Zeus High-Throughput Neural Recording System
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- Product Description
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Application
Zeus is a high-performance, highly scalable, and cost-effective neural signal data acquisition system that can be used for neuroscience research and high-end brain-computer interface applications. Zeus' modular hardware can be plug-and-play, and the supporting software is feature-rich and user-friendly, providing researchers and scientific engineers with a cost-effective, mature, and easy-to-use electrophysiological research tool platform. The Zeus digital signal processor (DSP) and supporting software can collect, process, and analyze various types of physiological signals (such as action potentials, field potentials, EEG, EMG, etc.), and can synchronize experimental event information from third-party devices, including behavioral, electrical, and optogenetic stimulation systems and video systems. Zeus also integrates up to 64 channels of electrical stimulation and synchronous recording capabilities.
Zeus 1024-channel high-throughput recording & stimulation system
Very high signal-to-noise ratio
The world's smallest digital headstage
The Bio-Signal digital headstage series provides a miniature, lightweight, high-fidelity front-end for in vivo or ex vivo electrode recording. Integrated analog filters and digital circuits combined with LVDS cable transmission ensure a clean, stable, high signal-to-noise connection to the nervous system. Multiplexed outputs allow signals from up to 128 electrodes to be transmitted through only 12 wires, making it an ideal solution for recording neural signals from awake animals, especially freely moving rodents. The digital headstage front end is compatible with single microelectrodes, microelectrode arrays, silicon electrodes, subdural cortical electrodes, and scalp EEG electrodes. We offer a variety of adapter buckles, data cables, and optical/electrical commutators to optimize freely moving electrophysiological recordings.
Zeus Signal Acquisition Software
Compatible with a variety of third-party analysis software
• Ultra-compact design
• Up to 512 neural signal channels
• 64 channels of electrical stimulation/recording
• User-defined digital filters
• Flexible I/O interfaces for viewing and hardware synchronization
• Real-time data access & closed-loop control laboratory
• Battery powered option (eliminating power frequency noise interference)
User Unit:
Fudan University
Tsinghua University
Nanchang University
Tianjin University
Zhejiang University
Nanjing University
Southeast University
University of Science and Technology of China
Chinese Academy of Sciences
Wuhan Union Hospital, China
Institute of Neuroscience, Chinese Academy of Sciences
Tongji Hospital
Huashan Hospital
Tongji University
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