Difference between revisions of "NBL-2"
From Wiki Knowledge Base | Teltonika GPS
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'''Description:''' | '''Description:''' | ||
| − | Netronix NBL-2 - wireless | + | Netronix NBL-2 - wireless RFID reader with Bluetooth. |
'''NBL-2 is great in these use cases:''' | '''NBL-2 is great in these use cases:''' | ||
| − | * Authorized driving - track who is driving your vehicle | + | * Authorized driving - keep track of who is driving your vehicle according to the NBL-2 ID they use to authenticate themselves. |
| − | * Private mode – | + | * Private mode – gives ability to mask all the personal data while vehicle is used in Private mode. |
| − | ''' | + | '''Functionality:''' |
| − | * | + | * Unpaired reader (state after default reset) is waiting for button only |
| − | * | + | * Reader scans for transponder detect or button press all time when is paired |
| − | * | + | * In case above event occurs, reader sends advertising packet for Ta time in period Tb. Defaults: Ta=50sec, Tb=100ms |
| − | * | + | * During advertising green led is flashing slowly. Reader stops blinking and advertising after disconnection. |
| − | * | + | * Depending on configuration, read card ID can be present on advertising packet or/and on characteristic |
| − | * | + | * Reader close connection and goes into low power 50 seconds after last data exchange. |
| − | * | + | * Each LED can be controlled on GATT services |
| − | * | + | * Reader can be on/off by long button press |
| + | * Reader perform sensor measurement in period which is configurable | ||
| + | * Button reacts immediately | ||
| + | * Sensors configuration is set by GATT services. | ||
| + | * Detecting the start and stopping the vehicle. This mode is active immediately after turn on the device.<br /> | ||
==Product Specification== | ==Product Specification== | ||
{| class="wikitable" | {| class="wikitable" | ||
| + | |Operating frequency | ||
| + | |13,56MHz | ||
| + | |- | ||
| + | |Supported standards | ||
| + | |MIFARE® Classic | ||
| + | MIFARE® DESFire | ||
| + | |- | ||
| + | |Interface | ||
| + | |Bluetooth | ||
|- | |- | ||
|Supply voltage | |Supply voltage | ||
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|Size (mm) | |Size (mm) | ||
|58 x 99 x 19 | |58 x 99 x 19 | ||
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|- | |- | ||
|Type | |Type | ||
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|} | |} | ||
| − | ==NBL-2 | + | ==NBL-2 configuration== |
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'''1. Updating NBL-2''' | '''1. Updating NBL-2''' | ||
| − | Go to NBL Tools application -> Device -> Characteristic -> Device Information Service -> Firmware Revision String. | + | First, you have to make sure that NBL-2 firmware version is updated to 1.3. Go to NBL Tools application -> Device -> Characteristic -> Device Information Service -> Firmware Revision String. |
[[File:NBL_conf1.jpg.jpg|alt=|frameless|520x520px]] [[File:NBL_conf2.jpg.jpg|alt=|border|frameless|520x520px]] [[File:NBL_conf3.jpg.jpg|alt=|frameless|519x519px]] | [[File:NBL_conf1.jpg.jpg|alt=|frameless|520x520px]] [[File:NBL_conf2.jpg.jpg|alt=|border|frameless|520x520px]] [[File:NBL_conf3.jpg.jpg|alt=|frameless|519x519px]] | ||
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If it is 1.2, then update NBL-2 according to these steps: | If it is 1.2, then update NBL-2 according to these steps: | ||
| − | 1. Run | + | 1. Run NBL Tools application |
| − | 2. Update the firmware database (tap: | + | 2. Update the firmware database (tap: Menager Firmware -> Update the database -> Start). Select NBL-2 and check 1.3 firmware version. |
[[File:NBL conf4.jpg.jpg|frameless|519x519px]] [[File:NBL conf5.jpg.jpg|frameless|519x519px]] [[File:NBL conf6.jpg.jpg|frameless|519x519px]] | [[File:NBL conf4.jpg.jpg|frameless|519x519px]] [[File:NBL conf5.jpg.jpg|frameless|519x519px]] [[File:NBL conf6.jpg.jpg|frameless|519x519px]] | ||
| − | 3. Back to | + | 3. Back to main menu. |
| − | 4. Tap | + | 4. Tap Device option. |
[[File:NBL conf7.jpg.jpg|frameless|520x520px]] | [[File:NBL conf7.jpg.jpg|frameless|520x520px]] | ||
| − | 5. Wake up the device - | + | 5. Wake up the device - eg entering it into the bootloader mode. |
| − | 6. Select the device from the list, then select Update firmware from the drop-down menu and press | + | 6. Select the device from the list (long press), then select Update firmware from the drop-down menu and press Start button. |
[[File:NBL conf9.jpg.jpg|frameless|520x520px]] [[File:NBL conf8.jpg.jpg|frameless|519x519px]] | [[File:NBL conf9.jpg.jpg|frameless|520x520px]] [[File:NBL conf8.jpg.jpg|frameless|519x519px]] | ||
7. Correct firmware update will be signaled by device start-up led message. | 7. Correct firmware update will be signaled by device start-up led message. | ||
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==Device configuration== | ==Device configuration== | ||
| − | + | Setting up NBL-2 device to connect with FMB device. Go to Teltonika configurator -> Bluetooth 4.0 and set it up like it shown in this screenshot (MAC adress will depend on your particular NBL sensor): | |
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| − | Setting up NBL-2 device to connect with FMB device. | ||
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| − | Go to Teltonika configurator -> | ||
[[File:Nbl2 1.png|frameless|660x660px]] | [[File:Nbl2 1.png|frameless|660x660px]] | ||
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Then go to I/O settings: | Then go to I/O settings: | ||
| − | Make sure to enable | + | Make sure to enable BLE RFID #1 parameter (ID: 51740) and set operand to „On Change“. |
[[File:Nbl2 3.png|frameless|999x999px]] | [[File:Nbl2 3.png|frameless|999x999px]] | ||
==Setting up Private/Business mode== | ==Setting up Private/Business mode== | ||
| − | Make sure to enable Private/Business mode in Trip/Odometer settings. It can be done using SMS commands or | + | Make sure to enable Private/Business mode in Trip/Odometer settings. It can be done using SMS commands or configurator. Not every device has these parameters visible in the configurator, therefore they should be configured via SMS commands. It can be done by sending ''setparam'' SMS (how to send SMS commands: [[FMB120 SMS/GPRS Commands|https://wiki.teltonika-gps.com/view/FMB120_SMS/GPRS_Commands]]). Set it to High or Low priority (parameter ID: 11850). Enable triggers as NBL-1 Button1 or NBL-1 Button2 (parameter ID: 11811). |
| − | + | [[File:NBL conf12.jpg.png|none|thumb|500x500px]] | |
| − | [[File: | ||
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Don't forget to set up data masking in Private mode if necessary. | Don't forget to set up data masking in Private mode if necessary. | ||
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| − | Don‘t forget to save all these changes to | + | Don‘t forget to save all these changes to device and you are ready to test NBL-2 sensor. |
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==Testing NBL-2== | ==Testing NBL-2== | ||
| − | + | Power up FMB device and start logging it in Terminal application. When RFID card is not enabled, BLE RFID #1 parameter (AVL ID: 451) will show a specific value. Example: | |
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| − | When | ||
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| − | Example: | ||
''IO ID[451]: 0x0000000000000000'' | ''IO ID[451]: 0x0000000000000000'' | ||
| − | When | + | When RFID card is activated (card touched to NBL-2 and followed by two beeps) BLE RFID #1 parameter should look like this: |
''IO ID[451]: 0x0004193EF2576680'' | ''IO ID[451]: 0x0004193EF2576680'' | ||
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''IO ID[391]: 1'' | ''IO ID[391]: 1'' | ||
==NBL-2 packet== | ==NBL-2 packet== | ||
| − | NBL-T data is being read via broadcast packets only. | + | NBL-T data is being read via broadcast packets only. Packet structure is described below: |
| − | + | ||
| − | | | + | [[File:NBL conf 13.png|frameless]] |
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| − | + | 0x02010606094E424C2D540CFF4E58 A7CB250501B01A0047 | |
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| − | + | '''Table No. 1.''' Parsed broadcast packet | |
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{| class="wikitable" | {| class="wikitable" | ||
| − | + | |'''Type''' | |
| − | + | |'''HEX Value''' | |
| − | + | |'''ASCII Value''' | |
| − | + | |'''Description''' | |
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|- | |- | ||
| − | | | + | |09 |
| − | | | + | |4E424C2D540C |
| − | | | + | |NBL-T |
| − | | | + | |Complete Local name |
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|- | |- | ||
| − | | | + | |FF |
| − | | | + | |4E58 A7CB250501B01A 00 47 |
| − | | | + | |1. UUID – 2 bytes |
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| − | + | 2. RFID Id – 7 bytes | |
| − | + | 3. Button status – 1 byte | |
| − | + | 4. Battery level – 1 byte (%) | |
| − | + | |Manufacturer data | |
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|} | |} | ||
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Revision as of 09:42, 9 November 2022
Main Page > Accessories > NBL-2Introduction to the product
Description:
Netronix NBL-2 - wireless RFID reader with Bluetooth.
NBL-2 is great in these use cases:
- Authorized driving - keep track of who is driving your vehicle according to the NBL-2 ID they use to authenticate themselves.
- Private mode – gives ability to mask all the personal data while vehicle is used in Private mode.
Functionality:
- Unpaired reader (state after default reset) is waiting for button only
- Reader scans for transponder detect or button press all time when is paired
- In case above event occurs, reader sends advertising packet for Ta time in period Tb. Defaults: Ta=50sec, Tb=100ms
- During advertising green led is flashing slowly. Reader stops blinking and advertising after disconnection.
- Depending on configuration, read card ID can be present on advertising packet or/and on characteristic
- Reader close connection and goes into low power 50 seconds after last data exchange.
- Each LED can be controlled on GATT services
- Reader can be on/off by long button press
- Reader perform sensor measurement in period which is configurable
- Button reacts immediately
- Sensors configuration is set by GATT services.
- Detecting the start and stopping the vehicle. This mode is active immediately after turn on the device.
Product Specification
| Operating frequency | 13,56MHz |
| Supported standards | MIFARE® Classic
MIFARE® DESFire |
| Interface | Bluetooth |
| Supply voltage | two AAA batteries |
| Sensor | Accelerometer
Low battery voltage |
| Operating temperature | -20ºC to +70ºC |
| Size (mm) | 58 x 99 x 19 |
| Type | RFID reader |
NBL-2 configuration
1. Updating NBL-2
First, you have to make sure that NBL-2 firmware version is updated to 1.3. Go to NBL Tools application -> Device -> Characteristic -> Device Information Service -> Firmware Revision String.
Note: If the firmware version is 1.1 or 1.0, it is not possible to update it.
If it is 1.2, then update NBL-2 according to these steps:
1. Run NBL Tools application
2. Update the firmware database (tap: Menager Firmware -> Update the database -> Start). Select NBL-2 and check 1.3 firmware version.
3. Back to main menu.
4. Tap Device option.
5. Wake up the device - eg entering it into the bootloader mode.
6. Select the device from the list (long press), then select Update firmware from the drop-down menu and press Start button.
7. Correct firmware update will be signaled by device start-up led message.
Device configuration
Setting up NBL-2 device to connect with FMB device. Go to Teltonika configurator -> Bluetooth 4.0 and set it up like it shown in this screenshot (MAC adress will depend on your particular NBL sensor):
Mandatory setting condition: Non Stop Scan
Then go to I/O settings:
Make sure to enable BLE RFID #1 parameter (ID: 51740) and set operand to „On Change“.
Setting up Private/Business mode
Make sure to enable Private/Business mode in Trip/Odometer settings. It can be done using SMS commands or configurator. Not every device has these parameters visible in the configurator, therefore they should be configured via SMS commands. It can be done by sending setparam SMS (how to send SMS commands: https://wiki.teltonika-gps.com/view/FMB120_SMS/GPRS_Commands). Set it to High or Low priority (parameter ID: 11850). Enable triggers as NBL-1 Button1 or NBL-1 Button2 (parameter ID: 11811).
Don't forget to set up data masking in Private mode if necessary.
Don‘t forget to save all these changes to device and you are ready to test NBL-2 sensor.
Testing NBL-2
Power up FMB device and start logging it in Terminal application. When RFID card is not enabled, BLE RFID #1 parameter (AVL ID: 451) will show a specific value. Example:
IO ID[451]: 0x0000000000000000
When RFID card is activated (card touched to NBL-2 and followed by two beeps) BLE RFID #1 parameter should look like this:
IO ID[451]: 0x0004193EF2576680
When Private/Business mode is enabled (Button1 or Button2 is pressed):
IO ID[451]: 0x0000000000000000
and
IO ID[391]: 1
NBL-2 packet
NBL-T data is being read via broadcast packets only. Packet structure is described below:
0x02010606094E424C2D540CFF4E58 A7CB250501B01A0047
Table No. 1. Parsed broadcast packet
| Type | HEX Value | ASCII Value | Description |
| 09 | 4E424C2D540C | NBL-T | Complete Local name |
| FF | 4E58 A7CB250501B01A 00 47 | 1. UUID – 2 bytes
2. RFID Id – 7 bytes 3. Button status – 1 byte 4. Battery level – 1 byte (%) |
Manufacturer data |
