Applications
Probes, instruments, and Radiens software matched to your experiment. Describe what you're recording — we'll show you how to record it well.
Every experiment is different — model system, target structure, recording approach, and scientific question all shape which products you need. Our application scientists match instruments and software to your specific setup, not the other way around. Start with Oaks AI for instant guidance, or request a consultation for complex designs.
In Vivo Electrophysiology
Silicon probes matched to model, target, and timeline — from acute mapping sessions to chronic implants lasting months.Acute Rodent Cortex
High-yield acute sessions with real-time signal quality assurance. Validated insertion protocols for cortical layer targeting. Radiens monitors SNR and noise floor continuously — know the session is good before you remove the probe.
Probes for Acute RecordingChronic Rodent Implants
Longitudinal recording across weeks to months with implant-grade packaging. Radiens tracks signal quality across sessions — detect electrode drift or impedance changes before they compromise your dataset.
Chronic Probe PackagesNHP Motor Cortex
High-density laminar recording for motor decoding and BCI translation. Months-long implant stability with quantitative signal tracking. Vector Array Gen2 delivers 4× electrode density for cortical and subcortical mapping.
Vector Array Gen2NHP Deep Brain
Long-shank probes for thalamus, basal ganglia, and STN at 20–40mm depth. Target nucleus confirmation via real-time spectral analysis in Radiens. Purpose-built geometries for primate deep brain anatomy.
Deep Brain ElectrodesSpinal Cord
Dorsal and ventral horn recording with motion-stable probe designs. Real-time artifact management in Radiens Allego handles respiratory and movement artifacts without post-hoc correction.
Browse ProbesOptogenetics + Electrophysiology
Artifact-free opto-ephys with Fusion probes — integrated optical fiber and recording sites on the same shank. Geometric artifact rejection built into the probe design. Event-locked analysis in Radiens.
Fusion Probes
Surface & Field Potential Recording
Cortical grids, ECoG arrays, and scalp EEG — Radiens brings signal quality intelligence to every field-potential modality.EEG & ECoG
Thin-film surface grids for cortical mapping, epilepsy surgery, and BCI applications. Contact impedance monitoring and spectral analysis in Radiens. Cross-modality support — the same platform handles scalp EEG and intracranial ECoG.
Surface GridsClosed-Loop Electrophysiology
Quality-aware real-time event detection driving stimulation or behavioral control. Sub-millisecond latency optimization via Radiens Allego. RadiensPy enables custom detection logic without leaving the Radiens environment.
RadiensPyLarge-Scale Recording
Hundreds to thousands of channels across multiple probes or arrays. Radiens handles multi-probe synchronization, parallel spike sorting, and per-session quality assessment.
Large-Scale Solutions
Emerging Applications
By Target Structure
Find probes and configurations matched to your recording target.
Research Impact
5,000+ Publications
NeuroNexus electrodes cited in peer-reviewed research across neuroscience, bioengineering, and clinical translation.
1,000+ Labs
Research institutions and companies worldwide using NeuroNexus neural interfaces.
22 Years
Pioneering silicon neural interface technology since 2004.
Research citing NeuroNexus Technologies
Planning this experiment?
Tell a NeuroNexus Application Scientist what you're recording and we'll help you configure it.