Skip to product information
1 of 6

LILYGO®

T-Camera S3

T-Camera S3

ESP32-S3 OV2640 FN1 6R8 Dual-core microprocessor Development Board

Regular price $17.31 USD
Regular price Sale price $17.31 USD
Sale Sold out

⚠️If you need technical support, you can get a quicker response on our GitHub (the tech team will check it directly). Please provide your Tax/Personal ID (if available), this will expedite the shipment of your order.

Instructions Before Order

If you order the wrong product or want to add another or change your shipping address, please re-edit the correct information and place a new order, then contact us to cancel the incorrect order.

If you have a tax ID or personal ID please provide as much as possible, otherwise, if your country requires this information we will block your order and contact you via email, which will slow down the shipment.

We strongly recommend choosing DHL or FedEx if your order is over $200.

Generally, except for DHL or FedEx, we will automatically split orders over $150-200 into two packages due to customs clearance, loss prevention issues, etc.

For more please check here

Shipping & Delivery

Methods & Delivery Time

  1. Standard Express: 25-30 Days
  2. EUB: 25-30 Days
  3. YunTu Express : 10-20 Days
    (Company name can't be used consignee)
  4. DHL: 10-17 Days
  5. FedEx: 10-17 Days
  6. YanWen: 20-35 Days

Please note that all delivery times are estimated for reference only.

During ship, maybe some methods of transport do not update the logistic track until the parcel reaches the destination country.

If you do not see one of the above shipping methods when checking out, it may be because your country does not support that shipping method, please select one of the available channels already listed or contact us for help.

Please make sure your address is fully filled in (including province and continent, which will affect the shipping time of your order)

For more details please check our shipping policy.

About Tax

At present, the price of the platform does not include any tax.
European customers should pay attention to the tax problem after the package reaches the local country, which needs to be borne/handled by the customer, the local policy shall prevail

[orders over 150 euros may generate tax (Amount for reference only), for orders over this amount, we will not inform the customer separately, so please pay attention to it by yourself.]

LilyGo New Development Boards, adapts to T-Camera shell.

Specifications

MCU ESP32-S3FN1 6R8 Dual-core microprocessor
Wireless Connectivity Wi-Fi 802.11, BLE 5 + BT mesh
Programming Platform Arduino-ide、 VS Code
PSRAM 8MB
Flash  16MB
 OV2640-Camera module(Optional OV5640 Ver)
Pixels 2 Million (UXGA 1622X1200)
Voltage  3.3V
 OLED I2C SSD1306 0.96 inch
Resolution 128x64
Drive Protocol I2C
SDA IO07
SCL  IO06

 


Sample Code For Reference [Github]

If you need technical support please check below link to find more details.

T-Camera S3

Size

Pin Diagram

More Details

 

View full details

Customer Reviews

Based on 3 reviews
67%
(2)
0%
(0)
33%
(1)
0%
(0)
0%
(0)
R
Richard Arndt
T-Camera S3 TFT/PIR/CAM

I purchase the T-Camera S3 TFT/PIR, optional OV5640, and case. Overall it is a very nice compact board. I also wanted something easily mountable, so the case was a big bonus. I was most interested using PIR as person detector in a room and then streaming/recording video. The PIR worked fine, but the video quality was very poor, as though it was unfocused. I am not familiar with these cameras to know if an additional lens is required. If it were not for camera performance, I would have been very pleased.

W
W. R.
Very good and cheap!

Have only tested the examples so far, everything is fine, very good and cheap module.

C
Carlos
T-Camera S3 and T-Display S3 are awesome products

Both products are of great quality. My initial project was with the T-Display S3 and I´m very satisfied with the image quality of the 170x320 px tft screen. I did a project with the display and a BME280 sensor. Video on youtube, sorry it is in Spanish. https://youtu.be/LV8vw7oAK0k