LilyGO T-Beam-S3 Supreme - LoRa 868MHz - MAX-M10S GNSS - 1.3 inch OLED Display - ESP32-S3
- Availability: Directly available from warehouse in Eindhoven
- SKU: 005812
€79.75
Ex Tax: €65.91
5 or more €79.25
10 or more €78.75
20 or more €78.25
50 or more €77.75
100 or more €77.25
The T-Beam-S3 from LilyGO is a microcontroller based on an ESP32-S3 including a built-in LoRa chip, a GNSS module and several sensors.
The T-Beam can also be use with the SoftRF software: SoftRF
Note: LilyGO has changed the model from H615 to H659 to better distinguish between different software variants. However, there are no differences (software nor hardware) between the two models.
See the following page for more information: GitHub
Reviews Over LilyGO T-Beam-S3 Supreme - LoRa 868MHz - MAX-M10S GNSS - 1.3 inch OLED Display - ESP32-S3
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Tags:
Microcontroller Boards
, With Bluetooth
, LilyGO T-Beam-S3 Supreme - LoRa 868MHz - MAX-M10S GNSS - 1.3 inch OLED Display - ESP32-S3
, 005812
, LilyGO TTGO
, H615 or H659
, RTC
, Display
, Gyroscope
, Magnetometer
, Battery charger
, Battery holder
, SD-card adapter
, Acceleration sensor
, Temperature sensor
, Microcontroller (MCU)
, Humidity sensor
, Battery protection circuit
, Programmable button(s)
, Pressure sensor (gas/liquid)
, ADC
, I2C
, I2S
, PWM
, SPI
, GPIO
, UART
, USB CDC
, Native USB
, Bluetooth
, Wi-Fi
, LoRa
, GNSS
Specifications
| General | |
| Brand | LilyGO TTGO |
| Manufacturer model/SKU | H615 or H659 |
| Model revision | V3.0 |
| Features | RTC Display Gyroscope Magnetometer Battery holder Battery charger Humidity sensor SD-card adapter Temperature sensor Acceleration sensor Microcontroller (MCU) Programmable button(s) Battery protection circuit Pressure sensor (gas/liquid) |
| General physical appearance | |
| Main color | Black |
| Weight [g] | 56 (incl. antennas) |
| Dimension X [mm] | 105 |
| Dimension Y [mm] | 33 |
| Dimension Z [mm] | 28 |
| Form factor | Module (general) |
| General electrical properties | |
| Minimum supply voltage [V DC] | 5 |
| Maximum supply voltage [V DC] | 5 |
| Minimum IO-pin input voltage [V] | 3.3 |
| Maximum IO-pin input voltage [V] | 3.3 |
| IO-pin output voltage [V] | 3.3 |
| Maximum IO-pin source current [mA] | 40 |
| Maximum IO-pin sink current [mA] | 28 |
| MCU | |
| Manufacturer | Espressif |
| Chip series | ESP32-S3 |
| Maximum clock frequency [MHz] | 240 |
| Number of cores | 2 |
| Internal memory | |
| SRAM [KB] | 512 |
| PSRAM [MB] | 8 |
| Flash memory [MB] | 8 |
| EEPROM type | Emulated |
| Communication | |
| Hardware interface(s) | ADC I2C I2S PWM SPI GPIO UART USB CDC Native USB |
| Number of IO-pins | 10 |
| Maximum available hardware PWM channels | 8 |
| Maximum available analog input pins (ADC) | 2 |
| Maximum available analog output pins (DAC) | 0 |
| Maximum available hardware UART interfaces | 3 |
| Maximum available hardware I2C interfaces | 2 |
| Maximum available hardware SPI interfaces | 2 |
| USB to serial converter | Integrated into microcontroller |
| Supported SD card size | Micro SD |
| Wireless communication | |
| Interface(s) | GNSS LoRa Wi-Fi Bluetooth |
| Wi-Fi chip/SoC | ESP32-S3 |
| Wi-Fi frequency [GHz] | 2.4 |
| Bluetooth chip/SoC | ESP32-S3 |
| Bluetooth version | 5.0 |
| Supported Bluetooth standard(s) | LE |
| GNSS chip/SoC | MAX-M10S |
| Supported GNSS systems | GPS QZSS Beidou Galileo GLONASS |
| Maximum GNSS position accuracy [m] | 1.5 |
| Maximum GNSS update rate [Hz] | 20 |
| LoRa chip/SoC | SX1262 |
| LoRa frequency [MHz] | 868 |
| Display | |
| Type | OLED |
| Driver | SH1106 |
| Screen diagonal [inch] | 1.3 |
| Number of pixels long side | 128 |
| Number of pixels short side | 64 |
| Display shape | Rectangular |
| Pixel colors | White |
| Temperature sensor | |
| Sensor (chip) | BME280 |
| Minimum measuring range [°C] | -40 |
| Maximum measuring range [°C] | 85 |
| Smallest resolution [°C] | 0.01 |
| Accuracy [±°C] | 1.0 |
| Humidity sensor | |
| Sensor (chip) | BME280 |
| Minimum measuring range [% R.H.] | 0 |
| Maximum measuring range [% R.H.] | 100 |
| Smallest resolution [%R.H.] | 0.008 |
| Accuracy [±%] | 3.0 |
| Pressure sensor | |
| Sensor (chip) | BME280 |
| Suitable medium | Air |
| Minimum measuring range [hPa] | 300 |
| Maximum measuring range [hPa] | 1100 |
| Smallest resolution [hPa] | 0.0018 |
| Accuracy [±hPa] | 1.0 |
| Acceleration sensor | |
| Sensor chip/SoC | QMI8658A |
| Degrees of freedom (DOF) | 3 |
| Maximum measuring range [±g] | 16 |
| Maximum resolution [bit] | 16 |
| Gyroscope | |
| Sensor chip/SoC | QMI8658A |
| Degrees of freedom (DOF) | 3 |
| Maximum measuring range [±°/s] | 2048 |
| Maximum resolution [bit] | 16 |
| Magnetometer | |
| Sensor (chip) | QMC6310 |
| Type | Compass |
| Degrees of freedom (DOF) | 3 |
| Minimum measuring range [mT] | -3 |
| Maximum measuring range [mT] | 3 |
| Maximum resolution [bit] | 16 |
| Accuracy [°] | 2 |
| RTC | |
| RTC chip | PCF8563 |
| Back-up battery/capacitor | Yes |
| Battery circuit | |
| Battery charger chip/SoC | AXP2101 |
| Supported battery chemistry | Li-Po Li-ion |
| Maximum charging voltage [V] | 4.2 |
| Maximum charging current [mA] | 1000 |
| Adjustable charging current | Yes |
| Protection circuit | Yes |
| Safety features | Polarity Overcurrent Overvoltage Undervoltage Short circuit |
| Undervoltage detection (UVP) [V] | 2.40 |
| Battery holder | |
| Suitable battery form factor | 18650 |
| Suitable anode shape | Flat top Button top |
| Suitable number of batteries | 1 |
| Connectors | |
| Power supply connector(s) | USB-C female Through hole solder pin(s) (2.54mm) |
| IO-connector(s) | USB-C female JST-SH (compatible) male Through hole solder pin(s) (2.54mm) |
| Wi-Fi/Bluetooth antenna connector | Built-in antenna IPEX MHF 1/uFL male (requires modification) |
| LoRa antenna connector | SMA female IPEX MHF 1/uFL male |
| GNSS antenna connector | Built-in antenna IPEX MHF 1/uFL male |
| Package contents | |
| Package contents | 1x T-Beam-S3 Supreme 1x LoRa SMA antenna 2x Male pin header 13p 1x Nut 1x Tooth lock washer 1x Spring washer |