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Extreme Waves

Extreme Waves develops high-performance custom phased-arrays and transceivers for SATCOM, 5G, and point-to-point communication links operating at frequencies from 8 to 110 GHz. Their technology addresses the need for scalable, multi-beam communication and radar systems, enhancing connectivity and data transmission efficiency for commercial and defense applications.

San Diego, United StatesFounded 202015300+ followers
Updated 4 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Modern communication and radar systems require high-performance phased arrays and transceivers to achieve scalable, multi-beam capabilities. Existing solutions often struggle to deliver the necessary data transmission efficiency and connectivity, particularly at higher frequencies.

Solution

Extreme Waves designs and manufactures custom, all-silicon phased arrays and up/down converters for demanding SATCOM, 5G, radar, and point-to-point communication applications. Their technology enables wide scan angles and polarization agility, supporting single or dual-polarized systems. The company's products facilitate multi-beam operation for LEO, MEO, and GEO ground terminals, as well as Common Data Link (CDL) systems. Extreme Waves' solutions integrate intelligent power management, SPI drivers, and up/down-conversion units within a compact phased array box.

Target Audience

Extreme Waves serves commercial and defense organizations requiring high-performance communication and radar solutions, including SATCOM operators, 5G infrastructure providers, and developers of radar systems.

Features

  • Scalable phased arrays operating from 8 to 110 GHz
  • Wideband up/down converters with RF frequencies from 18-54 GHz and IF bandwidths from 2-10 GHz
  • All-silicon design for cost-effectiveness and integration
  • Support for single and dual polarization configurations
  • Multi-beam capabilities for enhanced connectivity
  • Wide scan angles (± 50-75°) for flexible beam steering
  • Low SWaP (Size, Weight, and Power) design for mobile and space-constrained applications
  • Integrated DC power, SPI driver, and up/down-conversion units
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