Front View
Phantom32
The Ultimate Handheld Wireless & Sub-GHz Field Tool
An all-in-one handheld development and security research platform designed for hardware hackers, radio enthusiasts, and cybersecurity professionals. Powered by the high-performance ESP32-S3, it combines multiple wireless technologies into a single compact device.
From capturing and analyzing sub-GHz signals to performing advanced Wi-Fi and Bluetooth testing, Phantom32 acts as a versatile field tool built for exploration, research, and development.
Every wireless protocol. One device.
Sub-GHz Communication
Equipped with a CC1101 transceiver and SMA antenna, Phantom32 can receive and analyze sub-GHz signals commonly used in remote systems and wireless sensors.
Wi-Fi & Bluetooth LE
Leverages the ESP32-S3 dual-core processor for wireless communication, IoT development, and controlled security testing scenarios.
Infrared Capability
Built-in IR transmitter and receiver allow Phantom32 to interact with and replicate infrared signals, enabling use as a universal remote.
HID Interaction
Supports USB-based Human Interface Device functionality for automation, testing, and development of input-based interactions.
Built for the field.
Standalone Operation
Features a 5-way navigation pad, dedicated back and boot button, and an OLED display for a complete menu-driven experience without requiring a computer.
Portable Power
Includes a built-in LiPo battery with USB-C charging, making it suitable for field use and on-the-go experimentation.
Visual Indicators
An addressable RGB LED and battery indicators provide real-time feedback on device status and activity.
Storage Support
Integrated MicroSD card slot for storing captured data, scripts, and configuration files.
Expand your capability.
GPIO Expansion
A 20-pin GPIO header allows integration with sensors, modules, and external hardware for custom projects.
NRF24 Support
Dedicated interface for adding NRF24 modules to enable extended 2.4GHz communication and experimentation.
Dual Antenna Design
Separate SMA connectors for sub-GHz and 2.4GHz frequencies ensure improved signal performance and flexibility.