Globally, internet capacity is constrained with exploding subscriber growth and is expected to add over 100B+ new subscribers via new devices and IoT (smart homes, alarms, AI, Autonomous Vehicles, E-Health and E-Pay), all creating additional bandwidth and data constraints.
Reducing latency and increasing bandwidth is critical to National Defense and improved capabilities in the commercial sector, and the mm-wave TWT technology developed by Teraphysics can immediately and exponentially improve the nation’s digital capabilities.
What Is The Key to enabling C4ISR, Military, SATCOM & Beyond 5G Applications?
- Used by NASA for decades
- 2019 FCC Opens 95GHz–3THz Spectrum planning beyond 5G
- Capstone Partners estimates Global C4ISR Market is expected to grow to $161B by 2027
- Wireless Capacity is strained due to available spectrum in Ka and the need to push towards E-Band and higher
- 45,000+ Planned LEO “CubeSats” – No commercial E-Band solution (71–86 GHz) for space-to-ground & intersatellite communications
- Conventional TWTs are large (12-15” long, 3-5 lbs), produce hundreds of watts of power up to ~40 GHz
- Over 100B devices are expected to come online collectively by 2030 representing a 200% increase from today’s levels. There will be a real need for Teraphysics proprietary, mm-wave TWT, with NO COMPETITION in the RF Space to satisfy future demand
- Disruptive – No comparable mm-wave TWT amplifiers either in development or commercially available capable of operating over all the high frequency mm-wave bands of interest that produce substantial output, power (3-100W), gain flatness and bandwidth
- Gen 1 – Presently operational is designed for E-band – 71-86 GHz
- Gen 2 & Gen 3 Devices – capable of operating between 140 – 240 GHz
- Our TWT amplifier is 10X Smaller & lighter than existing NASA Technology weighing less than 1lb
- Our TWT amplifier offers unrivaled range and data rates in a footprint small enough to make it viable to deploy for any device operating at frequencies at and above 70 GHz
- Enable C4ISR communication initiatives and systems to meet the emerging high-capacity data transmission as well as inter-satellite links for constellations of LEO satellites
Globally, internet capacity is constrained with exploding subscriber growth and is expected to add over 100B+ new subscribers via new devices and IoT (smart homes, alarms, AI, Autonomous Vehicles, E-Health and E-Pay), all creating additional bandwidth and data constraints.
Reducing latency and increasing bandwidth is critical to National Defense and improved capabilities in the commercial sector, and the mm-wave TWT technology developed by Teraphysics can immediately and exponentially improve the nation’s digital capabilities.
What Is The Key to enabling C4ISR, Military, SATCOM & Beyond 5G Applications?
