T-Halow

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- - issue.yml
  - platformio.yml
- T-Halow.stp
- T-Halow.json
- - image-0.png
  - image-1.png
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- - readme.md
  - work_mode.drawio
- - module_pair.md
  - readme.md
- AT_cmd.md
- Firmware_burn_1.md
- Firmware_burn_2.md
- image-1.png
- image-10.png
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- image-9.png
- image.png
- mode1_test.md
- mode2_test.md
- - AT_test.ino
- - app_httpd.cpp
  - camera_index.h
  - CameraWebServer.ino
  - utilities.h
- - factory.ino
  - utilities.h
- - Japan_MIC.ino
  - utilities.h
- - TF_card.ino
  - utilities.h
- - huge-ic-ah_v1.6.3.3-26347_2023.11.29_TAIXIN-WNB.bin
  - huge-ic-ah_v1.6.3.5-25403_2023.10.20_TAIXIN-usb.bin
  - TX_AH_Rx00p.ino
  - utilities.h
- - TX_AH_Rx00p_AP.ino
  - utilities.h
- - TX_AH_Rx00p_STA.ino
  - utilities.h
- - H743_fr_920M_Japan_MIC_authentication.bin
- - esp32_AT_test_20241015.bin
  - huge-ic-ah_v1.6.4.3-28977_2024.5.29_TAIXIN-WNB.bin
- - firmware_T-Halow_AP_20240906.bin
  - firmware_T-Halow_STA_20240906.bin
  - huge-ic-ah_v1.6.3.5-25403_2023.10.20_TAIXIN-usb.bin
  - huge-ic-ah_v1.6.4.3-29063_2024.8.16_WNB.bin
- - Arduino_badge.png
  - PlatformIO_badge.png
  - VisualStudioCode_badge.png
- - 泰芯802.11AH Frequency setting description_20231130110312.pdf
  - 泰芯802.11ah TX-AH-Rx00P Series module technical specification_20231116174457.pdf
  - 泰芯AH Bridge instructions_20230908122753.pdf
  - 泰芯AH Module AT instruction development guide_20230524100503.pdf
  - 泰芯AH Module development board instructions_20230621205234.pdf
  - 泰芯AH Module hardware Design Guide_20230621170639.pdf
  - 泰芯AH Performance test method_20230908122816.pdf
  - 泰芯AH-RF EMC Certification guide_20230720140052.pdf
- - README.md
- IP101G-ICPlus.pdf
- T-Halow V1.0 - BOTTOM.dxf
- T-Halow V1.0 - TOP.dxf
- T-Halow V1.0 24-04-16-Version2.pdf
- T-Halow V1.0 24-08-23-Version1.pdf
- 未命名绘图.drawio
- - Adafruit_BusIO_Register.cpp
  - Adafruit_BusIO_Register.h
  - Adafruit_I2CDevice.cpp
  - Adafruit_I2CDevice.h
  - Adafruit_I2CRegister.h
  - Adafruit_SPIDevice.cpp
  - Adafruit_SPIDevice.h
  - CMakeLists.txt
  - component.mk
  - library.properties
  - LICENSE
  - README.md
- - Adafruit_GFX.cpp
  - Adafruit_GFX.h
  - Adafruit_GrayOLED.cpp
  - Adafruit_GrayOLED.h
  - Adafruit_SPITFT.cpp
  - Adafruit_SPITFT.h
  - Adafruit_SPITFT_Macros.h
  - CMakeLists.txt
  - component.mk
  - gfxfont.h
  - glcdfont.c
  - library.properties
  - license.txt
  - README.md
- - Adafruit_SSD1306.cpp
  - Adafruit_SSD1306.h
  - CMakeLists.txt
  - component.mk
  - library.properties
  - license.txt
  - README.md
  - splash.h
- README
- AH-V1.6-SDK_20260106160634.zip
- huge-ic-ah_v1.6.4.3-39706_wnb_sta_1.bin
- huge-ic-ah_v1.6.4.3-39706_wnb_sta_8.bin
- huge-ic-ah_v1.6.4.3-39706_wnb_uartp2p_baud_115200.bin
- huge-ic-ah_v1.6.4.3-39706_wnb_uartp2p_baud_230400.bin
- huge-ic-ah_v1.6.4.3-39706_wnb_uartp2p_baud_460800.bin
- huge-ic-ah_v1.6.4.3-39706_wnb_uartp2p_baud_921600.bin
- image.png
- readme.md
- readme_cn.md
- 泰芯AH模组AT指令开发指南.pdf
- 泰芯AH网桥使用说明.pdf
- 泰芯TXW830x AH-SDK开发指南.pdf
.gitignore
platformio.ini
README.md
README_CN.md

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<h1 align = "center">🏆 T-Halow 🏆</h1>

T-Halow is WiFi Halow, an optimized Wi-Fi solution for iot devices, which has a longer transmission distance while providing the same transmission power of 2.4GHz and 5GHz. T-Halow is equipped with the TX-AH module, which can operate in the 730M-950MHz band, the module can operate in the channel width of 1/2/4/8MHz, and can provide a physical throughput of 150 Kbps to 32.5Mbps.

# Project
There are two different versions of T-Halow, which differ in the way they are paired;

It is important to confirm the version of T-Halow you have.

| - | TIME | LINK | VIDEO |
| :---: | :---: | :---: | :---: |
| VER1 | V1.0 24-08-23 | [VERSION1](./docs/ver1/readme.md) | |
| VER2 | V1.0 24-04-16 | [VERSION2](./docs/ver2/readme.md) | https://www.youtube.com/watch?v=nM2GE8Imshc |

Version 1 and version 2 of T-Halow use the same [AT commands](./docs/AT_cmd.md).

Regarding the SDK of the TX-AH module, Taixin does not provide detailed API instructions. If you want to compile it yourself, you can use this project. [hgSDK](./SDK/hgSDK-v1.6.4.3-29063-wnb)

# Firmware download

If you need to download the TX AH firmware, you can use the following two methods:

| Download firmware via downloader  |[docs](./docs/Firmware_burn_1.md)|
| -------------------- | --- |
| Download firmware via esp32 flash_download_tool  | [docs](./docs/Firmware_burn_2.md) |

# Official document;
TX-AH module official documentation is in Chinese, if you can speak Chinese, this may help you;

More TX-AH module information can be found on the official website，[download](https://en.taixin-semi.com/Product?prouctSubClass=33)

|           Frequency setting description           | [docs](./hardware/TX_AH/泰芯802.11AH%20Frequency%20setting%20description_20231130110312.pdf)                       |
|:-------------------------------------------------:|:------------------------------------------------------------------------------------------------------------------ |
| TX-AH-Rx00P Series module technical specification | [docs](./hardware/TX_AH/泰芯802.11ah TX-AH-Rx00P%20Series%20module%20technical%20specification_20231116174457.pdf) |
|          TX-AH-Rx00P Bridge instructions          | [docs](./hardware/TX_AH//泰芯AH%20Bridge%20instructions_20230908122753.pdf)                                        |
|    AH Module AT instruction development guide     | [docs](./hardware/TX_AH/泰芯AH%20Module%20AT%20instruction%20development%20guide_20230524100503.pdf)               |
|     AH Module development board instructions      | [docs](./hardware/TX_AH/泰芯AH%20Module%20development%20board%20instructions_20230621205234.pdf)                   |
|          AH Module hardware Design Guide          | [docs](./hardware/TX_AH/泰芯AH%20Module%20hardware%20Design%20Guide_20230621170639.pdf)                            |
|            AH Performance test method             | [docs](./hardware/TX_AH/泰芯AH%20Performance%20test%20method_20230908122816.pdf)                                   |
|           AH-RF EMC Certification guide           | [docs](./hardware/TX_AH/泰芯AH-RF EMC%20Certification%20guide_20230720140052.pdf)                                  |

# TX-AH model comparison

remark:
1. The difference between the P series module and the earlier A series module is:

(1) The bottom left screen print of the P series is beginning with P, and the bottom left screen print of the A series is beginning with R;

(2) P series PIN4/5 needs power supply, A series does not;

2. The module does not have a Shield by default. The name of the module with a shield is suffix-s, where S indicates shield.

## :three: Quick Start 🎁

🟢 PlatformIO is recommended because these examples were developed on it. 🟢

### 1、PlatformIO

1. Install [Visual Studio Code](https://code.visualstudio.com/) and [Python](https://www.python.org/), and clone or download the project;
2. Search for the `PlatformIO` plugin in the `VisualStudioCode` extension and install it;
3. After the installation is complete, you need to restart `VisualStudioCode`
4. After opening this project, PlatformIO will automatically download the required tripartite libraries and dependencies, the first time this process is relatively long, please wait patiently;
5. After all the dependencies are installed, you can open the `platformio.ini` configuration file, uncomment in `example` to select a routine, and then press `ctrl+s` to save the `.ini` configuration file;
6. Click :ballot_box_with_check: under VScode to compile the project, then plug in USB and select COM under VScode;
7. Finally, click the :arrow_right:  button to download the program to Flash;

### 2、Arduino IDE

1. Install [Arduino IDE](https://www.arduino.cc/en/software)

2. Copy all files under `this project/lib/` and paste them into the Arduion library path (generally `C:\Users\YourName\Documents\Arduino\libraries`);

3. Open the Arduion IDE and click `File->Open` in the upper left corner to open an example in `this project/example/xxx/xxx.ino` under this item;

4. Then configure Arduion. After the configuration is completed in the following way, you can click the button in the upper left corner of Arduion to compile and download;

| Arduino IDE Setting                  | Value                             |
| ------------------------------------ | --------------------------------- |
| Board                                | **ESP32S3 Dev Module**            |
| Port                                 | Your port                         |
| USB CDC On Boot                      | Enable                            |
| CPU Frequency                        | 240MHZ(WiFi)                      |
| Core Debug Level                     | None                              |
| USB DFU On Boot                      | Disable                           |
| Erase All Flash Before Sketch Upload | Disable                           |
| Events Run On                        | Core1                             |
| Flash Mode                           | QIO 80MHZ                         |
| Flash Size                           | **16MB(128Mb)**                   |
| Arduino Runs On                      | Core1                             |
| USB Firmware MSC On Boot             | Disable                           |
| Partition Scheme                     | **16M Flash(3M APP/9.9MB FATFS)** |
| PSRAM                                | **OPI PSRAM**                     |
| Upload Mode                          | **UART0/Hardware CDC**            |
| Upload Speed                         | 921600                            |
| USB Mode                             | **CDC and JTAG**                  |

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