HYPRES develops superconductor integrated circuits (ICs) and systems for advanced RF applications, enabling direct digitization of RF signals with superior bandwidth and dynamic range. They offer off-the-shelf ADR systems and custom design services for superconductor ICs and integrated systems, alongside cryogenic testing and packaging.
Funding
$50K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional radio frequency (RF) signal processing often requires analog down-conversion before digitization, which can introduce noise and limit bandwidth. Developing systems that can directly digitize RF signals at high frequencies with broad bandwidth and high dynamic range presents a significant engineering challenge.
Solution
HYPRES develops and commercializes superconductor integrated circuits (ICs) and systems designed for advanced RF applications. Their core technology enables direct digitization of RF signals without analog down-conversion, offering superior bandwidth and dynamic range. The company provides both off-the-shelf products and custom design services for superconductor ICs and integrated systems. Additionally, HYPRES offers cryogenic testing and packaging services to support the development and deployment of these advanced electronic components.
Target Audience
HYPRES targets government customers and commercial entities in sectors such as SIGINT, electronic warfare (EW), satellite communications (SATCOM), and advanced instrumentation that require high-performance RF signal processing capabilities.
Features
- Superconductor integrated circuits (ICs) for advanced digital-RF applications.
- Advanced Digital-RF Receiver (ADR) systems capable of direct RF digitization up to 21 GHz with multi-GHz bandwidth.
- Cryogenic Analog RF Modules (CARM) for low-noise amplification in RF applications, operating at approximately 80K with a noise temperature below 50K.
- Integrated Cryogenic Electronics Test-Beds (ICE-T) providing cryogen-free laboratory test platforms for superconductor and low-temperature electronics.
- Multi-Channel Programmable Current Sources with 48 independent, optically coupled, and galvanically isolated outputs for biasing superconductor and semiconductor circuits.
- Custom IC design, test, and cryogenic packaging services for superconductor and semiconductor digital, analog, and mixed-signal circuits.
- Cryogenic Assessment and Testing Services (CATS) for components operating from <4K to 300K.
- Single Flux Quantum (SFQ) logic-based digital signal processing (DSP) cores, including correlators, FFT blocks, and digital beamforming techniques.
- Josephson junction-based oscillators and clock sources for high-frequency, low-jitter clock generation.