- VLF
- LF
- MF
- HF

AL 368 – Power Supply
POWER SUPPLY FOR VLF – HF ACTIVE RECEIVING ANTENNA

POWER SUPPLY FOR VLF – HF ACTIVE RECEIVING ANTENNA

HF ANTENNA TUNING UNIT

HF ANTENNA TILTING DEVICE

VLF/LF/MF/HF RX/TX WHIP ANTENNA

HF WHIP ANTENNA

MIDS-JTIDS – NATO L16 ANTENNA

UHF 225-400 MHz OMNIDIRECTIONAL ANTENNA

Rx V/UHF 20 MHz – 3 GHz COMINT – CESM ANTENNA

VLF/LF/MF/HF RX/TX WHIP ANTENNA

UHF HALF WAVE DIPOLE

UHF 225 MHz – 1,3 GHz ANTENNA

V/UHF 110-500 MHz ANTENNA

225 – 400 MHz RX COUPLING UNIT

225 – 400MHz TX COUPLING UNIT

HF TRIPLE WHIP

VLF – HF RX ACTIVE ANTENNA

ANTENNA CONTROL UNIT

EXPANDABLE COMMUNICATION BUOY FOR SUBMARINES

UAV DRONE EJECTION SYSTEM FROM A DEEPWATER SUBMARINE

LOOP ANTENNA FOR SUBMARINES

VLF/LF/HF RX BUOYANT WIRE ANTENNA FOR SUBMARINES

INTEGRATED MULTIFUNCTION ANTENNA FOR SUBMARINES

HF ANTENNA TUNING UNIT

HF TELESCOPIC WHIP ANTENNA FOR SUBMARINES
Within ALSEAMAR’s Radiocommunications department, three specialized
design offices collaborate closely to develop innovative, tailor-made
communication solutions that meet the specific requirements of each project.
Experts in the design and optimization of wireless communication solutions, ALSEAMAR conducts feasibility studies, analyzes needs, and defines the architecture of telecommunications networks.
To proceed with the development of embedded software and electronic
hardware, ALSEAMAR integrates key technologies such as Digital Signal Processing
(DSP) to ensure system performance and reliability.
ALSEAMAR adapts products to specific geometric and strength constraints by developing optimized deployment solutions, including the design of mechanical structures, selection of appropriate materials, and conducting simulations.