We are HYPRES
The Digital Superconductor Company
HYPRES develops and commercializes ultra-high-speed superconductor integrated circuits and energy-efficient cryogenic systems that deliver unparalleled performance across the entire electromagnetic spectrum. We specialize in multi-faceted research and development (R&D) activities in sensors and processors for diverse applications. From advanced digital-RF receivers to quantum computing infrastructure, we bridge the gap between breakthrough physics and ready-to-deploy market solutions.
HYPRES also offers a variety of custom IC design, test and cryogenic packaging services, including superconductor and semiconductor digital, high-performance analog and mixed-signal circuits.
Flagship Solutions: The Advanced Digital-RF Receiver (ADR)
We translate our IC innovations into complete, deployment-ready systems for mission-critical operations. Our flagship Advanced Digital-RF Receiver (ADR) system leverages superconducting digital signal processing directly at the antenna. This allows the ADR to achieve unmatched dynamic range, ultra-wide instantaneous bandwidth, and multi-band flexibility, setting a new global standard for defense SATCOM, signals intelligence, and advanced wireless networks.
Turnkey Cryopackaging, Cryogenic Systems, & Advanced Testing
HYPRES delivers total cryogenic infrastructure alongside our core circuits, backed by decades of specialized cryopackaging and testing knowledge. We provide the complete ecosystem required to evaluate, shield, and run high-performance electronics at absolute temperatures:
- ICE-T Platform: A turnkey, cryogen-free integrated laboratory environment that eliminates the need for liquid helium, allowing researchers to rapidly operate cryogenic electronics with push-button ease.
- CATS Cryogenic Testing: High-throughput testing capabilities engineered to fully evaluate complex components under strict cryogenic conditions.
- Custom Cryopackaging: Proprietary packaging, magnetic shielding, and high-density thermal interfacing that ensures delicate quantum and superconductor devices remain stable, shielded, and fully operational.
