⚡ LILYGO® T‑Embed CC1101 Plus ⌚ is a compact, multi‑protocol Wireless Lab Board designed for developers 👨💻, makers 🛠️, and security researchers 🔍 who explore advanced RF communication 📡. Compared to the standard T‑Embed CC1101, the CC1101 Plus version integrates an additional nRF24L01 module, giving you both a CC1101 for robust sub‑GHz communication 📶 and an nRF24L01 for interacting with a wide range of 2.4 GHz devices 📲 — all powered by the high‑performance ESP32‑S3 in a single, portable form factor.
💡 This combination makes the LILYGO T‑Embed CC1101 Plus ideal for signal analysis 🔬, protocol testing 🧪, IoT prototyping 🌐, and wireless device interaction 🔄. Whether you’re building sub‑GHz IoT networks 🌱, experimenting with multi‑protocol RF systems 📡, or conducting advanced wireless research 🛰️, this Wireless Lab Board delivers the flexibility and power you need.
📋 Specifications – LILYGO T‑Embed CC1101 Plus
| MCU | ESP32-S3 Dual-core LX7 microprocessor ⚙️ |
| Flash | 16MB 💾 |
| Programming Platform | Arduino-IDE, ESP-IDF 💻 |
| PSRAM | 8MB 🧠 |
| Onboard Functions | Reset + Boot Button 🔘, IR Transmit & Receive 📡 |
| Battery Voltage Detection | IO04 🔋 |
| Wireless | Wi-Fi 802.11 b/g/n 📶, BLE 5 |
| Support | Worldwide 2.4GHz ISM band operation 🌍 |
🖥️ 1.9 inch ST7789V IPS Color TFT LCD
| Interface | SPI 🔌 |
| Drive Chip | ST7789 ⚙️ |
| Resolution | 170(H)RGB x 320(V) 📏 |
🛠 Tech Support – LILYGO T‑Embed CC1101 Plus
| ℹ️ Product Information 💻 Technical Support |
More information
Schematic : T-Embed-CC1101
CC1101 Schematic : CC1101
CC1101 Pins : CC1101 Pins
3D Files : T-Embed CC1101.stp
➡ Some interesting projects that support T-Embed-CC1101：
| name | code | web |
|---|---|---|
| Bruce | github | web |
| Launcher | github | web |
| CapibaraZero | github | web |
| ESP32 Bus Pirate | github | --- |
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LILYGO T-Embed CC1101 Module Introduction and Usage Guide
📡Applications
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Sub-GHz IoT Network Development Utilize the CC1101 transceiver to build low-power, long-range sensor networks for smart agriculture, environmental monitoring, or industrial telemetry.
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2.4GHz Wireless Device Integration The onboard nRF24L01 module enables communication with a wide range of consumer and embedded devices, including remote controls, wearables, and legacy RF modules.
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RF Protocol Analysis & Security Research Ideal for signal sniffing, reverse engineering, and testing custom RF protocols in both sub-GHz and 2.4GHz bands.
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Multi-Protocol Wireless Prototyping Combine LoRa, BLE, Wi-Fi, CC1101, and nRF24L01 to experiment with hybrid communication models and mesh networks.
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NFC/RFID Interaction Projects Explore short-range wireless applications such as access control, asset tracking, or contactless authentication using the onboard NFC/RFID capabilities.
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Wireless Lab Education & Experimentation A compact, all-in-one platform for students and engineers to learn RF fundamentals, test modulation schemes, and prototype wireless systems.
📦 What's In The Box – LILYGO T‑Embed CC1101 Plus
⚠️ Note: We do not recommend replacing the case 🛡️, as it may damage the unit and affect the IR function.
FAQ
Unable to detect sd card：
We were able to successfully test SD with SanDisk no larger than 32GB; But some other cards don't, and it's not clear why;
Therefore, when the SD card is not detected, it is recommended to change a SanDisk card not larger than 32G;