Resources center

180 publications
  • Brochure
WiNG Brochure (EN)

WiNG is a fully integrated nodal land acquisition system designed with a single data collection platform to manage operations...

  • Specifications
VE464 Specifications (EN)

The VE464 benefits from the latest developments in integration, radio transmission and servocontrol, allowing easier implementation of vibroseis seismic than ever before.

  • Brochure
Nomad Brochure (EN)

Nomad is the Sercel range of seismic vibrators offering high quality signals together with a high level of reliability, productivity and safety. 

  • Specifications
MATS LT Specifications (EN)

Its small size, weight and reduced power consumption make MATS LT an ideal solution for compact AUV. 

  • Specifications
MATS 3G Specifications (EN)

MATS 3G is the underwater acoustic modem that leverages Digital Signal Processing technology to ensure reliable, long-range communication. 

  • Brochure
Digital Islands Brochure (EN)

How to prevent digital isolation and avoid fragmentation across the offshore logistics supply chain.

  • Brochure
MESA Brochure (EN)

The MESA software provides a flexible and robust toolkit to help optimize survey design and planning of land.

  • Brochure
MicrOBS Brochure (EN)

MicrOBS is a new generation of autonomous deep 4C Ocean Bottom Seismometer.

  • Brochure
MESA SimSurvey Brochure (EN)

MESA SimSurvey is a new MESA module that provides reliable time and cost analysis functionality to the marine survey design.

  • Brochure
optimizationservices_brochure_sercel.pdf

Sercel Acquisition Optimization Services provide marine survey planning, supervision, and optimization to energy companies and partners. Our mission is to help customers reduce costs and...

  • Brochure
VE464 Brochure (EN)

VE464 allows its users to implement vibroseis seismic easier than ever, aiming for ever increasing productivity and flexibility.

  • Brochure
TPS Brochure (EN)

TPS™ (Tuned Pulsed Source) is a new marine seismic source that provides geophysical clarity by improving low frequency...