T-Beam Development Board Pinout and Technical Specifications
Code name: TBeam
T-Beam development board is based on esp32 microcontroller and uses xtensa architecture. This development board has a maximum CPU frequency of 240 MHz and a flash size of 4MB.
T-Beam Specs
Below you can find the specifications of T-Beam, such as features, connectivity options, and T-Beam technical specs.
Features
- 20 digital IO pins
- 16 external interrupt pins
- 16 analog input pins
- 17 PWM pins
Connectivity
- WiFi: 802.11 b/g/n (2.4 GHz)
- Bluetooth: 4.2
- WiFi: 4.2
Technical specs
Clock Speed | 240 MHz |
Flash size | 4MB |
Microcontroller | esp32 |
Architecture | xtensa |
T-Beam Pins Mapping Arduino IDE
Below you can find the T-Beam pinout. This development board provides 20 digital IO pins, out of which 16 can be used as an external interrupt pins , 16 as analog input pins and 17 pins have Pulse-Width Modulation (PWM) .
Pin | Analog | Touch | PWM | Other |
---|---|---|---|---|
0 | A11 | T1 | ||
1 | PWM | TX | ||
2 | A12 | T2 | PWM | |
3 | PWM | RX | ||
4 | A10 | T0 | PWM | |
5 | PWM | LORA_SCK SCK | ||
13 | A14 | T4 | PWM | |
14 | A16 | T6 | PWM | LED_BUILTIN |
18 | PWM | LORA_CS SS | ||
19 | PWM | LORA_MISO MISO | ||
21 | PWM | SDA | ||
22 | PWM | SCL | ||
23 | PWM | LORA_RST | ||
25 | A18 | PWM | DAC1 | |
26 | PWM | LORA_IRQ | ||
27 | PWM | LORA_MOSI MOSI | ||
32 | A4 | T9 | PWM | LORA_IO2 |
33 | A5 | T8 | PWM | LORA_IO1 |
34 | A6 | |||
35 | A7 | |||
36 | A0 | |||
39 | A3 | KEY_BUILTIN |
Default Tools
Bootloader tool | esptool_py |
Uploader tool | esptool_py |
Network uploader tool | esp_ota |
Bootloader address | 0x1000 |
Flash mode | dio |
Boot mode | dio |
PSRAM type | |
Maximum upload size | 1280 Kb (1310720 B) |
Maximum data size | 320 Kb (327680 B) |
The T-Beam development board by default uses esptool_py uploader tool, esp_ota network uploader tool for Over-the-air (OTA) uploads and esptool_py bootloader tool. The bootloader starts at address "0x1000". Flash mode and boot mode for T-Beam development board by default is dio and dio respectively.