Corti-Q by Corticale
Corti-Q by Corticale
Bringing High-Channel count electrophysiology within everyone’s reach
CortiQ by Corticale
Bringing High-Channel count electrophysiology within everyone’s reach
An integrated hardware and software solution supporting SiNAPS probes, enabling seamless recording, visualization, and analysis of brain activity.
Our Ecosystem
HARDWARE
Capture
SiNAPS
SiNAPS
SiNAPS probes enable HD high-channel count recordings across different experimental conditions. Whether acute or chronic, Corticale provides lightweight and optimized headstage configurations to seamlessly integrate in existing ephys setup.
HARDWARE
Connect
Connect
Corti-Q
CortiQ
Reliably acquire HD neural data captured by SiNAPS technology with our dedicated acquisition system. CortiQ records simultaneously from all available electrodes at 20 kHz and enables real-time synchronization with third party experimental tools through up to 16 digital input ports.
SOFTWARE
Control and Record
Corti-V
CortiV
An intuitive and straightforward software interface optimized for live visualization of HD neural signals. It includes traces, heatmaps, histograms, on the fly filtering, etc. Access and keep easily under control your signals ensuring high quality recordings.
SOFTWARE
Explore and analyze
Corti-X
CortiX
From HD dataset navigation and curation to feature extraction, including tools like spike sorting, brain mapping and frequency analysis with just a couple of clicks, all exportable in NWB format. We simplify data analysis so that you can focus on interpreting the results.
Service
Support
A Key Advantage
A Key Advantage
Complete support across every phase: installation, setup, and beyond
Capture
Connect
and Capture
SiNAPS
SiNAPS
Corticale provides all SiNAPS probe models in both acute and chronic formats, enabling the use of the same high-density technology across different study designs. The ultra-lightweight, application-specific headstages support minimally invasive implantation while preserving mechanical stability and signal fidelity. The high spatiotemporal resolution of SiNAPS allows detailed investigation of deep neural circuits without compromising recording stability.
Acute headstages are optimized for experimental flexibility and integration with complementary techniques, while chronic headstages are compact and lightweight, ensuring stable recordings throughout long-term experiments.
Connect
Connect
and Capture
CortiQ
CortiQ
CortiQ is the high-performance acquisition system developed by Corticale to fully harness the potential of SiNAPS probes. Purpose-built for seamless integration, CortiQ ensures optimal data fidelity, minimal setup time, and reliable operation across both acute and chronic recording conditions.
CortiQ is the high-performance acquisition system developed by Corticale to fully harness the potential of SiNAPS probes. Purpose-built for seamless integration, CortiQ ensures optimal data fidelity, minimal setup time, and reliable operation across both acute and chronic recording conditions.
Full SiNAPS compatibility: Works with all SiNAPS probe layouts up to 1024 channels
Compact and reliable: Lightweight, robust design for easy integration in any laboratory setup
Digital synchronization: Up to 16 BNC input ports for external instrument synchronization
Native binary format: Outputs data directly compatible with most common data-analysis tools
System grounding access: Remove environmental electrical noise for cleaner signals
Front-panel LED indicator: Provides clear, immediate feedback on device status
Plug-and-play setup: Guided installation for fast and eortless configuration
All-in-one package: Includes all you need to start recording and analyzing data right out of the box
Control And Record
Control and Record
Control
and Record
CortiV
CortiV
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
Intuitive Real-Time Visualization
All signals and metrics are displayed in a clear, real-time interface, providing immediate insight into the recording with minimal effort
and maximum usability.Flexible Channel Selection via Color Map
Channels can be freely selected directly from the color map, including non-adjacent regions, enabling rapid and intuitive exploration of different recording areas.
Instant Probe Layout Configuration
The probe layout can be set instantly without manual configuration, allowing users to match the visualization to the physical probe geometry in seconds.
Dual-Metric Color Map Display
Visualize either signal variation or RMS directly on the color map, providing complementary metrics for fast spatial assessment of signal characteristics.
Multi-Band Signal Visualization
Switch seamlessly between full-band signals, action potential (300–5000 Hz) band, or low-frequency components to focus on the most relevant neural activity.
Custom Naming of Auxiliary Channels
Users can assign custom names to all 16 auxiliary channels, ensuring clear identification of signals during analysis and post-processing.
Real-Time RMS Distribution Monitoring
View the live RMS distribution across all channels to immediately assess signal quality and global recording performance.
Full-Channel Recording with Configurable Duration
All channels are recorded without preselection, and users can define the recording duration to match experimental needs.
CortiV is the software interface for real-time acquisition, monitoring, and visualization of neural signals recorded with SiNAPS probes through the CortiQ system. Designed for precision, stability and ease of use, it provides full experimental control, live data insight, and automatic quality feedback to optimize each recording session.
CortiV is the software interface for real-time acquisition, monitoring, and visualization of neural signals recorded with SiNAPS probes through the CortiQ system. Designed for precision, stability and ease of use, it provides full experimental control, live data insight, and automatic quality feedback to optimize each recording session.
Real-time visualization: Displays live neural activity from every pixel through the probe interactive map
Free trace selection: Instantly access and display raw neural traces from every pixel
Probe selection: Seamlessly configure any SiNAPS probe type
Online metrics: Monitor multiple neural signal parameters during acquisition
On-the-fly filtering: Apply real-time filters to visualize raw traces in Full, AP or LFP frequency bands
Digital input labeling: Assign custom labels to digital input signals for synchronized event tracking
Instantaneous RMS histogram: Displays the real-time RMS distribution across all recorded channels
Preset recording duration: Set predefined acquisition lengths for consistent experiment timing
Explore and Analyze
Control
and Record
Corti-X
CortiX
CortiX is the dedicated software environment for the exploration, analysis, and export of high-density neural data acquired with CortiQ. Designed to make complex data interpretation accessible to everyone, CortiX combines advanced analytical capabilities with a clean, intuitive interface.
CortiX is the dedicated software environment for the exploration, analysis, and export of high-density neural data acquired with CortiQ. Designed to make complex data interpretation accessible to everyone, CortiX combines advanced analytical capabilities with a clean, intuitive interface.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Intuitive Dataset Exploration
Navigate seamlessly across channels and time, visualize grouped channels in multiple layouts, and quickly assess data quality through a flexible and user-friendly exploration interface.
Signal Variation Detection
Automatically compute signal variation over time to identify major activity changes, supporting rapid detection of relevant LFP dynamics and transient events.
Full-Dataset Spectrogram Analysis
Compute spectrograms across all channels and the entire recording, with the option to visualize individual channels or the average of selected groups for comprehensive spectral analysis.
Integrated Atlas Brain Mapping
Built-in atlas brain mapping allows users to enter stereotaxic coordinates and automatically associate each channel with a specific brain region. Channels are grouped by area, enabling fast visualization and comparison of region-specific activity.
Integrated Spike Sorting Algorithms
Advanced spike detection and sorting algorithms, including fully integrated Kilosort, enable fast and efficient identification and visualization of neural spikes within the same environment.
NWB Export with Spikes and Groups
Export datasets in NWB format—the recognized standard for neurophysiology data, including spike detection or sorting results and custom channel groups, ensuring streamlined sharing and interoperability.
Optimized for SiNAPS: Purpose-built to enhance quality and interpretability of HD data from SiNAPS probes
Intuitive exploration: Quickly navigate large datasets with built-in metrics and visual tools
No coding required: User-friendly design for effortless data analysis
Full-band access: Analyze high-resolution signals across the entire frequency spectrum
Brain-area mapping: Link each electrode to its recorded brain region for precise spatial reference
Automatic pixel quality managment: Automatically removes noisy channels for cleaner results
Integrated Algorithms: Built-in spike sorting for efficient, consistent data processing
GPU acceleration: Leverages available GPU power to speed up analysis on large datasets
NWB export: Native Neurodata Without Borders support for open data sharing
A Key Advantage
Support
Support
Our role is to manage the complexity. Yours is to focus on the science.
Contact us
and let our team help you.
At Corticale, support is not an afterthought. It is an integral part of the Corticale ecosystem.
Our multidisciplinary team of neuroscientists, data analysts, and bioengineers works alongside our users from day one. We guide laboratories through system installation, initial setup, and first recordings, ensuring a smooth transition from hardware delivery to reliable data acquisition.
Our objective is simple: facilitate data generation and accelerate research.
We believe advanced neurotechnology should reduce complexity, not add to it. For this reason, we provide continuous technical and scientific support designed to help researchers iterate based on results and fully leverage the potential of the SiNAPS technology.
At Corticale, support is not an afterthought. It is an integral part of the Corticale ecosystem.
Our multidisciplinary team of neuroscientists, data analysts, and bioengineers works alongside our users from day one.
We guide laboratories through system installation, initial setup, and first recordings, ensuring a smooth transition from hardware delivery to reliable data acquisition.
Our objective is simple: facilitate data generation and accelerate research.
We believe advanced neurotechnology should reduce complexity, not add to it.
For this reason, we provide continuous technical and scientific support designed to help researchers iterate based on results and fully leverage the potential of the SiNAPS technology.
What we offer
Guided installation and system configuration
On-site or remote support during first recordings
Technical troubleshooting across hardware and acquisition workflows
Data analysis guidance and optimization within CortiX
Workflow refinement to maximize signal quality and experimental efficiency
Ongoing expert consultation for experimental design and data interpretation
Support at Corticale means direct access to specialists who understand both the biological questions and the engineering behind the system. We work closely with each laboratory to ensure that our ecosystem operates at its full capability.
Support at Corticale means direct access to specialists who understand both the biological questions and the engineering behind the system.
We work closely with each laboratory to ensure that our ecosystem operates at its full capability.
Progetto cofinanziato con risorse del PR FESR Liguria 2021/2027
Programma Regionale PR FESR Liguria 2021/2027 – Obiettivo Specifico 1.2. “Permettere ai cittadini, alle impese, alle organizzazioni di ricerca e alle autorità pubbliche di cogliere i vantaggi della digitalizzazione” – Azione 1.2.3 “Sostenere l’introduzione di pratiche e tecnologie digitali nelle imprese” – Bando “Supporto allo sviluppo di progetti di digitalizzazione nelle micro, piccole e medie imprese” – Anno 2024.
Via Pietro Chiesa 9
16149 Genova, Italy
Phone: +39 010 8595211
Email: info@corticale.com
Privacy Policy
Cookie Policy
Grants & Incentives
Quality Policy
Registered Office: Via Pietro Chiesa 9 - 16149 Genova (GE) | Branch: Via Porta Tenaglia 1 Milano (MI)
Progetto cofinanziato con risorse del PR FESR Liguria 2021/2027
Programma Regionale PR FESR Liguria 2021/2027 – Obiettivo Specifico 1.2. “Permettere ai cittadini, alle impese, alle organizzazioni di ricerca e alle autorità pubbliche di cogliere i vantaggi della digitalizzazione” – Azione 1.2.3 “Sostenere l’introduzione di pratiche e tecnologie digitali nelle imprese” – Bando “Supporto allo sviluppo di progetti di digitalizzazione nelle micro, piccole e medie imprese” – Anno 2024.
Via Pietro Chiesa 9
16149 Genova, Italy
Phone: +39 010 8595211
Email: info@corticale.com
Privacy Policy
Cookie Policy
Grants & Incentives
Quality Policy
Registered Office: Via Pietro Chiesa 9 - 16149 Genova (GE) Branch: Via Porta Tenaglia 1 Milano (MI)