Quside launches their first quantum randomness module

14 September 2020

Quside, a Barcelona-based quantum technology start-up, have announced the commercial release of their first quantum randomness module: The Quside™ FMC 400 is commercialized for high-performance computing and data security applications.

QusideQRNGmodule2020a.jpgSince 2017, after spinning off from ICFO – The Institute of Photonic Sciences – Quside has been working toward the commercialization of high-performance quantum random number generators. After success with leading enterprises in the telecom, critical infrastructure, and banking sector, Quside is now releasing the FMC 400 Randomness Module.

The Quside™ FMC 400 has been designed specifically for high-performance FPGA-based systems. The technology is based on Quside's proprietary phase-diffusion quantum random number generation technology. It provides 400 Mb/s of raw random numbers with state-of-the-art min-entropy bounds (above 90%). A standard FMC interface allows easy and versatile integration.

Over the last decade, this proprietary phase-diffusion randomness generation technology has been recognized to meet the requirements of the most demanding applications. The combination of high speed and unmatched signal quality have proven essential to customers and mark the FMC 400 as the most crypto-agile randomness module on the market.

Quside is also making available the Quside™ Randomness Metrology toolkit to customers. It provides on-device capabilities to derive min-entropy bounds, giving product developers access to a novel tool to validate the proper functioning of the quantum process on-the-fly.

The FMC 400 Randomness Module has already been tested by Quside's partners over the last 18 months in the fields of enterprise security, telecom, banking, and supercomputing with remarkable performance.

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