Quantum Radio Frequency (QRF) Aperture/Receiver system
SqyWire enables ultra-broadband radio frequency (RF) reception within a physically small aperture for next-generation assured communications and sensing needs.
Real-time spectrum adaptation and improved reliability
Enhanced security through ultra-broadband communications
Spectrum awareness
What is Quantum RF?
QRF solves the pressing problems in RF networks.
Atoms Replace Antennas
Quantum radio frequency (QRF) uses Rydberg (excited) states of atoms in room-temperature atomic vapor to detect RF signals without the need for traditional antennas and solid-state analog receivers.
Ultra-Wideband Frequency Coverage
Atomic transitions and atom-photon interactions allow for a separation of RF performance from traditional receiver system limitations such as frequency, bandwidth, physical size, and thermal constraints.
Cost-Effective 5G Expansion
SqyWire’s smaller footprint make it a cost-effective option for extending 5G to remote regions, supporting the convergence of systems to facilitate next-generation and military-assured communications and sensing architectures.
By harnessing Rydberg atoms, QRF technology delivers significant benefits to wireless communication. It offers ultra-wideband coverage that transcends traditional RF limits, ensures extended battery life even in remote areas, and maximizes processing power while minimizing hardware size for cost-effective network expansion.
SqyWire was successfully demonstrated at the US Army’s C5ISR NetModX23 evaluation, a proving ground for disruptive technologies.
SqyWire stood out during a series of open-air tests and demonstrations in rural Joint Base McGuire-Dix-Lakehurst, NJ, by demonstrating remarkable receiver sensitivity across a range of spectrums from HF through SHF. Notably, SqyWire seamlessly integrated with a leading electronic warfare sensor and a SINCGARS tactical radio, reinforcing its potential to enhance modern military communications infrastructure. Learn more.
“QRF is a revolutionary technology addressing critical RF network management challenges. SqyWire’s multifunction capabilities, secure transmission, and ultra-broadband spectrum awareness make it a game-changer in defense communications.”
SqyWire Replaces Legacy Technologies with a Single Receiver
SqyWire enables compact, massive MIMO communications systems while solving many pressing problems in RF network management. Its multifunction capabilities, secure transmission, and ultra-broadband spectrum awareness make it a game-changer for defense.
Press Coverage
Quantum sensing readies to be the 21st century's surveillance leap
Quantum sensors, which can detect ultra-precise data, are being developed for a range of applications from smart building monitoring to intelligence gathering and navigation. These devices include quantum gravimeters, quantum inertial navigation, and quantum radio frequency sensors, and could play a key role in defining warfare and intelligence gathering in the 21st century.
Infleqtion eyes quantum applications in electronic warfare (EW), sensors
U.S. military researchers needed enabling technologies to advance the performance of atomic vapors for electric field sensing in applications ranging from airborne electronic warfare (EW) to naval anti-submarine warfare (ASW). DARPA announced a $3.6 million contract for the Science of Atomic Vapors for New Technologies (SAVaNT) project.
Contact Us
For more information, please contact sales@infleqtion.com.