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Phoenix - EMpower Geophysical Data Processing and Management Software
EMpower Software is designed for efficient data processing and management in geophysical studies, compatible across Windows, macOS, and Linux platforms. This software is tailored for professionals managing expansive datasets from large surveys, enabling quick configuration of equipment and seamless data handling from processing to export. It capitalizes on multi-core processing to ensure fast multitasking and automation. Its interactive features, such as a timeline and mapping interface, allow users to pinpoint data collection points effortlessly. The system supports robust editing and masking capabilities to refine geophysical data without altering original values. Remote data management is streamlined with Ethernet networking, facilitating data transfer from field receivers to servers via cellular or satellite networks.
EMpower Data Processing and Management Software
Interactive, fast, and ready for large surveys and massive datasets, EMpower desktop software brings geophysicists and field operators everything they need to configure receivers, then manage, process, edit and export their data.
Available for Windows, macOS and Linux, EMpower works where you want to, from field laptops to big desktop screens.
Fast. Automatically.
Built from the ground up for speed, EMpower multitasking, automation, and multi-core support brings the power of your whole computer to your work.
Visual links between the recording time, recording place, and field equipment used give a bird’s-eye view of operations and data quality. The interactive timeline and map work together automatically to show where and when time series was collected, along with all the metadata. Want to see only recordings made with a particular sensor in a thousand-station project? Or want to only see the work of a specific operator? EMpower will show you in just a couple of clicks.
An intuitive processing workflow can get you from imported data to a fully processed curve in less than two minutes; fast field Evaluate-mode processing can go from data on an SD card to a curve in 30 seconds.
Automatic matching of available remote reference and of shared magnetics, robust processing templates, CSV report generation for an entire project in two clicks, and batch editing speed up processing and data management even more.
Masking crosspowers without modifying the underlying data, EMpower’s powerful editor helps bring accurate geophysical information into focus. The workbench system allows multiple edits of the same data, with cut-and-paste edits from one frequency to the next smoothing a whole curve in seconds.
Robust processing with optional automatic presets, magnitude/phase masks, and time-based editing give the control needed to understand the crosspower distribution and ensure only real information gets to the EDI stage. And the original crosspowers are always available for review and comparison.
With built-in ethernet networking and simple network configuration, every Phoenix receiver can upload data to a remote server by cellular or satellite modem. Want remote reference data at the base camp before heading to the working site in the morning? Phoenix systems let you do that.
Easy receiver networking configuration and receiver remote control in EMpower brings the Internet of Things approach to field geophysics, getting data from the field to the geophysicist quickly and efficiently.
On-site, field operators can view live receiver and recording status by connecting EMpower to any Phoenix, MTU-5C, MTU-8A and RXU-8A system with the optional external WiFi adaptor.
Calibration Manager:
- Fast, easy and visual management of receiver and sensor calibrations
- Essential in-field QC tool to validate receiver, channel, and sensor function
- Track and view calibrations to track and validate equipment performance over time
- Default synthetic calibrations for all supported sensor types
Extensive Receiver & Recording Metadata easily view and track:
- Temperature
- GPS satellite count
- Battery voltage
- Saturations
- Receiver OS version
- Board firmware versions & serial numbers
- Position & altitude
- Start & End times
- Decimation scheme
- Operator names
- Sensor types and serial numbers
- Station name