Quantum eMotion Corp V.QNC

Alternate Symbol(s): QNCCF

Technology Semiconductors

Quantum eMotion Corp. is a Canada-based developer of cryptographic solutions. The Company is developing quantum random number generators (QRNG). It has launched its new QRNG2, an USB key that delivers pure entropy at 1.5 Gb/s. Its QRNG2 technology is the quantum random number generator, which is used in consumer electronics. QNG2 provides security to mobile and Internet transactions, Internet of Things (IoT) communication, machine-to- machine connections, networking equipment and cloud-based applications. Its technology is also applicable to others, such as datacenters, blockchain technologies, financial services, cloud-based information technology (IT) security infrastructure, classified government networks and communication systems, secure device keying (Internet of Things (IOT), automotive, consumer electronics) and quantum cryptography industry.

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Quantum eMotion Corp > Tech Questions?

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Comment by luckylucon Apr 30, 2021 8:03am

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Post# 33099744

RE:Tech Questions?

non-CMOS (PCB prototype) vs CMOS explain the difference in bandwidth numbers. Although the CMOS could not be really measure yet so I guess it is an estimate

FarmerInvestor4 wrote:
From News release dated August 13, 2020....

The QNRG testing cycle has successfully produced an operational prototype that can achieve 300 Mbps of random bits with only the digital components limiting the throughput. At this point in time, the current prototype is designed and assembled on standard PCB technology using commercially available and off-the-shelf components, as well as quantum tunneling junctions fabricated using standard clean room techniques on a silicon substrate at Universite de Sherbrooke

From the news release dated April 29, 2021....

QNC has developed the next generation of cryptographic QRNG solutions that is based on electron quantum tunnelling, a purely quantum effect that guarantees complete randomness. It also has the capacity to deliver >1 Gigabits per second ("Gbps") of full-entropy random numbers and is versatile enough to be embedded in a portable USB-type key or a microprocessor chip.

"Operating Prototype at 300 Mbps of random bits vs. >1 Gbps of full-entropy Random numbers....

Sounds like an improvement to me!
Where are the experts? QT... can you explain this?

Thanks,
FI4