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* CAN Speed: movement is detected if CAN speed retrieved from specific CAN protocol.
* CAN Speed: movement is detected if CAN speed retrieved from specific CAN protocol.
When multiple source are selected, if any of selected are active, Movemenet is detected.
When multiple source are selected, if any of selected are active, Movement is detected.
{{#if:{{{TFT_ignition_source|}}}
{{#if:{{{TFT_ignition_source|}}}
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==Ignition Source==
[[Image:Mob_Ignition_source.png|right]]
[[Image:Mob_Ignition_source.png|right]]
User can choose an ignition source from digital input (1, 2 or 3), power voltage, CAN and accelerometer. More than one ignition source can be selected at the same moment. When there are 2 or more sources selected, at least one condition has to be met to change Ignition status. Example: DIN1 and Accelerometer are selected as Ignition source. When the device detects movement, Ignition status will change to 1, regardless that DIN1 value is 0. User can select movement start and movement stop delay time - those parameters are used when accelerometer is selected as an ignition source. Ignition status is used in power management and the following functionalities: Eco/Green driving, Excessive idling, Over speeding, Towing detection and trip.
User can choose an ignition source from digital input (1, 2 or 3), power voltage, CAN and accelerometer. More than one ignition source can be selected at the same moment. When there are 2 or more sources selected, at least one condition has to be met to change Ignition status. Example: DIN1 and Accelerometer are selected as Ignition source. When the device detects movement, Ignition status will change to 1, regardless that DIN1 value is 0. User can select movement start and movement stop delay time - those parameters are used when accelerometer is selected as an ignition source. Ignition status is used in power management and the following functionalities: Eco/Green driving, Excessive idling, Over speeding, Towing detection and trip.
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{{#if:{{{TFT_Accelerometer_delay|}}}
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|==Accelerometer Delay Settings==
[[Image:Screenshot 2024-03-01 at 14-40-45 5.2. System - Mobility documentation.png|thumb]]
Here the user can set the movement start/stop delays. <br>
''For example'', if the '''''Movement Start Delay''''' is set to 1s and '''''Movement Stop Delay''''' to 60s, the movement will be detected after 1s of moving and defined as stopped after 60s when device stopped moving.
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<table style="border-collapse: collapse; width:50%;" border="1;">
<tr style="text-align: center; background:black; color:white>
<th width="20%">Parameter ID</th>
<th width="30%">Name</th>
<th width="15%">Min Value</th>
<th width="15%">Max Value</th>
<th width="20%">Default Value</th>
</tr>
<tr style="text-align: center;">
<td>19001</td>
<td>Movement Start Delay</td>
<td>1</td>
<td>60</td>
<td>1</td>
</tr>
<tr style="text-align: center;">
<td>19002</td>
<td>Movement Stop Delay</td>
<td>5</td>
<td>300</td>
<td>60</td>
</tr>
</table>
}}
|}
{{#if:{{{GH_TMT_section|}}}
{{#if:{{{GH_TMT_section|}}}
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Configurable NTP server (it is possible to configure up to two servers) and what time period to use to re-synchronize time.
Configurable NTP server (it is possible to configure up to two servers) and what time period to use to re-synchronize time.
<table style="border-collapse: collapse; width:60%;" border="1;">
<tr style="text-align: center; background:black; color:white>
<th width="15%">Parameter ID</th>
<th width="20%">Name</th>
<th width="15%">Value/Type</th>
<th width="15%">Min Value</th>
<th width="15%">Max Value</th>
<th width="20%">Default Value</th>
</tr>
<tr style="text-align: center;">
<td>901</td>
<td>NTP Resync (hours)</td>
<td>uint8</td>
<td>0</td>
<td>24</td>
<td>0</td>
</tr>
<tr style="text-align: center;">
<td>902</td>
<td>NTP Server 1</td>
<td>char</td>
<td>0</td>
<td>55</td>
<td>avl1.teltonika.lt</td>
</tr>
<tr style="text-align: center;">
<td>903</td>
<td>NTP Server 2</td>
<td>char</td>
<td>0</td>
<td>55</td>
<td>pool.ntp.org</td>
</tr>
</table>
Time synchronization works by waiting a minute on startup to acquire fix and consequently synchronizes the time via GNSS. If the firmware acquires the fix, it starts working in the syncing by GNSS state. This state checks the difference of RTC and GNSS times every second. If the difference of at least 3 seconds persists to be for 5 seconds, the firmware triggers a procedure by GNSS.
Time synchronization works by waiting a minute on startup to acquire fix and consequently synchronizes the time via GNSS. If the firmware acquires the fix, it starts working in the syncing by GNSS state. This state checks the difference of RTC and GNSS times every second. If the difference of at least 3 seconds persists to be for 5 seconds, the firmware triggers a procedure by GNSS.
{{#if:{{{TFT_accelerometer_calibration|}}}
{{#if:{{{TFT_accelerometer_calibration|}}}
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|==Accelerometer auto calibration==
|==Accelerometer Auto Calibration==
[[Image:Accelerometer_auto_calibration.PNG|right]]
[[Image:Accelerometer_auto_calibration.PNG|right]]
User can disable or enable Accelerometer Auto Calibration and Gravity Filter features. Under Accelerometer Auto Calibration settings, user can choose: <br/>
User can disable or enable Accelerometer Auto Calibration and Gravity Filter features. Under Accelerometer Auto Calibration settings, user can choose: <br/>
*<code>Disable</code> – do not use auto calibration feature (sends AXES raw data),
*<code>Disable</code> – do not use Auto Calibration feature (sends AXES raw data),
*<code>Once</code> – calibrate one time only,
*<code>Once</code> – calibrate one time only,
*<code>Continuous</code> – launch auto calibration every trip (note: trip function must be enabled! ). <br />
*<code>Continuous</code> – launch Auto Calibration every trip (note: trip function must be enabled! ). <br />
'''Important!''': If Auto Calibration is disabled, device should be mounted according User manual for Eco/Green driving feature to work properly. If enabled, AXES will be reoriented to VEHICLE axes according User manual (+X – Forward, +Y – Left, +Z – Down). <br />
Under Gravity Filter settings, user can choose:
Under Gravity Filter settings, user can choose:
*<code>Enabled</code> – remove GRAVITY component from AXL/Crash.
*<code>Enabled</code> – remove GRAVITY component from AXL/Crash.
(An in-depth explanation for the auto calibration can be found here)
(An in-depth explanation for the Auto Calibration can be found here)
Calibration algorithm is used to recalculate accelerometer axes to represent vehicle’s axes (see Picture below). Vehicles axes are as follows:
Calibration algorithm is used to recalculate accelerometer axes to represent vehicle’s axes (see Picture below). Vehicles axes are as follows:
Once vehicle’s axes are calculated, device is considered calibrated.
Once vehicle’s axes are calculated, device is considered calibrated.
'''Note''': Moving forward along any axis will generate negative values. This means acceleration will generate -X values, accordingly braking will generate X values. Same goes for other axes.
'''Note''': Moving forward along any axis will generate negative values. This means acceleration will generate -X values, accordingly braking will generate X values. Same goes for other axes.
Commands that can be used during calibration:
Commands that can be used during calibration:
<table style="border-collapse: collapse; width:65%;" border="1;">
<tr style="text-align: center; background:black; color:white>
<th width="25%">Command</th>
<th width="15%">Response</th>
<th width="60%">Description</th>
</tr>
<tr style="text-align: center;">
<td>auto_calibrate:set</td>
<td>Yes</td>
<td>Request Auto Calibration task start</td>
</tr>
<tr style="text-align: center;">
<td>auto_calibrate:get</td>
<td>Yes</td>
<td>Request calibration info (time, ground vector, side vector)</td>
</tr>
<tr style="text-align: center;">
<td>auto_calibrate:clear</td>
<td>Yes</td>
<td>Request calibration clear from flash and stop calibration task</td>
</tr>
<tr style="text-align: center;">
<td>auto_calibrate:status</td>
<td>Yes</td>
<td>Request calibration status and calibration task status</td>
</tr>
</table>
}}
}}
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|=== Mounting Guidelines ===
|=== Mounting Guidelines ===
[[File:Screenshot 2024-03-04 at 09-01-13 tft100-mounting-guidelines.jpg (JPEG Image 900 × 600 pixels).png|thumb]]
The device should be mounted according to the picture below. Logo/Antenna must be facing up.
The device should be mounted according to the picture below. Logo/Antenna must be facing up.
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}}
}}
|==Tracking Mode==
|==Tracking Mode==
[[Image:Tracking_mode.png|right]]
[[Image:Tracking_mode.png|right]]
<b>Power Saving Mode</b> <br>
* <b>Performance</b> - In this mode GNSS module is constantly awake for maximum track quality.<br>
* <b>Performance</b> - In this mode GNSS module is constantly awake for maximum track quality.<br>
The purpose of this feature is to reduce power consumption and its main function is to turn off the GPS module when the device is stationary. For power saving functionality to run several conditions need to be met, one of them: ''Min Period'' value in ''Data Acquisition'' is more than or equal to 60 seconds. In device cold start state the GPS module is turned on for 180 sec. If GPS fix is obtained before this timeout elapses, GPS module turns off and a record is saved, and if not, no record will be saved. Before each new record saving period is expired the device is constantly checking for movement and if no motion has been detected, the GPS module does not turn on and the device waits for a periodic record to be eventually saved. If motion is detected at least 45 seconds before the record saving action, the GPS module will be turned on. If ''Records Saving/Sending Without TS'' configuration is set <span style=color:#F6A83E>Always</span> or <span style=color:#F6A83E>After Time Sync</span> a periodic record is saved and GPS is turned off again. Alternatively, if configuration is set to <span style=color:#F6A83E>After Position Fix</span>, the device will try to obtain GPS fix before record saving takes place and then allow extra ''GPS search period'' to obtain fix. Failing to do so within ''GPS search period'', GPS module will be turned back off and the record will be not saved at all. While this mode is enabled the data acquisition parameters min. distance, min. angle, min. speed delta, are disabled.
The purpose of this feature is to reduce power consumption and its main function is to turn off the GPS module when the device is stationary. For power saving functionality to run several conditions need to be met, one of them: ''Min Period'' value in ''Data Acquisition'' is more than or equal to 60 seconds. In device cold start state the GPS module is turned on for 180 sec. If GPS fix is obtained before this timeout elapses, GPS module turns off and a record is saved, and if not, no record will be saved. Before each new record saving period is expired the device is constantly checking for movement and if no motion has been detected, the GPS module does not turn on and the device waits for a periodic record to be eventually saved. If motion is detected at least 45 seconds before the record saving action, the GPS module will be turned on. If ''Records Saving/Sending Without TS'' configuration is set <span style=color:#F6A83E>Always</span> or <span style=color:#F6A83E>After Time Sync</span> a periodic record is saved and GPS is turned off again. Alternatively, if configuration is set to <span style=color:#F6A83E>After Position Fix</span>, the device will try to obtain GPS fix before record saving takes place and then allow extra ''GPS search period'' to obtain fix. Failing to do so within ''GPS search period'', GPS module will be turned back off and the record will be not saved at all. While this mode is enabled the data acquisition parameters min. distance, min. angle, min. speed delta, are disabled.
Requirements:
* ''Min Period'' value in ''Data Acquisition'' is more than or equal to 60 seconds;
* ''Min Period'' value in ''Data Acquisition'' is more than or equal to 60 seconds;
* Tracking mode selected to “Low Power”.
* Tracking mode selected to “Low Power”.
