QTREX Quantum Ltd.

QTREX Quantum announced that its proprietary printed coaxial quantum interconnect platform exceeded the RF performance requirements established by its strategic partners during qualification. The characterization measured continuous broadband transmission from 10 MHz through 20 GHz with no resonance, crosstalk suppression of at least 68 dB, average channel-to-channel skew of 4.4 picoseconds above 1 GHz, and group delay spread of just 2 picoseconds. Manufacturing consistency showed insertion-loss variation of only 0.33 dB and characteristic impedance variation under 0.3 ohms. CEO Dagi Ben-Noon stated the results remove a critical technical barrier and validate the platform’s readiness for commercial application development, positioning QTREX uniquely in the quantum connectivity market.

QTREX Quantum clarified that its July 21, 2026 registration statement on Form F-1 is not a new issuance of ordinary shares or a new capital raise. The filing was made solely to fulfill pre-existing contractual obligations related to outstanding warrants from a February 5, 2026 securities purchase agreement. The company also noted it has since pivoted to quantum computing using AME technology acquired from Nano Dimension Ltd and raised an additional $10 million USD through a common-share-only deal at $1.5 per share from a leading hedge fund. No proceeds will be received by QTREX from the registration statement except upon exercise of the ordinary share purchase warrants.

QTREX Quantum has formed QTREX USA, a new U.S. subsidiary dedicated to executing federal contracts. The move follows the company's recent operational deployment of additively manufactured electronics at a U.S. government laboratory and is designed to convert federal and defense opportunities into contracts. QTREX USA will provide a domestic corporate framework to pursue non-dilutive government funding, engage with the Department of Defense, and address national security requirements such as FOCI, ITAR, and Buy American Act considerations. The company also intends to advance local U.S. manufacturing capabilities through the subsidiary to support domestic production and secure supply chains.

QTREX Quantum has successfully produced a cryogenic chip carrier using its proprietary Additively Manufactured Electronics process. Designed in collaboration with a major US technology firm, the single-build architecture integrates signal transport and carrier-level functions into a monolithic unit, marking the company's expansion into the quantum processor-interface layer. The technology employs a polyimide architecture adapted for cryogenic environments, enabling simultaneous manufacturing of conductive pathways, dielectric structures, and 3D shielding. This approach eliminates separate connector-based assemblies, reducing potential failure points and supporting high-density routing needed to scale quantum systems. QTREX Quantum now plans to develop customer-specific carrier designs tailored to unique processor architectures.