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ResearchSoftwareHD-Targets IFS/TI

HD-Targets™ for HD-IFS/TI

An extension of Soterix Medical revolutionary HD-Targets software.
HD-Targets-IFS automatically determines the best Interferential (IF)/Temporal Interference (TI) configuration for any brain region.

Non-invasive IF/TI brain targeting software

Targeting is performed in three easy steps

Choose from six built-in head models or import an individualized model using ROAST 4.0.

Select HD-tES or HD-IFS/TI, Max-Focality or Max-Intensity, number of current sources, field orientation, desired intensity, target size, and Total Max Current.

Visualize the optimized montage, save the targeting parameters, and export simulation results as NIfTI files.

Compatible with all Soterix Medical HD-tDCS/HD-tES and HD-IFS/TI devices. As well as importing custom heads using ROAST 4.0.

Manual & Specifications

123 Step icon

Simple Three-Step Modeling

Step 1: Select a head model from our built-in database or import a personalized model.

Step 1 Head and Electrode Model Selection

Step 2: Choose the target region and stimulation parameters to generate an optimized IFS/TI montage.

Step 2 Target region and stimulation paratmeters slection

Step 3: Explore modulation depth, apply post-processing, and export results in NIfTI format.

Step 3 Explore, post-processing and export results
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Enhanced IFS/TI Visualization

Electrodes are color-coded according to injected current, while different electrode shapes identify the carrier frequency assigned to each electrode. This makes complex two-array configurations easier to review and interpret.

Advanced Post-processing

Cutting planes

Define any plane in the 3D space by selecting appropriate angle and location via distance from center. Cut 3D volume at the plane to visualize depth activation.

Line export

Define any line in the 3D space by selecting start point and end point. Export electric field values induced along the line to a text file for further post-processing such as to perform statistical analysis.

Sphere export

Define any sphere in the 3D space by selecting a center point and then defining the radius of the sphere. Export electric field values induced within the sphere to a text file for further post-processing such as to perform statistical analysis.

Caution! Investigational Device. Federal (or United States) law limits device to investigational use.