NewAE ChipWhisperer-Lite NAE-CW1173 Dev Kit
The NewAE ChipWhisperer-Lite NAE-CW1173 is an integrated development board purpose-built for embedded security research, enabling comprehensive power analysis and fault injection attacks. It provides a complete platform for evaluating cryptographic implementations on target devices such as Atmel XMEGA and STM32 microcontrollers.
Features
- Integrated platform for advanced power analysis and fault injection attacks.
- Supports a wide range of target devices, including Atmel XMEGA and STM32F3 ARM microcontrollers.
- Features a 10-bit ADC with a 105 MS/s sampling rate for precise side-channel data capture.
- FPGA-driven clock and voltage glitch generation for effective fault injection techniques.
- Completely open-source hardware, firmware, and software for transparent security research and customization.
Out of stock
The ChipWhisperer-Lite NAE-CW1173 offers an all-in-one solution for in-depth embedded security research, allowing users to conduct sophisticated power analysis attacks and inject faults through voltage or clock glitching. This platform is essential for rigorously evaluating the robustness of cryptographic implementations and understanding hardware vulnerabilities at a fundamental level.
Designed with flexibility in mind, the board supports both Atmel XMEGA and STM32F3 ARM targets, accommodating a variety of common embedded platforms. Its modular architecture enables the capture and target sections to be separated, making it highly adaptable for testing custom hardware designs without needing external programming or debugging tools.
Key integrated features include a high-speed Analog-to-Digital Converter (ADC), FPGA-based glitch generation capabilities for precise timing control, and built-in programming/debugging interfaces. This comprehensive integration streamlines the research workflow, providing a self-contained environment for advanced hardware security analysis.
Additional Information
| Weight | 0.223 kg |
|---|---|
| Dimensions | 10 × 8 cm |













