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HT-M01 Mini LoRa Gateway
$240.00 $135.00
note
accessories
reseller
- Not include battery;
- HT-M01 to RPI Special converter
- Raspberry Pi Zero W
- Better antenna;
- Micro TF card.
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HT-M01 is a picocell LoRa gateway based SX1301 baseband chip, it’s must work with other operating systems (Windows® or Linux), when we designed it, we define this product positioning is convenient user authentication LoRa communication scheme. HT-M01 support both SPI and USB interface can work with Windows® (7, 8, 10 or higher) or Linux (Raspberry Pi®). With well-designed structure, the great heat from SX1301 can be transfer to the Aluminum shell, makes HT-M01 works more stable than other products of the same type.
This product can’t meet your needs? Choose from our LoRa Gateway Family.
HT-M01 Mini LoRa Gateway is a part of the “Heltec LoRa“ series, with the following features:
- CE Certificate
- SX1301 digital baseband chip
- Size: 66(+10) x 30 x 15mm (can assemble with raspberry pi ZERO via a special converter board)
- Emulates 49x LoRa demodulators and 1x (G)FSK demodulator
- 10 programmable parallel demodulation paths
- Dynamic data-rate adaptation (ADR)
- Automatic adaptive spread spectrum factor, SF7 to SF12 for each channel is optional
- Maximum output: 20 ± 1dBm
- Up to -139dBm sensitivity with SX1257 or SX1255 Tx/Rx front-end
- Communication interface SPI or USB
- The power supply voltage:5V
- Support for LoRaWAN Class A, Class B, Class C protocols
- Through the unique heat conduction device to transfer heat to the aluminum housing, strengthen heat dissipation, make the operation more stable
- -20°C to 70°C maximum operating temperature range
- Frequency range:
- Europe – 868MHz ISM band (863MHz to 870MHz range)
- Europe – 433MHz ISM band
- USA/Australia – 915MHz ISM band (902MHz to 928MHz range)
- China – 470MHz ISM band (470MHz to 510MHz range)
Technical Parameters
| source | Parameter | |
| LoRa Baseband chip | SX1301 | |
| LoRa RF chip | SX1255(EU_433, CN_470_510)；SX1257（EU_863_870, US_902_928） | |
| Working Band (optional) | EU_433, CN_470_510, EU_863_870, US_902_928 | |
| LoRa maximum output power | 20dB ± 1dB | |
| Receiving sensitivity | -142.5dBm @ 300bps | |
| Interface | Micro USB x 1; SPI x 1; LoRa Antenna (SMA) x 1; | |
| USB to SPI bridge chip | STM32F401CEU6 | |
| size | 66(+10) x 30 x 15 mm | |
| Working temperature | -40 ~ 80 ℃ | |
Electrical characteristics
| Electrical characteristics | condition | Minimum | Typical | Maximum |
| Power Supply | USB power supply (≥500mA) | 4.8V | 5V | 6V |
| 2.54 x 4 x 2 header power supply（≥500mA） | 4.8V | 5V | 6V | |
| Power consumption(mA) | 8 Channel Listening (Receive mode) | 312mA | ||
| LoRa 10dB Output | 254mA | |||
| LoRa 12dB Output | 258mA | |||
| LoRa 15dB Output | 259mA | |||
| LoRa 20dB Output | 284mA |
Pin Definition
| Pin | Description |
| VCC | +5V power supply |
| GND | +5V GND |
| MOSI | SPI bus data for SX1301 |
| MISO | SPI bus data for SX1301 |
| SCK | SPI clock for SX1301 |
| CS | Chip select (LOW select) |
| PRST | SX1301 reset pin (Keep this pin HIGH over 10ms, SX1301 reset) |
| NRST | USB-SPI converter IC disable pin (when working in SPI, Keep this pin LOW all the time) |
HT-M01 User Manual
HT-M01 Relative Source code
All the following code are tested with Raspberry PI:
- Source code for SPI mode
- Driver/HAL for HT-M01: https://github.com/Lora-net/lora_gateway
- Forwards RF packets receive by the HT-M01 to a server through a IP/UDP link, and emits RF packets that are sent by the server: https://github.com/Lora-net/packet_forwarder
- Scripts running on Raspberry PI, Create an auto run process/services for HT-M01 (process name: lrgateway), need “lora_gateway” and “packet_forwarder” both work correctly: https://github.com/HelTecAutomation/lorasdk
- Source code for USB mode
- USB Driver/HAL for HT-M01: https://github.com/Lora-net/picoGW_hal
- Forwards RF packets receive by the HT-M01 to a server through a IP/UDP link, and emits RF packets that are sent by the server: https://github.com/Lora-net/picoGW_packet_forwarder
- Scripts running on Raspberry PI, create an autorun process/services for HT-M01 (process name: lrgateway), need “picoGW_hal” and “picoGW_packet_forwarder” both work correctly: https://github.com/HelTecAutomation/picolorasdk
Graphical User Interface running on Windows®
- GUI Demo App (From Semtech®)
- User Manual for GUI Demo App.
PicoGW Tools Can't Choose China configration?
Heltec LoRa Gateway Porducts Difference Table (Product Selection Table)
3D Drawing
Solid Works 2014 Version 3D Drawing: http://resource.heltec.cn/download/HT-M01/ht-m01_solidworks.zip
How to Use HT-M01 Connect to The Thing Network
Highly Recommend Private Open-source LoRa Server Solution
Quickstart on Debian or Ubuntu server: https://www.loraserver.io/guides/debian-ubuntu/
:
LoRaWAN Frequency Plans and Regulations by Country.
470MHz SWR Test Data
LoRa 470MHz RF Power Output
LoRa 868MHz RF Power Output
LoRa 915MHz RF Power Output
The Power consumption of 8 Channel Listening (Receive mode)
- Over View
-
HT-M01 Mini LoRa Gateway is a part of the “Heltec LoRa“ series, with the following features:
- CE Certificate
- SX1301 digital baseband chip
- Size: 66(+10) x 30 x 15mm (can assemble with raspberry pi ZERO via a special converter board)
- Emulates 49x LoRa demodulators and 1x (G)FSK demodulator
- 10 programmable parallel demodulation paths
- Dynamic data-rate adaptation (ADR)
- Automatic adaptive spread spectrum factor, SF7 to SF12 for each channel is optional
- Maximum output: 20 ± 1dBm
- Up to -139dBm sensitivity with SX1257 or SX1255 Tx/Rx front-end
- Communication interface SPI or USB
- The power supply voltage:5V
- Support for LoRaWAN Class A, Class B, Class C protocols
- Through the unique heat conduction device to transfer heat to the aluminum housing, strengthen heat dissipation, make the operation more stable
- -20°C to 70°C maximum operating temperature range
- Frequency range:
- Europe – 868MHz ISM band (863MHz to 870MHz range)
- Europe – 433MHz ISM band
- USA/Australia – 915MHz ISM band (902MHz to 928MHz range)
- China – 470MHz ISM band (470MHz to 510MHz range)
- Tech Specs
-
Technical Parameters
source Parameter LoRa Baseband chip SX1301 LoRa RF chip SX1255(EU_433, CN_470_510)；SX1257（EU_863_870, US_902_928） Working Band (optional) EU_433, CN_470_510, EU_863_870, US_902_928 LoRa maximum output power 20dB ± 1dB Receiving sensitivity -142.5dBm @ 300bps Interface Micro USB x 1; SPI x 1; LoRa Antenna (SMA) x 1; USB to SPI bridge chip STM32F401CEU6 size 66(+10) x 30 x 15 mm Working temperature -40 ~ 80 ℃ Electrical characteristics
Electrical characteristics condition Minimum Typical Maximum Power Supply USB power supply (≥500mA) 4.8V 5V 6V 2.54 x 4 x 2 header power supply（≥500mA） 4.8V 5V 6V Power consumption(mA) 8 Channel Listening (Receive mode) 312mA LoRa 10dB Output 254mA LoRa 12dB Output 258mA LoRa 15dB Output 259mA LoRa 20dB Output 284mA Pin Definition
Pin Description VCC +5V power supply GND +5V GND MOSI SPI bus data for SX1301 MISO SPI bus data for SX1301 SCK SPI clock for SX1301 CS Chip select (LOW select) PRST SX1301 reset pin (Keep this pin HIGH over 10ms, SX1301 reset) NRST USB-SPI converter IC disable pin (when working in SPI, Keep this pin LOW all the time) - Docs & Resource
-
HT-M01 User Manual
HT-M01 Relative Source code
All the following code are tested with Raspberry PI:
- Source code for SPI mode
- Driver/HAL for HT-M01: https://github.com/Lora-net/lora_gateway
- Forwards RF packets receive by the HT-M01 to a server through a IP/UDP link, and emits RF packets that are sent by the server: https://github.com/Lora-net/packet_forwarder
- Scripts running on Raspberry PI, Create an auto run process/services for HT-M01 (process name: lrgateway), need “lora_gateway” and “packet_forwarder” both work correctly: https://github.com/HelTecAutomation/lorasdk
- Source code for USB mode
- USB Driver/HAL for HT-M01: https://github.com/Lora-net/picoGW_hal
- Forwards RF packets receive by the HT-M01 to a server through a IP/UDP link, and emits RF packets that are sent by the server: https://github.com/Lora-net/picoGW_packet_forwarder
- Scripts running on Raspberry PI, create an autorun process/services for HT-M01 (process name: lrgateway), need “picoGW_hal” and “picoGW_packet_forwarder” both work correctly: https://github.com/HelTecAutomation/picolorasdk
Graphical User Interface running on Windows®
- GUI Demo App (From Semtech®)
- User Manual for GUI Demo App.
PicoGW Tools Can't Choose China configration?
Heltec LoRa Gateway Porducts Difference Table (Product Selection Table)
3D Drawing
Solid Works 2014 Version 3D Drawing: http://resource.heltec.cn/download/HT-M01/ht-m01_solidworks.zip
How to Use HT-M01 Connect to The Thing Network
Highly Recommend Private Open-source LoRa Server Solution
Quickstart on Debian or Ubuntu server: https://www.loraserver.io/guides/debian-ubuntu/
:
LoRaWAN Frequency Plans and Regulations by Country.
- Source code for SPI mode
- Test Info
-
470MHz SWR Test Data
LoRa 470MHz RF Power Output
LoRa 868MHz RF Power Output
LoRa 915MHz RF Power Output
The Power consumption of 8 Channel Listening (Receive mode)
