Multibeam echosounder

Fujitsu develops pioneering millimeter-wave chip technology for 5G radio units

Retrieved on: 
Monday, August 28, 2023

With conventional technologies, a single millimeter-wave chip is used to generate a single beam, resulting in larger RUs and increased power consumption.

Key Points: 
  • With conventional technologies, a single millimeter-wave chip is used to generate a single beam, resulting in larger RUs and increased power consumption.
  • 5G network technologies are expected to achieve higher speeds and capacity by effectively utilizing wireless resources in the millimeter-wave band.
  • Subsequently, the beam multiplexing technology will be applied to base station (CU/DU) products, and will be offered globally in fiscal 2025.
  • A technology that concentrates radio waves in a specific direction by controlling the phase (angle) of signals emitted by antenna elements on antenna panels.

ThayerMahan-UConn Team Begins High-Resolution Seabed Surveys of Thames River

Retrieved on: 
Thursday, February 11, 2021

For more information on ThayerMahan's subsea capabilities: https://www.thayermahan.com/sectors/subsea-infrastructure

Key Points: 
  • For more information on ThayerMahan's subsea capabilities: https://www.thayermahan.com/sectors/subsea-infrastructure
    ThayerMahan's SeaScout system is an actively stabilized towed vehicle with synthetic aperture sonar and multibeam echosounder payloads.
  • The system generates ultra-fine resolution (3cm x 3cm) beamformed imagery and interferometric bathymetry of undersea cables, boulders, rocks, and seafloor characteristics in real-time.
  • Baseline data will be re-evaluated to identify changes in the region and enhance security within the New London port area.
  • The company is headquartered in Groton, CT with additional locations in Lexington, MA, Boston, MA and Washington, DC.