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The ESP32 has revolutionized the IoT world. With dual-core processing, built-in Bluetooth, and WiFi, it is the go-to microcontroller for connected devices. However, prototyping with a physical ESP32 can be costly and time-consuming—especially when you blow a voltage regulator or wait for shipping.
Try simulating an ESP32 with an SSD1306 OLED and a BME280. Watch the virtual screen update as you change the "virtual weather." Have you tried simulating the ESP32-C3 or S3 in Proteus yet? Let us know in the comments below.
void setup() { Serial.begin(115200); pinMode(2, OUTPUT); // Onboard LED } void loop() { digitalWrite(2, HIGH); Serial.println("LED ON - Simulating WiFi Scan..."); delay(1000);
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The ESP32 has revolutionized the IoT world. With dual-core processing, built-in Bluetooth, and WiFi, it is the go-to microcontroller for connected devices. However, prototyping with a physical ESP32 can be costly and time-consuming—especially when you blow a voltage regulator or wait for shipping.
Try simulating an ESP32 with an SSD1306 OLED and a BME280. Watch the virtual screen update as you change the "virtual weather." Have you tried simulating the ESP32-C3 or S3 in Proteus yet? Let us know in the comments below. proteus esp32 simulation
void setup() { Serial.begin(115200); pinMode(2, OUTPUT); // Onboard LED } void loop() { digitalWrite(2, HIGH); Serial.println("LED ON - Simulating WiFi Scan..."); delay(1000); The ESP32 has revolutionized the IoT world