KEDOUBC

New Product Launch: KedouBC 1024-Channel Data Acquisition System – A Comprehensive Solution for In Vivo Electrophysiological Signal Collection from Scratch

KedouBC's latest research and development achievement, the KedouBC 1024-Channel Data Acquisition System, is now fully available on the market! This high-end device is tailored for neuroscience research and aims to provide you with a comprehensive solution for in vivo electrophysiological signal collection from scratch.

Product Highlights:

• Multi-Signal Acquisition: Covers 99.9% of in vivo electrophysiological signal collection experiment needs, including Electroencephalogram (EEG), Electrocorticogram (ECOG), Local Field Potential (LFP), Action Potential (Spike), Electromyogram (EMG), and Electrocardiogram (ECG), among others.

• Simultaneous Collection for Multiple Animals: An efficient design that allows for the simultaneous collection of data from 1 to 8 animals, significantly improving experimental efficiency.

• Flexible Settings: Amplifier bandwidth and sampling rates can be adjusted according to experimental requirements.

• Ground Isolation: Each headstage port is independently grounded and isolated to effectively reduce noise interference.

• Multiple Ports: The device has a rich set of analog and digital input/output ports to meet diverse connection needs.

• Built-in Tools: The software includes various analysis tools such as Spike Scope, Inter-Spike Interval (ISI), Peri-Stimulus Time Histogram (PSTH), Spectrogram, and Probe Map, aiding in data analysis.

• High Sampling Rate: Supports a maximum sampling rate of 30k samples per second (S/s), ensuring high-quality data collection.

• External Trigger Function: Supports external triggering for synchronization with other devices or experiments.

• Data Export: Saved data files can be imported into MATLAB, Python, or Julia, or converted to the NEX format for convenient subsequent processing and analysis.

• Channel Quantity: Supports 16-1024 channels to meet various experimental needs.

• Electrode Impedance Measurement: Automatically measures electrode impedance to ensure the stability of signal collection.

Applicable Fields:

The KedouBC 1024-Channel Data Acquisition System is suitable for various research fields such as electrode array development, neural signal data analysis, deep brain stimulation and optogenetics, biomedical technology development, etc. It provides precise electrophysiological/EEG signal collection for scientific research experiments with animals, including mice, rats, cats, dogs, non-human primates, etc.

Configuration List:

The configuration list includes but is not limited to:

• KedouBC 1024-Channel Data Acquisition System main unit

• 16/32/64/128-channel mini Headstages

• 2-meter ultra-thin multi-channel Headstage connection cables

• Multi-channel automatic impedance measurement board

• Real-time data processing software

• 12-channel standard HDMI optical commutator

• High-performance computer + 27-inch monitor

• Electrode-specific holder

• Soundproof shielding box

• Metabolic cage

• Electrode adapter

• Over forty electrode options

• NeuroExplorer neural signal analysis software

  

Building Solutions:

We offer simple, standard, and full configurations, as well as customized services to ensure that they meet the number of animals and specific channel requirements of your experiments.

Get a Quote:

Contact us immediately to experience the powerful function of the KedouBC 1024 in vivo multi-channel electrophysiological data acquisition system in accurately capturing neural signals.

To provide you with a more efficient configuration plan, please follow the process below to contact us:

1. Add the following WeChat accounts,or send an email，noting your name and research institution.

2. Inform us of the general type of experiment, the number of experimental animals, and the target number of channels.

3. We will provide you with detailed equipment parameters, product manuals, and a quotation.

For inquiries, please contact the email: xiaotian.lin@kedoubc.com

Customer Service ID: KedouBC_tech