M5Stack Cardputer ADV Dual‑Band Sniffing Module | NRF24+CC1101 915Mhz | Auto‑Switching | Bruce‑Firmware PINGEQUA Hydra RF 924

For M5Stack Cardputer ADV Dual‑Band Module | NRF24 2.4G +CC1101 915Mhz| Auto‑Switching | Bruce‑Firmware PINGEQUA Hydra RF 924

Unlock the Ultimate Form of Your Cardputer: The Bruce‑Firmware‑Ready RF Fang Subhead: Pre‑Optimised Pin Mapping – No Soldering, No Jumper Wires – Just Plug and Play.

【Zero‑Configuration Bruce Experience】 – Pin layout specifically optimised for Cardputer ADV running Bruce firmware. Simply enter the predefined pin definitions in the configuration file and start using it immediately. Forget complex GPIO mapping and soldering – focus on your target, not on your tools.

【Intelligent Auto-Switching】 – Automatically switches between supported protocols for a seamless and responsive experience.

【Extended Attack Range】 – Optimised antenna matching for the 915 MHz ISM band, combined with refined signal‑tuning circuitry, gives you a significantly longer effective communication distance than ordinary modules. During security assessments, you can maintain a safer physical distance.

【High‑Duty‑Cycle Stability】 – When performing long‑duration packet capture or attack tasks, the optimised power circuit ensures that the RF front‑end voltage never dips, maximising mission success rates.

A Smarter Dual-Band RF Solution for Cardputer ADV

Made for Cardputer ADV + Bruce (Setup Required) Designed specifically for M5Stack Cardputer ADV with Bruce firmware. Please configure brucepins.conf before use and reboot to apply settings. Not compatible with Cardputer V1.1 or other non-ADV/older models.

Enhanced Power Stability for Better Performance Consistency Built with ME6211 low-noise regulation + 100µF tantalum energy storage to improve transient current handling and voltage stability, helping the module maintain more consistent behavior under high-load scenarios and reducing issues caused by power fluctuations.

SPI/GPIO Protection — Better Host Interface Safety Protection design applied to SPI and key control lines (current limiting / isolation / biasing concepts) to enhance fault tolerance and help reduce the risk of host interface damage from mis-operations or abnormal states.

Signal-Enhanced Design with Optimized RF/Antenna Path Optimized RF routing and connection consistency (layout/return path/connection details) to improve stability and consistency for a stronger, more reliable feel in real use. Actual results vary by environment and antenna setup.