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Technology Leap

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Terabit Rates and Beyond

  • 400 Gbps is becoming the standard

  • 800 Gbps will be boosted in 5 years

  • 1.6 Terabit will be standardized till 2026.
     

In experiments, scientists have already achieved:

  • In 2020, 42.2 Tbps (Terabits per second) achieved from a single light source over regular fiber.

  • In 2021, 73.7 Tbps per channel achieved over a new fiber with a multicore structure.
     

Note:

Scientific experiments and advancements in fiber optic technology are evolving at such a rapid pace that it is possible there have been additional breakthroughs not mentioned here

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Encryption Challenges

The exponential growth of global internet traffic, projected to increase by 5-fold from 2020 to 2026, poses significant challenges for manufacturers of encryption equipment. The rapid advancement of fiber optic technologies, driven by the ever-growing demand for internet traffic, places immense pressure on the development of encryption solutions.

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The encryption of data during transit, commonly referred to as in-flight encryption, is an integral component of any data security strategy employed to safeguard information traversing network infrastructures. With the escalating concerns about data breaches, coupled with emerging regulatory compliance requirements and the widespread adoption of cloud-based services, the deployment of encryption solutions across fiber-optic infrastructure has become imperative.

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An essential consideration is whether encryption performance can meet the demands of terabit-speed networks.

  • Are encryption solutions capable of handling the increasing data rates without becoming a bottleneck?

  • Furthermore, can today's encryption algorithms and techniques be further evolved to accommodate future terabit rates and beyond?
     

For a more comprehensive understanding of these matters and to obtain detailed information, we invite you to request our white paper, where we delve into these questions and provide insightful analysis.

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Our Encryption Technology

Our company is fully committed and dedicated to the development of ultra-efficient encryption algorithms capable of meeting the demanding requirements of terabit data rates and beyond.

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We recognize the critical importance of bridging gaps and driving significant advancements in the encryption landscape, aligning with the deployment of ultra-high-speed data networks.

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Our meticulously designed encryption technology addresses the challenges posed by the extremely high speeds of rapidly evolving fiber optic technologies while ensuring uncompromising data secrecy.

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