Español

This semiconductor integrator launches laser chip and array technology

138
2024-03-29 14:26:04
Ver traducción

Recently, Sivers Semiconductors, a well-known chip and integration module supplier in Sweden, announced that its subsidiary Sivers Photonics is partnering with ecosystem partners to showcase its advanced laser chip and array technology at the OFC conference in Santiago.

The first on-site demonstration used Ayar Labs optical I/O and CW-WDM MSA compatible SuperNova ™ The light source is powered by Sivers Photonics' advanced DFB laser array.

With the increasing complexity and scale of artificial intelligence models, traditional interconnect technologies have created data bottlenecks, forcing GPUs and other accelerators to idle, limiting computing performance, increasing power consumption, and driving up costs. Ayar Labs' optical I/O eliminates these bottlenecks, allowing customers to maximize the computational efficiency and performance of their AI infrastructure while reducing costs, latency, and power consumption.

The second on-site demonstration with LioniX International will showcase the recently announced tripartite partnership between Sivers Semiconductors, LioniX, and Children B.V. to develop and supply narrow linewidth integrated O-band continuously tunable 1310nm lasers, with the goal of achieving high growth applications in the fields of optical communication and sensing.

Lionix has launched a highly sought after laser to meet the growing demand for O-band solutions in the communication (passive optical networks, fiber optic communication), LiDAR, and molecular analysis markets from OEMs, advanced laboratories, and industrial sensor manufacturers.

Andrew McKee, Managing Director of Sivers Photonics, added, "Our InP100 product platform continues to provide leading chips for high growth markets. Our ongoing collaboration with leading industry companies aims to provide modules for the data communication and sensing markets."

Anders Storm from Sivers Semiconductors added, "At this year's OFC, we will see a wide range of Sivers Photonics customers showcasing products in the fields of optical communication and sensing, including data center applications, LiDAR, etc., all powered by Sivers Photonics' advanced lasers."

Source: OFweek

Recomendaciones relacionadas
  • X photon 3D nanolithography

    Virtual and Physical Prototypes: X-ray laser direct writing 3D nanolithography.Multi-photon polymerization (MPP), also known as 3D nanoprinting, has been investigated using wavelength-tunable femtosecond lasers. At a fixed pulse width of 100 fs, any spectral color in the range of 500nm to 1200nm can be used, which reveals the interaction of more subtle photophysical mechanisms than two-photon phot...

    2023-09-11
    Ver traducción
  • Generating dark and entangled states in optical cavities: unlocking new possibilities in quantum metrology

    Physicists have been working hard to improve the accuracy of atomic clocks, which are the most precise timing devices currently available. A promising way to achieve higher accuracy is to utilize spin squeezed states in clock atoms.Spin squeezed states are entangled quantum states in which particles work together to counteract their inherent quantum noise. These states provide incredible potential...

    2024-02-20
    Ver traducción
  • Implementing and studying non Hermitian topological physics using mode-locked lasers

    A mode-locked laser is an advanced laser that can generate very short optical pulses with durations ranging from femtoseconds to picoseconds. These lasers are widely used for studying ultrafast and nonlinear optical phenomena, but they have also been proven to be applicable to various technological applications.Researchers at the California Institute of Technology have recently been exploring the ...

    2024-03-27
    Ver traducción
  • Progress in Theoretical Research on the Mechanism of Liquid Terahertz Wave Generation by Precision Measurement Institute

    Terahertz waves have significant application value in communication and imaging. The nonlinear interaction between strong field ultrafast laser and matter is one of the important ways to generate terahertz waves. The experimental and theoretical research related to terahertz generation media such as plasma, gas, and crystal is relatively sufficient. However, liquid water is a strong absorbing medi...

    2024-03-22
    Ver traducción
  • Breakthrough in optical quantum simulation using long-lived polariton droplets

    Abstract: A groundbreaking discovery by CNR Nanotec and scientists from the University of Warsaw has revealed a robust method for creating long-lived quantum fluids using semiconductor photonic gratings. This study, published in the journal Nature Physics, marks a significant step forward in simulating complex systems through unique polariton droplets that demonstrate stability in lifespan and rec...

    2024-03-27
    Ver traducción