Still relying on traditional stacked‑hardware setups with discrete EEG amplifier boards, data acquisition modules and industrial PCs for BCI (Brain‑Computer Interface) development? Cable tangling, unpredictable signal interference and limited device mobility are well‑known pain points hindering efficient BCI deployment. It is time for a more advanced solution. The ZRT MIN‑M701 is an all‑in‑one embedded system purpose‑optimized for BCI development scenarios, offering key strengths for professional EEG acquisition and real‑time data processing.
1. Native EEG Acquisition Card for Purer Brainwave Signals
The MIN-M701 comes with an onboard dedicated native EEG acquisition card, completely removing the need for external signal amplifiers. By simplifying and shortening the entire signal transmission link at the source, the device significantly minimizes signal attenuation, noise interference and system failure risks. BCI researchers and developers can capture high-fidelity brainwave signals instantly out of the box, concentrating core resources on algorithm validation, data analysis and real-world BCI scenario implementation.
2. High-Performance Processor for Lag-Free Real-Time Decoding
Equipped with Intel Tiger Lake-H series processors (optional i5/i7/i9) with a maximum clock speed of 5.0 GHz and AVX3 instruction set support, the device enables local real-time processing for time-frequency analysis, spatial filtering, and lightweight deep learning model inference. Supported by up to 64GB DDR4 memory, it stably handles multi-channel EEG data streaming with high fluency.
3. Full-Featured Interfaces for Full Peripheral Compatibility
Equipped with rich industrial-grade peripheral interfaces, the MIN-M701 features 2 front-panel USB 2.0 ports, 3 rear-panel USB 3.0 ports and 1 Type-C port, enabling simultaneous connection of EEG caps, visual stimulators, input devices and other BCI supporting peripherals. Dual 2.5G Gigabit Ethernet ports realize high-speed, low-latency synchronous data transmission. Independent HDMI and DP interfaces support real-time EEG waveform display and experimental visual feedback output respectively. The reserved internal M.2 expansion slot is compatible with 4G, 5G and Wi-Fi modules, enabling flexible and reliable remote EEG data transmission and cloud upload.
4. Industrial-Grade Stability for 7×24 Hour Continuous Operation
Built with industrial-grade reliability, the MIN-M701 supports 18~26V wide-range voltage input and operates stably within 0~50℃ ambient temperature. Integrated hardware watchdog timer and TPM security encryption ensure long-term system stability and data safety. The power-on auto-boot function perfectly meets the demands of unattended 7×24-hour continuous EEG monitoring and long-term neurorehabilitation training scenarios. Featuring a compact white PCB structure and miniaturized size of 280×232×98 mm, the ultra-portable device maintains full industrial performance without functional compromise.
Eliminate the complexity of traditional discrete stacked‑hardware modules. The all‑in‑one MIN‑M701 embedded BCI solution streamlines the full brain‑computer interface development workflow, offering excellent stability, flexibility and portability for both academic research and industrial deployment. Contact ZRT to request device samples and professional technical support for your BCI projects.