Selecting the configuration tab shows an overview page.

• Mode (factory use only)

• Name (configuration name)

The left sidebar will show the following list under Configuration heading.

apps

Configure custom applications installed on the modem.

gpio

Configure the 4 General Purpose Inputs and Outputs (GPIO).

• Ignition wakeup

• Input configuration (Analog/digital, Pulse counting)

• Output configuration

gps

Configures GPS functionality.

Dead Reckoning

Configures features for dead reckoning operation (if available).

GPS

Sets general GPS parameters.

Harsh driving basic

Configures parameters for harsh driving detection.

iot

Configure the Cypress IOT client destination URL (do not change) for device management. Adjust the check-in interval based on the speed of updates applied to field devices by Cypress IoT. The default check-in interval is 900 seconds.

network

Configuration of various modem network settings and wired/wireless interfaces.

Dynamic DNS

Configures dynamic DNS service provider.

DNS

Configures DNS (Domain Name Server).

firewall

Configures firewall rules such as:

• Custom rules

• Firewall General

• NAT rules

• Port forwarding rules

• Service access rules

• Traffic rules

Hostnames

Configures hostnames.

monitoring

Enables network monitoring features.

• Background ping

• CPE monitoring

• Network watchdog

• Ping proxy

• SNMP

QoS

Configures Quality of Service (QOS) policies.

Static routes

Adds static routes to the network configuration.

tunnels

Configures IPSec and GRE tunnels.

wired

Configures wired interface.

wireless

Configures wireless networks, Bluetooth, Cellular and Wi-Fi.

Report

Configures the modem reporting system of telemetry data.

delivery

Defines the destination where telemetry data is to be sent.

Cypress IOT reporting

Configure telemetry data reporting to Cypress IOT (leave all options enabled).

Local TCP reporting

Configures local reporting via a TCP connection, primarily used for local reporting of GPS(GNSS) data.

Local UDP reporting

Configures local reporting via a UDP connection, primarily used for local reporting of GPS(GNSS) data.

Remote Destination Reporting

There are 3 customized remote destinations, all 3 contain the following options:

• Store and forward

• Chronological reporting (FIFO)

• Message ACK with timeout

Local serial reporting

Local serial reporting is usually employed for connected computers requiring a GPS (GNSS) data feed sent via serial link to plot locations within a computer application.

Cypress VUE

Cypress VUE has similar parameters/options available as Remote Destination 1,2,3 report destinations.

• Enable store and forward

• Enable chronological reporting (FIFO)

• Enable message ACK with timeout

GPS report conditions

Many custom GPS report conditions can be added. Use descriptive names to describe the purpose of the report condition. For example, “Vehicle moving”, “Vehicle Heading Change”, “Vehicle Stationary”, “Vehicle exceeding speed threshold” etc.

Add report conditions triggered by GPS distance/speed/heading/timer.

• Any/All logic for distance, high/low speed threshold, heading change, heading speed, period timer

• Select SYSDB keys for Key-value pairs reporting and report delivery destination

• Select NMEA message keys for Raw NMEA reporting

IO report conditions

Add GPIO report conditions triggered by Input activity.

• Any/All logic based on a combination of one or two GPIO signals and threshold evaluations for each input

• Select SYSDB keys for Key-value pairs reporting and report delivery destination

• Select NMEA message keys for Raw NMEA reporting

Report messages

• Set to use Device ID to something other than IMEI

• Configure TAIP settings

Sysdb report conditions

Add SYSDB report conditions triggered by a change in SYSDB value from the available SYSDB keys available on the modem. For a full list of SYSDB keys, refer to the System database tab.

Many custom SYSDB report conditions can be added. Use descriptive names where possible to describe the purpose of the report condition. For example, “Battery Voltage”, “harsh driving”, “Ignition state report”, “Bluetooth parameters” etc.

• Any/All logic based on a combination SYSDB input signals and threshold evaluations for each input

• Select SYSDB keys for Key-value pairs reporting and report delivery destination

• Select NMEA message keys for Raw NMEA reporting

General report system note:

serial

modbus

Modbus is a request-response protocol implemented using a master-slave relationship.

• Modbus is available via RS232 interface and/or RS485 interface

pad

A packet assembler/disassembler, abbreviated as PAD provides multiple asynchronous terminal connectivity packet-switching network or host computer.

• Pad is available via RS232 interface and/or RS485 interface.

RS232 port settings

RS232 is the interface between data terminal equipment and data communications equipment using serial binary data exchange. It is used on the CTM-ONE in the following modes:

• Console

• Local Report

• Modbus

• PAD

• Spreader

RS485 port settings

RS485 is a communication protocol used when covering long distances. RS485 allows use with a serial bus of up to 32 devices. This is sometimes called daisy chaining. RS485 is used in the following modes:

• Console

• Local Report

• Modbus

• PAD

system

Local authentication

Sets authentication mode for SSH and Web GUI to use local(password) or RADIUS authentication.

Sysdb data logger

Log SYSDB keys/values to db and log files. Useful for troubleshooting.

Failsafe configuration

When enabled, failsafe configuration allows the CTM-ONE to recover if a configuration change is made that breaks modem communication. Configurable time limit that will revert configuration communication is broken due to incorrect configuration change.

Log file settings

Set log file size and history and allows for adding additional logging.

Power management

Select the power source for system ignition and specify the duration for the modem to enter LPM (Low Power Mode) once the system ignition detects low power (0). This setting is also utilized to configure the periodic wake timer for mandatory modem check-in.

System specifics

Set the optional modem ID field (not recommended). Configure the SYSDB key source for Engine Hours, Odometer, Fuel Used, and Idle Time. Select an available SYSDB key that provides a valid value. Refer to the System Database Tab or Installer Dashboard to view available SYSDB keys when a vehicle has an active connection via OBDII or J1939 detected and the vehicle is running.

Time management

Configures the source and priority for time synchronization. Options include Cellular-based network time, GPS time, and NTP server time.

vehicle

Two available CAN ports, CAN0 and CAN1, are available for configuration. Ports can automatically detect vehicle type (J1939 or OBDII) or can be manually set. Additionally, a RAW data mode is available for reading other data on the CANbus from third-party systems.