EP-TB GEOANT Microsecond Timing Recorder

The EP-TB from GEOANT belongs to the manufacturer’s auxiliary equipment range for geophysical exploration and seismic acquisition campaigns. It is intended to fit within the GEOANT solution ecosystem and provide operational support in field configurations where the brand’s seismic nodes and accessories are deployed.

Its role is to complement system infrastructure, helping with deployment, connection or support tasks depending on the selected setup. As part of the GEOANT ecosystem, the EP-TB is designed to work alongside other manufacturer devices and accessories in acquisition and field maintenance workflows.

It is a suitable choice for integrators, contractors and technical teams that need a GEOANT auxiliary accessory to complete installations or extend system operability in the field.

EP-TB is GEOANT auxiliary equipment designed to support seismic acquisition deployments and field support tasks within the manufacturer ecosystem.

The **EP-TB** is a compact and portable **microsecond-level timing recorder** designed for precise synchronization in seismic acquisition and monitoring applications. Its integrated **Bluetooth communication module**, advanced time-synchronization algorithms and ultra-low-power electronics provide reliable operation both in the field and during extended monitoring campaigns.

The recorder connects seamlessly with the dedicated **mobile application**, enabling fast configuration and efficient operation for both **active-source seismic surveys** and **passive seismic monitoring**.

During seismic acquisition, the EP-TB can rapidly transmit accurate **timing metadata** to cloud-based platforms, supporting real-time shot-gather identification and segmentation. This helps streamline data management, improve synchronization between acquisition events and simplify subsequent seismic data processing.

Key Advantages:

■  Microsecond-level timing accuracy** for demanding seismic applications.
■  Integrated **Bluetooth connectivity** for convenient wireless operation.
■  Compact and portable design suitable for field deployment.
■  Ultra-low-power electronics for extended operating periods.
■  Compatible with mobile applications for simplified configuration and monitoring.
■  Suitable for both **active-source surveys and passive seismic monitoring**.
■  Rapid transmission of timing metadata to cloud platforms.
■  Supports **real-time shot-gather segmentation** during seismic acquisition.