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Underwater Robot Communication Antenna Developed

Created at 2 Jun · 2:01 PM1 source↑ Market-relevant
IN SHORT

A University of Florida team has created magnetoelectric antennas enabling underwater robots to communicate using only 10 watts of power, potentially eliminating wireless dead zones beneath the ocean's surface.

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Key Numbers

10 wattspower requirement for underwater communication

Who's Involved

University of Florida team
developers of the new underwater communication antenna technology

↳ Why This Matters

This breakthrough could revolutionize underwater robotics and exploration by enabling reliable, low-power communication in environments previously considered communication dead zones.

Key facts

  • University of Florida team developed magnetoelectric antennas.
  • Antennas allow robots to communicate underwater.
  • The technology requires only 10 watts of power.

Researchers at the University of Florida have engineered novel magnetoelectric antennas designed to overcome the limitations of underwater wireless communication. These antennas operate with a remarkably low power consumption of just 10 watts, a significant advancement for enabling robots to communicate effectively beneath the ocean's surface. This development addresses the long-standing issue of 'wireless dead zones' in marine environments, paving the way for more sophisticated underwater robotics and exploration.

Frequently asked questions

It addresses the issue of wireless dead zones underwater, enabling robots to communicate effectively in marine environments.

They are magnetoelectric antennas that can communicate underwater using only 10 watts of power.

A team of researchers from the University of Florida.

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Cadence

How It Developed

2 Jun · 1:55 PM
University of Florida researchers developed magnetoelectric antennas allowing underwater robots to communicate using only 10 watts of power.
Gizmodo via PiQSuite

Sources

T1
The Ocean Is Earth's Largest Wireless Dead Zone. This Antenna Could Change Thatm.piqsuite.com

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