
Radiens is NeuroNexus's electrophysiology software — acquire, analyze, and curate spike, LFP, EEG, and ECoG data from most systems in one platform.

From a raw recording to a result that holds up: sorting, LFP, spectra, 3D views.

Judge which recordings are good enough, and keep a qualified dataset — quality and history intact.











See a failing channel or a weak response while the session is live and you can still act — so fewer recordings are lost, and each one gives you more.
Read dense data as spatial, visual views and results that hold up — less time wiring scripts together, more confidence in what you publish.
Quality and history stay visible at every stage, for everyone — so a PI or lab director can see where the data stands without being at the rig.
“The Radiens Software is very user friendly for sure, and that’s a good thing. I like the online features of spike sorting and being able to see each neuron independently” — Post-doc, Salk Institute.
Two tiers that back your work at its scale, each adding the tools to push the science further — plus Radiens Services for expert time, quoted to the job.
For twenty years, NeuroNexus has built the full electrophysiology stack — probes, instruments, and software — used in 1,000+ labs and cited in 5,000+ publications. Radiens brings that two-decade track record to the software.
Radiens is NeuroNexus's software platform for electrophysiology — it acquires, analyzes, and curates spike, LFP, EEG, and ECoG data from most major systems in one place, and your data stays on your own machine.
Radiens is made by NeuroNexus, which has spent 20 years building the full electrophysiology stack — probes, instruments, and software — used in over 1,000 labs and cited in more than 5,000 publications. Radiens brings that two-decade track record to the analysis software and is already in use at 100+ labs.
Yes — Radiens Standard is free and permanent, and it produces publication-grade results, not a trial or demo. The paid Pro tier adds professional analysis, curation, and the scale a working lab runs on.
No — Radiens reads data from most major electrophysiology systems (Intan, SpikeGLX, Open Ephys, TDT, Plexon, and NWB), not just NeuroNexus, so it fits your lab regardless of the hardware you record with.
Yes — Radiens reads NWB, Open Ephys, and most common file formats natively with no conversion step, and interoperates with the open-source ecosystem through the free RadiensPy Python client.
Yes — Radiens handles large-scale electrophysiology, working with high-channel-count recordings (1,024+ channels) and study-scale, multi-session datasets. The heaviest jobs run on your workstation today, with on-demand cluster compute in development for the Radiens Compute add-on.