Technical Description
A digitally controlled holographic meta-surface device based on squarely modulated impedance surface for beam steering that allows efficient beam steering and controlling beam width and enables high-gain radiation beams at a fixed frequency with a reduction in the size of the digitally controlled holographic meta-surface.
Problems Addressed
- No External Beam Control
- Little Flexibility to Control Phase & Attenuation Constant
- Inefficiency to Modulate Surface Impedance
- Complex structure
- Interference of Electromagnetic Waves
- High Gain Limitations
Tech Features
- Digitally Controllable
- Squarely Modulation of Surface Impedance
- Squarely Modulation of Surface Impedance High Gain Radiating Beam
- Varactor Diode Modulation
- Simple, Compact & Reduced Energy Loss
- Fixed Frequency Control with Size Reduction
- Compatible with Low Power Device
Target Audience
- Telecommunication Sector
- Satellite Communications
- Wireless Networking Industry
- Aerospace and Defense
- Medical Imaging
- Augmented Reality & Virtual Reality
- Automotive Industry
- Entertainment & Media
- Consumer Electronics
Tech ID: P02-1116 TRL 5 Patent Status: Granted Available For Exclusive and Non-exclusive License
