📋 Design Brief

🎯 Tugas Desain

Rancang sebuah Smart Environmental Monitoring System yang dapat memantau kondisi lingkungan dan mengirim data ke cloud server. Sistem harus mempertimbangkan:

🛠️ Pemilihan Komponen

📦 Component Palette

Drag and drop komponen ke area desain untuk membangun sistem:

🧠
ARM Cortex-M4 MCU 32-bit
📡
ESP32 WiFi + BLE
💾
Flash 8MB Program Storage
🧩
SRAM 512KB Working Memory
🌡️
Temp Sensor DHT22
💨
Air Quality MQ-135
💧
Humidity DHT22
📱
LCD Display OLED 128x64
🔊
Buzzer Alert Sound
📶
WiFi Module ESP32 Built-in
🌐
LoRa Module Long Range
🔋
Li-ion Battery 18650 3000mAh

🎨 Area Desain Sistem

🏗️ System Architecture Designer

💡 Tips Desain:

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Mulai dengan komponen utama (CPU/MCU) sebagai pusat sistem
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Pertimbangkan interface antara komponen (I2C, SPI, UART)
✓
Optimalkan power consumption dengan memilih komponen low-power
✓
Pastikan kompatibilitas voltage level antara komponen

📊 Evaluasi Desain

🏭 Contoh Desain Referensi

🌫️ Smart Air Quality Monitor

Architecture: ESP32 + Sensors + OLED + Cloud Connectivity

ESP32
Dual-core MCU
PM2.5 Sensor
Particle Matter
OLED Display
128x64 pixels
WiFi
Cloud Connection

Features: Real-time monitoring, data logging, mobile alerts, historical data analysis

🏡 Smart Agriculture Sensor Node

Architecture: LoRa + Solar + Multiple Sensors

STM32
Low-power MCU
Soil Moisture
Capacitive Sensor
LoRa Module
Long Range
Solar Panel
Power Source

Features: Battery-free operation, 10km range, weatherproof enclosure, low maintenance