RF CLOWN V2.0
RF CLOWN V2.0
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RF CLOWN V2.0 – Specifications & Product Information
ESP Series Hardware | Neutral Product Reference
The RF CLOWN V2.0 is an ESP Series electronic hardware device presented in a compact form factor for embedded experimentation, hardware evaluation, and firmware-oriented development workflows. This page is provided as a general product reference, specifications summary, and wholesale inquiry overview.
Specifications
Brand Name: CKTOEM
High-concerned Chemical: None
Model: RF CLOWN V2.0
Origin: Mainland China
Type: ESP Series
Product Overview
This model belongs to the ESP Series category and is intended for customers interested in compact electronic hardware solutions, custom board projects, and technical sourcing. Exact hardware layout, included accessories, assembly state, and board revision may vary depending on supplier batch or selected version.
RF-Clown v2.0.0 – Hardware Revision Information
The second generation of the RF-Clown project introduces a redesigned hardware platform with updated board architecture, simplified user controls, and a more modular layout.
What’s New
- Triple NRF24 (GT24 Mini) hardware layout
- OLED display with 3 tactile buttons for on-device navigation
- Single NeoPixel status indicator
- External antenna connection layout using 4 × IPEX connectors
- ESP32-WROOM-32U core platform
- Optional heatsink support for improved thermal stability
Repository Contents
- /hardware → Altium PCB design files
- /firmware → Arduino source code
- /docs → Assembly notes, pinout information, and testing setup references
Note: This revision may operate at higher temperatures than earlier versions. Heatsinks are recommended for better thermal management during extended operation.
Purchase Before Placing an Order
Professional PCBA Factory & Hardware Wholesale
We are a professional PCBA manufacturer supplying hardware and electronic components with support for wholesale and bulk orders.
Wholesale Opportunity: Competitive pricing is available for larger quantity purchases.
Business Inquiry: Contact us for a customized quotation and the best wholesale price based on your project requirements and order quantity.
Product Rights & Open-Source Credits
This product is a third-party hardware kit. The software framework and project known as nRFBox were originally developed and are maintained by CiferTech.
- Official website: https://cifertech.net/
- GitHub repository: https://github.com/cifertech/nrfbox
The nRFBox project is released under the MIT License. All copyrights and credits belong to the original authors.
This hardware is not manufactured, endorsed, or officially supported by CiferTech. Names and references are used for compatibility and attribution only.
Important Notes
- Please confirm the exact version and package contents before ordering.
- Product images may show reference units, assembly examples, or different package configurations.
- Bulk buyers should confirm stock availability and lead time in advance.
- Please review local import rules, resale restrictions, and marketplace policies before shipment or resale.
Legal & Compliance Notice
This content is provided as a neutral product information page only. Buyers, sellers, distributors, and resellers are responsible for reviewing all applicable laws, regulations, import controls, carrier restrictions, and marketplace policies before listing, purchasing, shipping, or reselling this type of electronic hardware.
No operational claims, performance guarantees, or use recommendations are provided in this description.
🧠 Microcontroller: ESP32-PICO-V3-02 (Wi-Fi + BLE)
📺 Display: 1.14" IPS LCD (135×240)
🔋 Battery: 200mAh Li-Po, rechargeable via USB-C
⚙️ Port: USB Type-C (5V input)
💾 Storage: Flash memory with script support
📡 Connectivity: Wi-Fi 802.11 b/g/n + Bluetooth 4.2
🧩 Expansion: Grove port, GPIO headers
📏 Dimensions: 48.2 × 25.5 × 13.7 mm
T6Shark Plus
Both theCC1101chip and the antenna are designed to operate at frequencies in the 300-348 MHz, 387-464 MHz, and 779-928 MHz bands.
Ethical Hacking & Security Research
Wireless Security Analysis
Perform legal network scanning and penetration testing with ESP32's Wi-Fi/Bluetooth capabilities
Customizable Scripts
Develop security tools using Arduino IDE, MicroPython, or UIFlow for ethical hacking purposes
Portable Penetration Kit
Compact design for on-site security audits and vulnerability assessments
Sensor Integration
Use built-in sensors for environmental monitoring during security operations