Test-AC

Power Saving settings

Puts the device into a power-saving mode, preserving the power consumption from the external source or the internal battery.

Online Sleep

• In Online Sleep mode, the device manages the connection only when records need to be sent. The connection is opened at periodic intervals to send records and closed immediately after, without any timeout.
• Changing the Permanent Link setting during Online Sleep will wake up the device to apply the new configuration.
• With Permanent Link enabled, the device maintains a constant connection, sending records immediately as they are generated, rather than waiting for the next scheduled send. After sending connection remains open.
• All listed entry conditions must be met in order to enter Online Sleep.
• At least one exit condition must be met in order to wake up from Online Sleep.

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Module	Entry Conditions	Exit conditions	Disabled functions
Main	Configured Ignition source is off. Movement is not detected by the configured Movement source. Device time must be synchronized, as this condition depends on the Record Settings -> Saving / sending mode parameter After Position Fix - device time is synchronized with GNSS satellites and GPS fix is obtained. After Time Sync - device time is synchronized over NTP, NITZ, or GNSS satellites. Always - device will enter sleep mode without time synchronization and GPS fix. Sleep timeout is reached. No SMS messages are being received. No open Data sockets (ignored with enabled permanent link) No active FOTA WEB connection progress.	Ignition is ON. Movement is detected. Periodic wake-up (if enabled).	GNSS Odometer Data acquisition SNTP time synchronization Overspeeding Trip Unplug Detection Jamming Detection Eco Driving
CAN	No communication with Main module for 1 second. No configured CAN data is read for 5 seconds. At least 1 second has passed since the last module wake up.	Main module sends any request via UART. Any CAN data is present on the CAN bus.	CAN
BLE	Main module enters Online/Deep sleep modes. No communication with Main module for 1 second. At least 1 second has passed since the last module wake up.	The device can wake up from sleep when a DIN input changes (detected through the external MCU). DIN pins remain active in sleep mode and can be used as wake-up sources for the device.

Deep Sleep

• During Deep Sleep mode, the device generates and stores periodic records.
• All listed entry conditions must be met in order to enter Deep Sleep.
• At least one exit condition must be met in order to wake up from Deep Sleep.

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Module	Entry Conditions	Exit conditions	Disabled functions
Main	Configured Ignition source is off. Movement is not detected by the configured Movement source. Device time must be synchronized, as this condition depends on the Record Settings -> Saving / sending mode parameter. After Position Fix - device time is synchronized with GNSS satellites and GPS fix is obtained. After Time Sync - device time is synchronized over NTP, NITZ, or GNSS satellites. Always - device will enter sleep mode without time synchronization and GPS fix. Sleep timeout is reached. No SMS messages are being received. No open Data sockets (ignored with enabled permanent link) No active FOTA WEB connection progress.	Ignition is ON. Movement is detected. Periodic wake-up (if enabled).	Modem Record sending GNSS IMU (Inertial Measurement Unit) FOTA WEB LEDs (Navigation and Status) Odometer Data acquisition SNTP time synchronization Overspeeding Trip Unplug Detection Jamming Detection Eco Driving
CAN	No communication with Main module for 1 second. No configured CAN data is read for 5 seconds. At least 1 second has passed since the last module wake up.	Main module sends any request via UART. Any CAN data is present on the CAN bus.	CAN
BLE	Main module enters Online/Deep sleep modes. No communication with Main module for 1 second. At least 1 second has passed since the last module wake up.	The device can wake up from sleep when a DIN input changes (detected through the external module). DIN pins remain active in sleep mode and can be used as wake-up sources for the device.	BLE scanning

| ATC700 | ATM700 = }}

Power Off Sleep

• All listed entry conditions must be met in order to enter Power Off Sleep.
• At least one exit condition must be met in order to wake up from Power Off Sleep.

When device goes into sleep mode, some modules are turned off to consume less power. Listed below are the modules and scenarios that are turned off in common with all modes and those that are disabled specifically for the Power off sleep mode:

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Module	Entry Conditions	Exit conditions	Disabled functions
Main	Configured Ignition source is off. Movement is not detected by the configured Movement source. Device time must be synchronized, as this condition depends on the Record Settings -> Saving / sending mode parameter After Position Fix - device time is synchronized with GNSS satellites and GPS fix is obtained. After Time Sync - device time is synchronized over NTP, NITZ, or GNSS satellites. Always - device will enter sleep mode without time synchronization and GPS fix. Sleep timeout is reached. No SMS messages are being received. No open Data sockets (ignored with enabled permanent link) No active FOTA WEB connection progress.	Ignition is ON. Movement is detected.	Modem Record sending GNSS IMU (Inertial Measurement Unit) FOTA WEB Charger service LEDs (Navigation and Status) Odometer Data acquisition SNTP time synchronization Overspeeding Trip Unplug Detection Jamming Detection Eco Driving CAN (does not receive requests, does not read CAN bus messages) }} PIN's are unavailable while BLE module is off. Anything connected or enabled by BLE module(1 wire, DIN's, DOUT's, BLE as a peripheral) }}
CAN	Main module enters power off sleep mode.	Main module wakes up and restarts CAN module.	CAN (does not receive requests, does not read CAN bus messages)
BLE	Main module enters power off sleep mode.	Main module wakes up and restarts BLE module.	PIN's are unavailable while BLE module is off. Anything connected or enabled by BLE module(1 wire, DIN's, DOUT's, BLE as a peripheral)