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Multi-channel network encoder with a total throughput of 100 Gbps

04.07.2015

Gemalto announced the release of a new SafeNet multi-channel, high-speed network encryption appliance with speeds equivalent to 10 ten-gigabit (10 Gbps) high-speed encryption appliances in a single box. With an overall encryption performance of 100 Gb/s, the SafeNet CN8000 helps enterprises and service providers secure sensitive data transmitted over their ever-growing large-scale networks.

According to the developers, the SafeNet CN8000 appliance supports network bandwidth expansion and provides high-speed encryption using multiple network connections, protecting sensitive data from interception without compromising network speed and performance. Like other SafeNet HSE devices, the CN8000 offers security key management, low latency and easy setup.

The SafeNet CN8000's multi-channel design allows it to serve multiple client organizations (multi-tenancy), providing processing flexibility for organizations that need to share certain sensitive data and network connections, Gemalto said.
SafeNet CN8000 operates on the basis of quantum random number generation, which allows you to guarantee high-quality randomness that provides protection against targeted attacks.

"When talking about the likelihood of cyberattacks, it's more appropriate to use the word 'when' rather than 'if', so companies need to think about improving practical data protection while avoiding excessive costs," said Todd Moore, vice president of product management for encryption products at the company. Gemalto - Our high-speed encryption offering allows customers to protect the data they transmit by attaching a security measure directly to the data itself.We can secure sensitive data and protect it from unauthorized access at an affordable cost.If the information does fall into the wrong hands, it will have no actual value and will be useless for further use, while even the slightest trace of encryption will be hidden.

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Random news from the Archive

Converting ordinary laser light into quantum light 04.03.2019

An international team of scientists has demonstrated a new way to convert light emitted by a conventional laser into so-called quantum light. A feature of such light is the identical quantum properties of its photons, which come to the fore in comparison with other properties of these particles. This new method uses a film just a few nanometers thick made from gallium arsenide, a semiconductor material widely used in solar cells. This film is placed between two mirror layers, which together create something like a flat optical resonator.

Photons of laser light interact with excitons (electron-electron hole pairs) that appear in the semiconductor and form quasiparticles of another type, called polaritons, whose properties are inherited from the properties of light and electron-hole pairs. These polaritons spontaneously collapse a few picoseconds after they are created, and during this process, secondary photons of light are emitted, carrying a quantum "signature".

According to the available information, the quantum signatures of light transmitted through a polariton filter are still quite weak. But this method can become the basis for the technology of obtaining single photons of quantum light at strictly specified times, roughly speaking "on demand".

"The ability to produce single photons on demand is extremely important for future optical quantum computing and quantum communications technologies," says Thomas Volz, one of the researchers. even quantum transistors with minimal power consumption."

Currently, sources of single photons are created from special metamaterials, the quantum behavior of which is "wired" in the very structure of these materials. This method works quite well until the size of the emitting device approaches the conditional minimum limit, after which this device begins to generate photons with an unacceptably large spread in their characteristics.

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