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Provides a general introduction to the SmartOne series products and their functionality.
Explains the three distinct operating modes available for the SmartOne device.
Details how the SmartOne reports its position at regular intervals in standard mode.
Explains how to reduce message costs by adjusting intervals based on location changes.
Describes the Theft Alert Mode for detecting and reporting unauthorized movement of the asset.
Introduces the SmartOne device itself, covering its components and basic operation.
Provides guidance on mounting the SmartOne unit for optimal performance and accuracy.
Details the different physical methods for attaching the SmartOne device to an asset.
Explains the initial factory configuration and how to change settings via software or Bluetooth.
Describes the available input ports on the SmartOne for connecting external sensors or triggers.
Explains how to physically connect the SmartOne to a PC using a USB configuration cable.
Defines the four main categories for messages transmitted by the SmartOne device.
Details the format and fields for standard messages containing GPS location data.
Explains the message type sent at regular intervals or when the device is in motion.
Covers truncated message types, providing up to 2 bytes plus 6 bits of user data.
Explains raw message types, allowing up to 8 bytes plus 6 bits of user data for direct bursts.
Discusses diagnostic, replace battery, and contact service provider messages.
Describes messages for reporting accumulated time or event counts from inputs or vibration.
Explains how different message types are prioritized for transmission.
Defines the structure for serial communication commands and responses.
Explains the individual components that make up a serial packet.
Explains the Cyclic Redundancy Check algorithm used for data integrity in serial commands.
Lists the different command types for serial communication.
Details how to send truncated messages with appended user data.
Explains how to send raw user data messages.
Explains how the SmartOne uses its built-in Bluetooth for advertising and configuration.
Details how the SmartOne communicates using GPS and Globalstar satellite networks.
A sensor used for detecting and measuring vibration.
Activity time accumulated in inputs while in a user-defined state.
The process of activating an ESN on the Globalstar satellite network.
Tracker considered at rest when location change is below a specified minimum distance.
States compliance with FCC and Industry Canada rules for radio frequency devices.
Declares conformity with EU directives for product compliance.
Lists the intrinsic safety certifications and operating levels for hazardous environments.
Alerts users to the risk of electrostatic charge build-up on the housing.
Advises against unauthorized modifications to the equipment.
Instructs to turn off the device in blasting areas or areas with radio restrictions.
Recommends a minimum distance for users with pacemakers to avoid interference.
Lists the physical and operational specifications of the SmartOne device.
Details the military and environmental standards the SmartOne complies with.
Information on battery shelf life for the device when powered off without sunlight.
Factors affecting the typical battery life during device operation.
Expected battery performance when the device operates without sunlight.
Provides a general introduction to the SmartOne series products and their functionality.
Explains the three distinct operating modes available for the SmartOne device.
Details how the SmartOne reports its position at regular intervals in standard mode.
Explains how to reduce message costs by adjusting intervals based on location changes.
Describes the Theft Alert Mode for detecting and reporting unauthorized movement of the asset.
Introduces the SmartOne device itself, covering its components and basic operation.
Provides guidance on mounting the SmartOne unit for optimal performance and accuracy.
Details the different physical methods for attaching the SmartOne device to an asset.
Explains the initial factory configuration and how to change settings via software or Bluetooth.
Describes the available input ports on the SmartOne for connecting external sensors or triggers.
Explains how to physically connect the SmartOne to a PC using a USB configuration cable.
Defines the four main categories for messages transmitted by the SmartOne device.
Details the format and fields for standard messages containing GPS location data.
Explains the message type sent at regular intervals or when the device is in motion.
Covers truncated message types, providing up to 2 bytes plus 6 bits of user data.
Explains raw message types, allowing up to 8 bytes plus 6 bits of user data for direct bursts.
Discusses diagnostic, replace battery, and contact service provider messages.
Describes messages for reporting accumulated time or event counts from inputs or vibration.
Explains how different message types are prioritized for transmission.
Defines the structure for serial communication commands and responses.
Explains the individual components that make up a serial packet.
Explains the Cyclic Redundancy Check algorithm used for data integrity in serial commands.
Lists the different command types for serial communication.
Details how to send truncated messages with appended user data.
Explains how to send raw user data messages.
Explains how the SmartOne uses its built-in Bluetooth for advertising and configuration.
Details how the SmartOne communicates using GPS and Globalstar satellite networks.
A sensor used for detecting and measuring vibration.
Activity time accumulated in inputs while in a user-defined state.
The process of activating an ESN on the Globalstar satellite network.
Tracker considered at rest when location change is below a specified minimum distance.
States compliance with FCC and Industry Canada rules for radio frequency devices.
Declares conformity with EU directives for product compliance.
Lists the intrinsic safety certifications and operating levels for hazardous environments.
Alerts users to the risk of electrostatic charge build-up on the housing.
Advises against unauthorized modifications to the equipment.
Instructs to turn off the device in blasting areas or areas with radio restrictions.
Recommends a minimum distance for users with pacemakers to avoid interference.
Lists the physical and operational specifications of the SmartOne device.
Details the military and environmental standards the SmartOne complies with.
Information on battery shelf life for the device when powered off without sunlight.
Factors affecting the typical battery life during device operation.
Expected battery performance when the device operates without sunlight.
General| Brand | Globalstar |
|---|---|
| Model | SmartOne Solar |
| Category | GPS |
| Language | English |
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