I'm really excited with ED2 Corporation to launch the first ever system-in-package #phasedarray #antenna module. Phased array system design and build just got a lot easier, faster, and less expensive! Use multiple modules together to build an array of any size.
Traditional phased array antenna systems are difficult to design and build, for a number of reasons. ED2’s StingArray? phased array antenna module represents a quantum leap forward in the category.
Complex Design and Manufacturing: Designing a phased array antenna requires precise engineering to ensure each element in the array works correctly. Manufacturing such arrays can be complicated due to the need for precise alignment and integration of numerous antenna elements. ED2's SMT package simplifies the design and manufacturing process.
Power Consumption: Phased array antennas often require significant power to operate, particularly for systems with active electronic components for beamforming and steering. Traditional systems’ efficiency might range from 20% to 50%. ED2’s phased array improves power efficiency significantly by incorporating very low loss materials and short trace lengths.
Thermal Management: The electronic components in a phased array can generate significant heat, requiring efficient thermal management solutions to maintain performance and reliability. At mmWave frequencies, phased array systems have high power densities due to the need for many closely packed elements. This can lead to significant heat generation within a small area, requiring efficient heat dissipation solutions. ED2’s phased array module implements innovative thermal management techniques to simplify and ease the design of the larger antenna system.
Integration and Compatibility: Integrating phased array antennas into existing systems or platforms can be challenging, requiring careful consideration of compatibility with other components and systems. ED2’s phased array module is designed for SMT, enabling automated assembly, higher component density, and flexibility in design.
Reach out to us at [email protected] or to your #RFMW sales rep to learn more!
#rf
#IC
#beamforming