Abstract: In various embodiments, seismic receivers may detect seismic energy and transmit digital signals representative of the seismic energy to an S-line interface module (SLIM) and/or a smart antenna module (SAM) for collection. A SLIM may be used to connect two or more seismic receivers together. A SAM may include a memory medium for storing digital signals from seismic receivers (e.g., received directly from the seismic receivers or received through a connection to a SLIM) and a wireless transmitter to transmit data stored on the memory medium. The SAM may further include a Global Positioning System (GPS) receiver for receiving and storing timestamps, clock data, and/or positional data relative to the seismic receivers. The timestamps, clock data, and/or positional data may be transmitted along with the digital signal data to an external source (e.g., a laptop) for analysis to detect characteristics of subterranean formations.

Abstract: In various embodiments, seismic receivers may detect seismic energy and transmit digital signals representative of the seismic energy to an S-line interface module (SLIM) and/or a smart antenna module (SAM) for collection. A SLIM may be used to connect two or more seismic receivers together. A SAM may include a memory medium for storing digital signals from seismic receivers (e.g., received directly from the seismic receivers or received through a connection to a SLIM) and a wireless transmitter to transmit data stored on the memory medium. The SAM may further include a Global Positioning System (GPS) receiver for receiving and storing timestamps, clock data, and/or positional data relative to the seismic receivers. The timestamps, clock data, and/or positional data may be transmitted along with the digital signal data to an external source (e.g., a laptop) for analysis to detect characteristics of subterranean formations.