NexTenna provides ultra-thin, low-power phased array antenna terminals for satellite Internet connectivity. Our proprietary zero-power field effect phase shifter technology enables efficient, electronically steerable beamforming for reliable broadband access in Ku and Ka bands.
Funding
Funding not disclosed
Founders
Product
Problem
Achieving consistent and reliable Internet connectivity from space, particularly for mobile and remote applications, is hindered by the power consumption and bulk of traditional satellite terminals. This limits the widespread adoption of satellite-based broadband services.
Solution
NexTenna develops ultra-thin, low-power phased array antenna terminals designed for seamless satellite Internet connectivity. Our proprietary field effect phase shifter technology enables electronically steerable antennas that operate without consuming power, facilitating efficient and reliable communication. These terminals are optimized for Ku and Ka band frequencies, providing robust broadband access for various applications. NexTenna's innovative approach aims to enhance global Internet accessibility by making satellite communication more efficient and deployable.
Target Audience
NexTenna targets satellite operators, telecommunications providers, and enterprises requiring robust satellite broadband solutions for fixed and mobile applications, including direct-to-home internet services.
Features
- Field effect phase shifter technology enabling zero-power operation for antenna steering.
- Ultra-thin, flat-panel phased array antenna design for reduced form factor and weight.
- Electronically steerable beamforming for rapid satellite acquisition and tracking.
- Optimized for Ku and Ka band frequencies for high-throughput satellite communication.
- Low power consumption for extended operational life in mobile and remote deployments.
- User terminals designed for cellular and Wi-Fi applications, supporting direct-to-home broadband.