LILYGO® TTGO T5 V2.3.1_2.13 Inch E-Paper Screen New Driver ChipBased on the original version, the new version removes all LED, further reducing power consumption.OverviewDueto the advantages like ultra low power consumption, wide viewing angle,clear display without electricity, it is an ideal choice for applications such as shelf label, industrial instrument, and so on.Features· No backlight, keeps displaying last content for a long time even when power down· Ultra low power consumption, basically power is only required for refreshing· Comes with development resources and manual (examples for Arduino-esp32)SpecificationsOperating voltage: 3.3VInterface: 3-wire SPI, 4-wire SPIDisplay col...
Features:TheLILYGO Mini E-paper core is based on the ESP32 main control chip +1.02 inch e-paper programmable, developable, and expandable product concept. The design focuses on low power consumption and the basic requirements of MINI appearance. In order to keep the product appearance as much as possible The mini is based on the 1.02 inch e-paper screen size, and theshell is designed based on this mimi structure to keep the entire module mini.MIni E-paper Core:1.3D printed shell2.ESP32-PICO-D4 4MB Flash WIFI/Bluetooth3. Low power consumption sleep mode is about 10uA4.1.02 inch e-paper@128X805. Three-way toggle button6.TF card socket7. Reset button8. Battery charging and discharging circuit (note: no battery)9. Bottom expansion interface (2.54 female row)10. Adapt to T-U2T downloader (if yo...
Features:TheLILYGO Mini E-paper core is based on the ESP32 main control chip +1.02 inch e-paper programmable, developable, and expandable product concept. The design focuses on low power consumption and the basic requirements of MINI appearance. In order to keep the product appearance as much as possible The mini is based on the 1.02 inch e-paper screen size, and theshell is designed based on this mimi structure to keep the entire module mini.MIni E-paper Core:1.3D printed shell2.ESP32-PICO-D4 4MB Flash WIFI/Bluetooth3. Low power consumption sleep mode is about 10uA4.1.02 inch e-paper@128X805. Three-way toggle button6.TF card socket7. Reset button8. Battery charging and discharging circuit (note: no battery)9. Bottom expansion interface (2.54 female row)10. Adapt to T-U2T downloader (if yo...
LILYGO®& pauls_3d_things T-micro32 Open-Smartwatch is designed by pauls_3d_things,around the micro size of LILYGO T-micro32 module based on ESP32, with circular LCD,power battery charge and discharge management circuit, USB to TTL program upload circuit, software and hardware All open source.Parameters:1.LILYGO T-micro32 module2.4MB FLASH3.USB to TTL CH340E4.1.3 inch 240x240 resolution circular LCD5.RST button X16.Custom button X37.Micro USB8.Battery wire welding port9.RTC DS323M10.Three-axis acceleration sensor BMA40011.Battery charging and discharging protection chip12.USB input power 5V@1ADevelop software1.Arduino2.IDF3.MicropythonApplication scenarios:A.Make a smart watchB.STEM EducationC.IOT deviceShipping list：1 x T-micro32 Open-Smartwatch(Battery is not soldered by default)...
LILYGO®& pauls_3d_things T-micro32 Open-Smartwatch is designed by pauls_3d_things,around the micro size of LILYGO T-micro32 module based on ESP32, with circular LCD,power battery charge and discharge management circuit, USB to TTL program upload circuit, software and hardware All open source.Parameters:1.LILYGO T-micro32 module2.4MB FLASH3.USB to TTL CH340E4.1.3 inch 240x240 resolution circular LCD5.RST button X16.Custom button X37.Micro USB8.Battery wire welding port9.RTC DS323M10.Three-axis acceleration sensor BMA40011.Battery charging and discharging protection chip12.USB input power 5V@1ADevelop software1.Arduino2.IDF3.MicropythonApplication scenarios:A.Make a smart watchB.STEM EducationC.IOT deviceShipping list：1 x T-micro32 Open-Smartwatch(Battery is not soldered by default)...
Pin Diagram LILYGO T-WATCH-2020 is based on a design concept that can be programmed, can be worn, can be networked, and can be interactive. Integrated ESP32 with WIFI/Bluetooth,easy to program and develop, and more convenient to connect to the Internet. 2D IPS 1.54 inch watch capacitive touch screen using OCA process, zinc alloy metal process frame, making the device structure more robust and beautiful. Suitable for wearable use, The sensitive capacitive touch screen makes human-computer interaction smoother. Host parameters:-Esp32 V3 chip WiFi / Bluetooth-AXP202 PMU-FLASH 16MB-Pcf853 RTC chip-SRAM 520 kB SRAM / PSRAM 8MB-Max98357 I2S amplifier chip-Custom function power button (6S / off) (/ 2S / on)-8O @ 1W speaker-USB to TTL CP2104-Vibrating motor-OCA process of 1.54 inch IPS 2D ar...
Pin Diagram LILYGO T-WATCH-2020 is based on a design concept that can be programmed, can be worn, can be networked, and can be interactive. Integrated ESP32 with WIFI/Bluetooth,easy to program and develop, and more convenient to connect to the Internet. 2D IPS 1.54 inch watch capacitive touch screen using OCA process, zinc alloy metal process frame, making the device structure more robust and beautiful. Suitable for wearable use, The sensitive capacitive touch screen makes human-computer interaction smoother. Host parameters:-Esp32 V3 chip WiFi / Bluetooth-AXP202 PMU-FLASH 16MB-Pcf853 RTC chip-SRAM 520 kB SRAM / PSRAM 8MB-Max98357 I2S amplifier chip-Custom function power button (6S / off) (/ 2S / on)-8O @ 1W speaker-USB to TTL CP2104-Vibrating motor-OCA process of 1.54 inch IPS 2D ar...
Note for use:For more use of driver parameters, please visit our github instructions:github.com/Xinyuan-LilyGO/LilyGo-EPD47Whenusing, it needs to correspond to the pin sequence of the touch screen, do not reverse the connection, otherwise the touch screen may be damaged. The touch screen is equipped with adhesive paper that is attached to the e-paper. The adhesive film must be torn off when using it, and the display area on the corresponding e-paper is correctly pasted. Avoid tearing the adhesive tape repeatedly or it may damage the touch screen. Avoid pulling the touch screen cable when using it.Specifications:-ESP32-WROVER-E (ESP32-D0WDQ6 V3)-TYPE-C -PH 2.0 Holder-16MB FLASH -PSRAM 8MB-6pin FPC touch screen expansion connector-USB to TTL CP2104-Battery charge and discharge...
Note for use:For more use of driver parameters, please visit our github instructions:github.com/Xinyuan-LilyGO/LilyGo-EPD47Whenusing, it needs to correspond to the pin sequence of the touch screen, do not reverse the connection, otherwise the touch screen may be damaged. The touch screen is equipped with adhesive paper that is attached to the e-paper. The adhesive film must be torn off when using it, and the display area on the corresponding e-paper is correctly pasted. Avoid tearing the adhesive tape repeatedly or it may damage the touch screen. Avoid pulling the touch screen cable when using it.Specifications:-ESP32-WROVER-E (ESP32-D0WDQ6 V3)-TYPE-C -PH 2.0 Holder-16MB FLASH -PSRAM 8MB-6pin FPC touch screen expansion connector-USB to TTL CP2104-Battery charge and discharge...
T-Echo Specifications:- NRF52840 BLE/NFC- L76K GPS module- T-SX1262 LORA module- 1 .54 E-paper with front LED screen light- RTC PCF8563- RGB LED- RST button X1- Custom button X1- Touch button TTP223- IPX Antenna Base X3- 1.25 pitch battery holder- 12. 5V input Type-C USB- 10pin 0.4 pitch BTB socket can be used to expand functional modules Application scenarios:IOT terminal controllerlora networkingStem education productDIY creationGPS positioning Github link:https://github.com/lyusupov/SoftRF/wiki/Badge-Editionhttps://github.com/Xinyuan-LilyGO/SoftRFhttps://github.com/Xinyuan-LilyGO/LilyGO-T-Echo LILYGO T-Echo is a version evolved from LILYGO T-BEAM.Atthe beginning of the design, more consideration was to adapt to Meshtastic and SotfRF, so Bluet...
T-Echo Specifications:- NRF52840 BLE/NFC- L76K GPS module- T-SX1262 LORA module- 1 .54 E-paper with front LED screen light- RTC PCF8563- RGB LED- RST button X1- Custom button X1- Touch button TTP223- IPX Antenna Base X3- 1.25 pitch battery holder- 12. 5V input Type-C USB- 10pin 0.4 pitch BTB socket can be used to expand functional modules Application scenarios:IOT terminal controllerlora networkingStem education productDIY creationGPS positioning Github link:https://github.com/lyusupov/SoftRF/wiki/Badge-Editionhttps://github.com/Xinyuan-LilyGO/SoftRFhttps://github.com/Xinyuan-LilyGO/LilyGO-T-Echo LILYGO T-Echo is a version evolved from LILYGO T-BEAM.Atthe beginning of the design, more consideration was to adapt to Meshtastic and SotfRF, so Bluet...
PIN T-OI PLUS Features:T-OI PLUS is based on the ESP32-C3 main control chip,ESP32-C3 is a safe, low-power, low-cost RISC-V MCU, supports Wi-Fi and Bluetooth 5 (LE). Reach More Info About This Product:TURN [dot] INTO dot TO USE: github[dot]com/LilyGO/LILYGO-T-OICompatible with Grove series interface modulesRich memory resources can meet the functional requirements of various common IoT products.Adapt to 16340 batteryContinue the T-OI ESP8266 version appearance structure design, based on the pin interface compatible with MINI D1 expansion shield, with 16340 lithium battery holder and compatible with Grove interface.DimensionT-OI also added a version without 16340 battery holder interface, which is convenient for use in up-and-down expansion mode andbreadboard mode.Shipping List:A. With batte...