ID Quantique SA
IDQ’s focus is to provide innovative and cost-effective solutions that leverage the tremendous capabilities offered by quantum photonics, associated with cutting edge analog and digital electronics.
- 41 22 301 83 71
- 41 22 301 83 79
- info@idquantique.com
- Chemin de la Marbrerie, 3
Carouge / Geneva, Switzerland 1227
Switzerland
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product
Quantum-Safe Security
CN4000 Series
The CN4000 series are the ideal optimized, high-performance encryptors for Small to Medium Enterprises (SME). They also enable an ideal cost effective “encrypt everywhere” solution for Large Enterprises. Despite their small form-factor, the CN4000 Series encryptors have the same robust security credentials as the rack-mounted models.
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Quantum-Safe Security
CN9000 Series
The Centauris CN9000 Series is the first commercially available certified high-assurance 100Gbps Ethernet encryptor that supports the most complex fully meshed topologies – enabling 100% security for Big Data, Cloud and data centre services’ ultra-fast networks.
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Quantum-Safe Security
CN8000 Series
The CN8000 harnesses the power of quantum mechanics to help ensure secure communications – the encryption keys are generated by IDQ’s Quantum Random Number Generator to guarantee inherent and provable randomness. The CN8000 can also be upgraded to be quantum-safe via the Cerberis QKD Blade (quantum cryptography) to ensure long-term protection of the data in transit.
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Quantum-Safe Security
CN6000 Series
The Centauris CN6000 encryptors may be upgraded to quantum cryptography through the addition of the Cerberis Quantum Key Distribution (QKD) server to ensure that the solutions are quantum-safe for the long-term protection of sensitive data. This also ensures investment-protection of the encryptors. Such quantum cryptography is provably secure, ensures anti-eavesdropping detection and provides long-term forward secrecy against brute force hacking and attacks by quantum computers.
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SHORT PULSE LASER SOURCE
id300 SERIES
The id300 short-pulse laser source is an externally-triggered optical source that generates sub-nanosecond laser pulses. Used in combination with a variable optical attenuator, this source cost-effectively approximates a single photon source.
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Time Controller
ID900
IDQ’s Time Controller is an all-in-one device designed for flexibility and it efficiently solves a large number of problems encountered in the laboratory. Its core consists of 4 high-speed (<20 ps precision, 100Mcps rate) inputs and 4 high-speed outputs, interconnected by reconfigurable logic. The Time Controller performs the functions of a number of devices: time-to-digital converter, coincidence counter, delay generator, pattern generator, counter and discriminator. This is complemented by a 10Gbps link to the host computer for fast data transfers, by auxiliary analogue and digital I/O for interfacing with external devices.
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Miniature 8-channel photon counter
id150 SERIES
Intended for large-volume OEM applications, the id150-1x8 is the only multichannel solid-state single photon detector on the market. It consists of a CMOS silicon chip packaged in a standard TO8-16pin header with a transparent window cap. The chip combines 8 in-line single photon avalanche diodes that can be accessed simultaneously for parallel processing. square in center-to-center A fast active quenching circuit is integrated within each pixel in order to operate each diode in photon counting regime. The chip is mounted on a printed circuit board on top of a single-stage thermoelectric cooler (TEC). A thermistor can be used to measure the temperature of the chip. Only two low power supplies of +5V and -25V are needed for operation in photon counting mode. The fast active quenching circuit leads to a dead time of less than 50ns per channel. An outstanding timing resolution of less than 60ps allows high accuracy measurements.
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Random Number Generation
Quantis is a family of hardware random number generators (RNG) which exploit elementary quantum optical processes as a source of true randomness (cf. Wikipedia: physical phenomena with quantum random properties). Photons (light particles) are sent, one by one, onto a semi-transparent mirror and detected. The exclusive events (reflection or transmission) are associated to “0” or “1” bit values. Such quantum processes provide instantaneous and inexhaustible entropy.
