Description
Product Overview
The Evil Crow RF Module Adapter V2 is a compact yet powerful board that integrates two CC1101 transceiver modules alongside an NRF24L01 module. Built on a high‑quality FR‑4 substrate, the board offers reliable signal integrity and durability for demanding laboratory and field environments. Each CC1101 chip supports a broad frequency range from 300 MHz to 928 MHz, while the NRF24L01 adds 2.4 GHz capability, enabling users to work across multiple bands without swapping hardware. The adapter includes SMA connectors, configurable jumpers, and a USB‑type power interface, allowing seamless integration with laptops, single‑board computers, and portable power banks. With a package size of 4.96 × 3.35 × 0.47 inches and a weight of just 0.63 oz, the device is lightweight enough for mobile testing yet robust enough for bench‑top setups. Designed for both novice enthusiasts and seasoned security professionals, the board provides a flexible platform for signal capture, replay attacks, protocol analysis, and custom RF experimentation.
![[Product front view showing all components]](https://www.quenvira.store/wp-content/uploads/2026/08/79389b194b1f41f6afab98c70cb86547.jpg)
Usage
In practical scenarios, the RF Module Adapter V2 serves as a versatile tool for a variety of applications. Security researchers can employ the dual CC1101 modules to monitor and inject traffic on legacy industrial control systems, garage door openers, and remote keyless entry devices, while the NRF24L01 module enables testing of modern IoT devices that operate at 2.4 GHz. Hobbyists building custom remote controls, drone communication links, or wireless sensor networks will find the ability to simultaneously transmit and receive on separate frequencies invaluable for debugging and performance tuning. The board also integrates smoothly with popular open‑source software such as Universal Radio Hacker (URH), GNU Radio, and the RFcat suite, allowing users to script complex attack sequences, perform URH parsing, and execute mousejacking techniques. Its low power consumption and USB‑powered operation make it suitable for field deployments, where a portable laptop or a Raspberry Pi can drive the adapter for on‑site analysis of wireless protocols.
Why Choose Us
Choosing the Evil Crow RF Module Adapter V2 means selecting a product backed by rigorous quality assurance and a commitment to community support. Each board undergoes a multi‑stage testing process that verifies frequency accuracy, output power stability, and connector integrity, ensuring that the device performs reliably across its entire operating range. The manufacturer, Zopsc, provides detailed documentation, firmware updates, and a responsive technical support channel that assists users in configuring jumpers, calibrating frequencies, and troubleshooting common issues. Unlike generic adapters that offer a single transceiver, this model’s dual CC1101 architecture gives users the flexibility to capture and replay signals on two independent channels, effectively doubling testing throughput. The inclusion of the NRF24L01 module further expands the device’s utility, covering the ubiquitous 2.4 GHz band used by Bluetooth, Wi‑Fi, and many consumer IoT products. With a competitive price point of $77.35 and a proven track record reflected in a 4‑star rating, the adapter delivers professional‑grade capabilities without the overhead of enterprise‑level equipment.
Key Features
- Dual CC1101 transceivers enable simultaneous monitoring and injection on separate frequencies, boosting testing efficiency.
- Integrated NRF24L01 module adds 2.4 GHz support for modern IoT and Bluetooth device analysis.
- Compact FR‑4 board with SMA connectors and USB power ensures portability and easy integration with laptops or SBCs.
- Broad frequency coverage from 300 MHz to 928 MHz plus 2.4 GHz, suitable for legacy and contemporary wireless protocols.
- Responsive after‑sales support and regular firmware updates provide reliable long‑term operation.
FAQ
What operating systems are compatible with the adapter?
The board works with Windows, Linux, and macOS when paired with compatible software such as Universal Radio Hacker, SDR#, and RFcat. Drivers are typically not required for USB power, but specific libraries may need installation for full functionality.
Can I use the adapter for both transmitting and receiving at the same time?
Yes. The two CC1101 modules can be configured independently, allowing one to transmit while the other receives on a different frequency, which is ideal for replay attacks and real‑time monitoring.
Is the device safe to use on licensed frequency bands?
The adapter is intended for research, development, and testing on unlicensed bands or with proper authorization. Users must comply with local regulations and obtain any necessary licenses before operating on restricted frequencies.
How do I update the firmware on the adapter?
Firmware updates are provided on the manufacturer’s website. Download the latest binary, connect the board via USB, and use the supplied flashing utility to apply the update. Detailed instructions are included in the user manual.
What is the maximum output power of the CC1101 modules?
Each CC1101 module can output up to 10 dBm (10 mW) depending on the selected frequency and antenna configuration, which is sufficient for most short‑range testing scenarios.
Reviews
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