Inper Air Fully Implantable Wireless Telemetry System

Fully implantable wireless telemetry for animal physiology, event synchronization and companion research analysis.

Discuss configuration Follow physiology in freely moving animals. Inper Air Fully Implantable Wireless Telemetry System Combine implanted sensors and wireless transfer in a shared workflow for physiological recording, events and analysis. The implant acquires its configured sensor channels, the wireless host receives data and sends controls, and Inper One manages connections, parameters and recording. From the implant to the workspace. 02 · System architecture A suitably configured host supports up to eight implants. Organize channels by implant and sensor, and confirm concurrency against channel combinations, sampling needs and the wireless environment. Manage multiple animals together. 03 · Parallel recording Match the implant, flexible leads and sensor tips to the target tissue and animal model. Dimensions, channel count and sensor types vary by model; confirm connection and implantation requirements together. Choose the signals. Match the implant. 04 · Implant configuration These are sensor configuration options, not a claim that every implant contains all channels. Configure leads for biopotentials such as ECG, EEG and EMG, with channels selected for tissue location and sampling requirements. Biopotentials Record electrical signals Pressure and respiratory measurements require the corresponding sensor configuration and installation, with range and calibration conditions checked. Pressure & respiration Match the sensing tip Temperature and activity channels on compatible models provide context for changes in behavior and physiology over time. Temperature & activity Add physiological context Configure the signals for your question. The dedicated wireless charger replenishes the implant and wakes it from sleep. Check position, cage material and battery state as instructed; runtime varies with model, sampling and use. Wireless recording. A planned recharge. 06 · Wireless charging The implant list shows connection, battery and link status, with controls to connect, disconnect, activate and inactivate. Confirm each implant and sensor before previewing. Check the battery. Check the link. 07 · Connection status Set sampling rate, range and filtering for compatible channels. Match settings to signal dynamics and target measures while retaining the ability to inspect the recorded waveform. Set sampling for each signal. 08 · Acquisition settings Inspect channels, waveforms and events in the acquisition workspace. Preview checks the setup without saving data; use Start for the recording session after verification. Preview first. Then record. 09 · Live workspace Markers can come from external DIO, manual hotkeys and implant-related conditions. Name and color events to inspect their timing relative to physiology. Keep events beside the signals. 10 · Markers Configure immediate, delayed, scheduled or external-signal starts and stops. For repeated or scheduled runs, verify the clock, trigger conditions and stop rules before recording. Start by command or by condition. 11 · Recording triggers Output can map configured values or changes in implant channels to a signal for marking or triggering a compatible instrument. Validate thresholds and outputs against noise, range and the actual experiment. Let a signal condition request the next action. 12 · Conditional output Implant configurations with optical or electrical stimulation modules provide waveform settings that can work with events and trigger rules. Recording implants do not all include stimulation; confirm the module and tip. Connect recording with stimulation. 13 · Optional stimulation The companion analysis workflow displays physiological signals together to inspect quality and event relationships before selecting a module. The original software example illustrates the workflow; available modules depend on the supplied version. Inspect the signals before the metrics. 14 · Multi-signal inspection Use the module matching the recorded sensor channel and review automated detections. Identify R peaks and ECG landmarks to obtain heart rate and intervals, reviewing detections against raw waveforms when noise or atypical shapes occur. ECG R peaks and waveform landmarks Analyze measures such as systolic, diastolic and mean pressure, according to the measurement site and analysis configuration. Pressure Inspect pressure cycles Extract cycles, rate and phase durations from the configured respiratory signal, keeping the results linked to the waveform. Respiration Identify cycles and phases Turn waveform cycles into research measures. Research analysis depends on suitable sensor configuration, recording quality and parameter choices. Companion EEG analysis can display spectra and sleep stages. Interpret staging with the chosen model, signal quality and manual review. EEG & sleep Relate signals to sleep stages Perform HRV research after reliable beat detection and interval review so detection artifacts are not interpreted as physiological variability. HRV Examine beat-interval variation Explore state and rhythm. Config saves experimental parameters for reuse under the same workstation account. Trigger settings are not included in the configuration file; check start and stop conditions separately for each run. Save the settings for the next session. 17 · Configuration reuse Set a filename and tags before recording to organize animals and conditions. Names and tags Select recordings in Data and export to an attached drive for subsequent analysis. Data export Specify the animal model, signals, recording duration and connected instruments to match implants and analysis modules. Confirm the setup Keep the session context through export. System Implant, wireless host, Inper One and companion software Host concurrency Up to 8 implants with the corresponding configuration, subject to channel and sampling requirements Sensor options Biopotentials, pressure, respiration, temperature, activity and other options by model Charging Dedicated wireless charger Synchronization and control Marker, Trigger and Output; interfaces and rules depend on workstation and software Stimulation options Requires the corresponding optical/electrical stimulation module and tip Parameter Description Specifications and functions depend on the model, software version and delivered configuration. Technical specifications Inper Air Fully Implantable Wireless Telemetry System — User manual Inper Air Fully Implantable Wireless Telemetry System — Product brochure Inper 2026.B Product Catalog Downloads Share the animal model, signals, channel count, sampling and runtime needs, plus synchronization or stimulation requirements, to confirm implant, host and analysis configuration. Ask about Inper Air Fully Implantable Wireless Telemetry System Send inquiry Product selection Configuration and quotation Technical and application support