| Name | pynbntnmodem JSON |
| Version |
0.6.5
JSON |
| download |
| home_page | None |
| Summary | Library for interfacing to Narrowband Non-Terrestrial Network modems using AT commands. |
| upload_time | 2025-08-21 12:53:30 |
| maintainer | None |
| docs_url | None |
| author | geoffbrucepayne |
| requires_python | <4.0,>=3.10 |
| license | Apache2.0 |
| keywords |
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| VCS |
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| bugtrack_url |
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No requirements were recorded.
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# NB-NTN Modem Interface
A generic model for interfacing to a NB-IoT modem compatible with 3GPP R17
Non-Terrestrial Network.
Provides an base class **`NbntnModem`** that abstracts specific AT commands
to common methods used for communicating using NB-IoT over satellite.
The class is intended to be subclassed and extended for specific modem variants
from various manufacturers.
## Modem Subclassing
Since modem implementations differ across make/model, this library is intended
to be used to create `NbntnModem` subclasses with specific AT commands and
responses.
### Initialization Sequence
The `ntninit` submodule describes the format and an example template for the
AT command sequence required by a particular modem variant.
The `ntn_init` list of init objects may be customized and included at the top of
a specific modem subclass.
## Common Workflow
* **`connect()`** using either `.env` variables, default or programmatic values
for `SERIAL_PORT`/`port` and `SERIAL_BAUDRATE`/`baudrate`.
* **`initialize_ntn()`** to run the modem-specific configuration sequence
* Run a loop that continually runs `check_urc()`, queues and then processes
each `get_urc_type()`
## URC injection
Some modems do not emit any URC on important events such as the completion of
a MO message sending. In such cases the `inject_urc()` method is provided to
simulate a modem-generated URC.
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"description": "# NB-NTN Modem Interface\n\nA generic model for interfacing to a NB-IoT modem compatible with 3GPP R17\nNon-Terrestrial Network.\n\nProvides an base class **`NbntnModem`** that abstracts specific AT commands\nto common methods used for communicating using NB-IoT over satellite.\nThe class is intended to be subclassed and extended for specific modem variants\nfrom various manufacturers.\n\n## Modem Subclassing\n\nSince modem implementations differ across make/model, this library is intended\nto be used to create `NbntnModem` subclasses with specific AT commands and\nresponses.\n\n### Initialization Sequence\n\nThe `ntninit` submodule describes the format and an example template for the\nAT command sequence required by a particular modem variant.\n\nThe `ntn_init` list of init objects may be customized and included at the top of \na specific modem subclass.\n\n## Common Workflow\n\n* **`connect()`** using either `.env` variables, default or programmatic values\nfor `SERIAL_PORT`/`port` and `SERIAL_BAUDRATE`/`baudrate`.\n\n* **`initialize_ntn()`** to run the modem-specific configuration sequence\n\n* Run a loop that continually runs `check_urc()`, queues and then processes\neach `get_urc_type()`\n\n## URC injection\n\nSome modems do not emit any URC on important events such as the completion of\na MO message sending. In such cases the `inject_urc()` method is provided to\nsimulate a modem-generated URC.",
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