connecting the CloudBox to an external WiFi network, enter the SSID (network name) and password here. This allows the CloudBox to join the external network and gain internet access.
SIM PIN: For 4G connectivity, enter the SIM card’s PIN (if required) to enable cellular data access.
At the bottom of the Network Configuration section, there is a red button labeled Shutdown CLBX. This button safely shuts down the CloudBox, ensuring that all processes are properly terminated and the system powers off correctly. This is especially important to prevent data loss or corruption.
The Configuration Interface of the CloudBox provides all the necessary tools to configure and fine-tune your system’s performance. Whether it’s setting Bounce Time, configuring Network Settings, or managing RFID Reader configurations, this interface ensures that users have full control over their CloudBox system. Additionally, the Shutdown feature allows for safe system power-down, protecting data and system integrity.
