• BrainVision Recorder 2

BrainVision Recorder 2 – a new data recording experience

Recorder 2 will be out soon! The long-awaited upgrade brings a fresh design, intuitive workflows, and advanced flexibility - making high-quality EEG recordings easier than ever. Built for the future, it supports actiCHamp and actiCHamp Plus in its first release and sets the stage for continuous feature updates.

2025-12-18T10:45:57+01:00December 17th, 2025|Categories: 2025, Issue 3/2025, Products & Applications|Tags: , , |

The evolution continues – see what’s new in BrainVision Analyzer 2.3.1

We are excited to announce the release of BrainVision Analyzer 2.3.1, consistently delivering improvements in performance, usability, and functionality. This release includes a range of key enhancements and incorporates valuable feedback from our users.

Recording EEG in Animals

Easycap, as a cap manufacturing expert, has a long history of providing solutions for special applications including tailored equipment for recordings in animal models. This article aims to briefly outline the potential of neurophysiological recordings in animals and present some of our successful Animal-EEG solutions.

2025-12-18T13:25:06+01:00December 17th, 2025|Categories: 2025, Issue 3/2025, Products & Applications, Support & Tips|Tags: , |

All new LSL tools: now directly available on our own website

Brain Products supports LSL with free tools like connectors for actiCHamp (Plus), LiveAmp, BrainAmp, and RDA, plus the LSL Viewer. We've improved performance, UI, and docs. Get the updated BrainVision LSL Connectors and Viewer now in our new LSL tools section.

Easy and accessible closed-loop brain-state-dependent stimulation: a complete setup walkthrough

Closed-loop, brain-state-dependent stimulation is emerging in neuroscience research, driven by its potential to advance precision neuromodulation strategies. Our support article guides you step-by-step in building a fast, reliable, and accessible setup for your own closed-loop application.

New tested solution for EEG-fNIRS: Brain Products’ LiveAmp with Cortivision’s cutting edge system Spectrum C23

Using EEG in multimodal applications is a great way to expand the potential of EEG research. One such example is combined EEG-fNIRS. In 2024, we started a series of articles demonstrating how to combine Brain Products EEG solutions with various fNIRS systems. Now, LiveAmp with Spectrum C23 (by Cortivision) is also on our list of tested combinations.

  • bossapp RESEARCH – making brain state dependent stimulation research more accessible!

NEW: bossapp RESEARCH – making brain state dependent stimulation research more accessible!

Brain Products is proud to offer sync2brain’s bossdevice RESEARCH since 2021. It is truly a solution from researchers for researchers and offers access to a highly advanced methodology by means of actiCHamp Plus and its real-time data output device TurboLink. Now, Sync2brain released the perfect software companion: the bossapp RESEARCH making the solution even more accessible and user friendly for new and existing users.

Enhance your mobile EEG measurements: STE compact and Mobility Set for LiveAmp are on their way!

Mobile brain research is a vibrant field in neuroscience with specific requirements for each individual experiment. No matter if you aim for a reliable setup in or outside of the lab, solutions for mobile EEG research must be as versatile as the questions that are being addressed. LiveAmp with Sensor and Trigger Extension (STE) was designed to always be the perfect fit for your mobile EEG study and it just became better: With our all new STE compact, together with the wearable “LiveAmp Mobility Set", any setup is quicker, neater and safer while maintaining its flexibility.

Coming soon: Force Sensor for gait cycle analysis and many other use cases

With the addition of the Force Sensor to our sensor portfolio, we broaden the range of possible research scenarios. While the sensor’s main target use case lies in the world of MoBI, it can also be used in other settings thanks to its wide input range and flexibility.

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