Interpex Ix1d V350 _top_ Jun 2026

Initiate the inversion process. The software iterates, minimizing the misfit (difference) between calculated responses and field observations.

IX1D provides flexible data import options:

Data can be created or edited directly via a spreadsheet interface.

: Requires a USB or parallel hardware key (dongle) for full functionality. Licensing & Support

The "v3.50" release brought stability and refined features to the IX1D platform, supporting a massive range of data types: interpex ix1d v350

In the realm of geophysical exploration, the Interpex IX1D V350 has emerged as a leading software solution for interpreting resistivity and induced polarization (IP) data. As a powerful tool for geophysicists, geologists, and mining professionals, the IX1D V350 offers a wide range of features and capabilities that enable users to derive valuable insights from their data. In this article, we will provide an in-depth review of the Interpex IX1D V350, exploring its key features, applications, and benefits.

At its heart, IX1D solves the geophysical inverse problem: given measured apparent resistivity values, find the true resistivity and thickness of subsurface layers. The software supports two distinct inversion workflows:

Version 3.50 benefits from a redesigned, modern Windows development environment that greatly enhances data visualization, interactive control, and reporting: 1D Resistivity, IP, EM Software - Interpex

: A downloadable version is available at the Interpex download page , which is fully functional when used with supplied demo data but restricted for custom datasets until registered. 1D-Inversion Software IX1D - Resistivity - Georeva Initiate the inversion process

Before performing inversion, the user can run a using any user‑specified 1‑D resistivity model. This capability is valuable for survey planning—for example, to determine the required AB/2 spacings for a VES survey or the appropriate listening times for a TDEM sounding.

Handles Horizontal Coplanar, Vertical Coplanar, and Vertical Coaxial configurations. It calculates in-phase and quadrature measurements versus frequency, coil spacing, or instrument height.

The most common use for IX1D v3.50 is locating aquifers. By interpreting Schlumberger soundings, geologists can identify low-resistivity layers (often indicating clay or salt water) versus high-resistivity layers (potentially freshwater-bearing sands or fractured rock). Environmental and Engineering

Future versions are expected to maintain the same intuitive interface while improving inversion speed, expanding data format compatibility, and possibly adding more advanced 2‑D interpolation techniques. The split into IX1Dv2.exe and IX1Dv3.exe executables indicates that Interpex plans to support multiple parallel update paths for different user needs. : Requires a USB or parallel hardware key

A major strength of IX1D is its streamlined data handling. Users can:

Engineers use the software to map the depth to bedrock or to identify the extent of contaminant plumes. Because the software is lightweight and runs on standard laptops, it is often used for "real-time" interpretation in the field. Mineral Exploration

Whether you are conducting groundwater surveys, mineral exploration, or environmental site assessments, IX1D v3.50 provides the mathematical engine needed to turn raw field measurements into actionable geological models. What is Interpex IX1D v3.50?