[1]https://www.swissquantumhub.com/quside-launches-its-phase-diffusion-
   quantum-randomness-module/

   [2]Quside, a Barcelona-based quantum technology start-up, today
   announced the commercial release of their first quantum randomness
   module: the Quside™ FMC 400 which is targeted to high-performance
   computing and data security applications.

   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.

   Since 2017, after spinning off from [3]ICFO – The Institute of Photonic
   Sciences – Quside has been working toward the commercialization of
   high-performance quantum random number generators.

   Quside is also making the Quside™ Randomness Metrology
   toolkit available 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.
   [end of partial quote]
   Jim Bell's comment:
   I remember in 1976, in my first semester at MIT, visiting the
   Engineering Library inside the Big Dome, searching the book stacks, and
   finding a book printed with about one million random numbers.

References

   1. https://www.swissquantumhub.com/quside-launches-its-phase-diffusion-quantum-randomness-module/
   2. https://www.quside.com/
   3. http://icfo.org/