The Phynitty Ecosystem
Four integrated systems for wireless electrophysiology
Phynitty brings together four specialized systems, P Nano, P Max, P FemTo, and ActiTag, each designed for distinct research scenarios, from controlled laboratory studies to freely moving animal models and long-term field monitoring. Together, they provide a comprehensive solution for diverse experimental environments.
All systems operate within a unified ecosystem, integrating neural, physiological, and behavioral data into a single workflow from acquisition to analysis. With intuitive mobile control and flexible configurations, researchers can efficiently set up experiments and capture high-quality data with minimal complexity.
The Four Phynitty Systems
Purpose-Built for Every Research Scenario
Each system is designed for a specific use case, ranging from high-channel field studies to compact lab experiments. Choose the right tool based on your subject size, environment, and data requirements.
Core Advantages
Why Researchers Choose Phynitty ?
Designed for real-world research, from freely moving animals to long-term recording, Phynitty delivers reliable data, minimal interference, and a seamless workflow from setup to analysis.
Dual-Mode Data Acquisition
Supports real-time wireless telemetry and onboard logging across the Phynitty ecosystem, enabling continuous data collection in both lab and real-world environments without workflow interruption.
Mobile-First Control
Configure devices and monitor status via the Phynitty App. Preview signals, adjust parameters, and manage experiments directly from mobile devices for greater efficiency and flexibility.
Minimal Impact on Subjects
Compact and lightweight design minimizes burden on animals, supporting natural behavior and improving data reliability and validity.
Multimodal Data Integration
Integrates neural, physiological, and motion data on a unified platform, enabling synchronized acquisition and deeper analysis of biological and behavioral relationships.
Flexible & Configurable System
Fully configurable channels, sampling, sensors, and recording modes allow tailored setups for specific experiments, ensuring precise and efficient data acquisition.
Open Data & Analysis Ecosystem
Exports data in standard formats (EDF, CSV) and integrates with tools like MATLAB, Python, and LabVIEW for efficient and scalable analysis workflows.
Software Ecosystem
An integrated platform for wireless electrophysiology
Phynitty combines hardware, software, and data workflows into a unified ecosystem. From data acquisition to analysis, everything is designed to work seamlessly together.
- Cross-Platform Management
- Fast Device Configuration
- Live Waveform Visualization
- Smart Scheduler
- Real-Time System Status Overview
- Seamless Multi-Device Synchronization
System Overview
Technical Specifications
High-performance wireless electrophysiology designed for both precise laboratory studies and real-world research environments. Phynitty delivers reliable data acquisition, long-term recording, and a compact system architecture for consistent results.
Up to 16
Recording channels
+ 9-axis IMU
Temperature sensor
8–1024 Hz
Sampling rate
Days to months
Recording duration
Up to 256 GB
Onboard SD storage
5 × 12 × 3 mm
Size
SYSTEM COMPARISON
Compare Systems at a Glance
Each Phynitty system is designed for a specific research scenario. Compare key differences in capability, size, and functionality to identify the best fit for your experimental setup.
P-Nano
Ultra compact solution
Perfect for Laboratory Research and Small Animal Studies.
No more complexity, collect the data you really need with ease.
Smaller, less energy-consuming and equipped with 9 recording channels, 1 temperature as well as an embedded inertial unit, it will be easy to collect multiple cerebral, physiological and behavioral data over long periods of time.
Practicality is its asset, efficiency will be your moto.
P-Max
Beyond the limits of the lab
Collect your data anywhere and anytime in the wild.
Thanks to its wide range of features, explore previously unknown horizons.
Collect complex data easily and without limitations with a single system. With 16 recording channels, 2 temperatures and an on-board inertial unit, this device combines power, accuracy and robustness.
Think bigger, think further with the MAX bio-logger.
P-FemTo
Minimal weight, maximum insights
Ultra-lightweight device for real-time behavioral studies.
FemTo expands your research possibilities with real-time data and minimal impact.
FemTo is an ultra-light biologger designed for behavioral research, featuring a 9-axis IMU, customizable recording sequences, and minimal impact on animals—ideal for real-time posture and movement tracking.
Compact yet capable, ideal for subtle movements and extended research.
ActiTag
behavioral insights in motion
Perfect for behavioral research and activity monitoring in freely moving animals, both in laboratory and real-world environments.
Non-invasive, stress-free data collection with minimal setup and maximum flexibility.
Capture movement, posture, and activity patterns while preserving natural behavior.
Ultra-lightweight and energy-efficient, ActiTag features a 9-axis IMU for motion sensing and orientation tracking, enabling continuous data collection over extended periods of time.
Designed for simplicity. Built for behavioral insight.
From Brain to Behavior
Research Applications
Sleep & Circadian
Long-term EEG/EMG recording for precise identification of sleep cycles and circadian rhythm changes.
Anxiety & Stress
Combine motion tracking with physiological signals for multidimensional behavioral analysis
Epilepsy & Neurodegeneration
Capture subtle neural dynamics to advance disease mechanism research
Memory & Learning
Track neural activity during learning tasks to study memory formation, consolidation, and recall processes.
Pain Research
Combine physiological signals with behavioral responses to investigate pain perception and modulation mechanisms.
Freely Moving Behavior
Record physiological and motion data in freely moving animals while preserving natural behavior and experimental validity.
You ask, we answer
We understand that choosing the right system comes with important questions. Here you’ll find clear answers to help you evaluate Phynitty with confidence and see how it fits your research needs.
Phynitty integrates neural, physiological, and behavioral data into a single wireless platform, enabling synchronized acquisition without restricting animal movement. Unlike traditional systems, it supports both real time telemetry and standalone biologging, allowing flexible experimental design across both individual and multi subject studies.
Each system is designed for specific research needs. P-Nano is ideal for compact laboratory setups, P-Max supports high channel and complex experiments, FemTo focuses on ultra lightweight recording, and ActiTag is optimized for motion and behavioral tracking.
For more specialized applications, our team works closely with researchers to tailor configurations and ensure the system aligns with specific experimental requirements.
Yes. Phynitty is designed for seamless use across controlled laboratory settings and real world environments. Its dual mode recording allows continuous data acquisition whether in real time or through onboard storage.
Phynitty is built on a shared system architecture that aligns all devices within the same timing framework, enabling precise synchronization across neural, physiological, and behavioral data streams.
Whether using multiple devices or combining different system types, data is automatically time aligned at the source, eliminating the need for manual synchronization and ensuring accurate multimodal analysis.
Yes. Phynitty is designed with an intuitive mobile first interface that allows researchers to configure, monitor, and manage experiments wirelessly without complex setup. The system reduces the learning curve, making it accessible even for users without extensive technical experience.
Our technical team also provides timely support and guidance during installation and setup, ensuring a smooth onboarding process and reliable operation from the start.
Phynitty supports onboard data logging, ensuring that data recording continues even if the wireless connection is temporarily lost. This prevents data loss and maintains continuity during experiments.
Phynitty is designed for reliable operation, but in the event of unexpected issues, our technical team provides timely support to assist with troubleshooting and system optimization.
We work closely with researchers to ensure minimal disruption to ongoing experiments, offering guidance and solutions to maintain data continuity and system performance.
Ready to Advance Your Research?
Talk to our team and get a tailored recommendation based on your experimental setup.