chanelink logo
CHANELINK
English

Infinira launches an optical solution for 1.6 Tbps ICE-D data centers

513
2024-03-18 13:47:36
See translation

Infinira, an expert in optical network solutions, announced the launch of a high-speed data center optical transmission module based on single-chip indium phosphide (InP) photonic integrated circuit (PIC) technology. The company claims that the module will connect at a speed of 1.6 terabits per second (Tb/s), while reducing the cost and power consumption per bit.

Yingfeilang stated that its data center's optical connectivity technology can achieve highly integrated solutions, combining multiple optical functions onto a single single chip. This technology is part of Infinira's flexible data center's optical brand ICE-D.

The official press release stated, "The ICE-D test chip has been launched and has been proven to reduce power consumption per bit by 75%, while also improving connection speed."

According to Infinira, this product reduces power consumption per bit by 75% and improves connection speed in AI driven interconnections. The company also mentioned that the optical components within the ICE-D data center are designed to support integration into various internal and campus data center optical solutions.

The company stated that it is using its experience in optical connectivity solutions to address the challenges of economically expanding connectivity within data centers, in order to support the bandwidth flooding brought about by artificial intelligence applications.

Infinira stated, "Our unique single-chip InP PIC technology puts us in an ideal position to develop innovative technologies to provide cost-effective, high-capacity data center connectivity solutions."

Source: Laser Net

Related Recommendations

  • Bodor Laser: Laser Cutters Rank First in Global Sales for Six Consecutive Years

    On February 27, at Bodor Laser's global headquarters base in Licheng District, Jinan City, three automated production lines were operating at full capacity, struggling to meet the overwhelming demand. Lu Guohao, Secretary of the Board and Director of the President's Office at Bodor Laser, revealed that the company's laser cutter shipments exceeded 8,000 units in 2024, securing the top spot in glob...

    03-10
    See translation

  • The LANL Laboratory in the United States has achieved a light source that generates a circularly polarized single photon stream using a quantum light emitter

    Los Alamos National Laboratory (LANL) has developed a method for a quantum light emitter that stacks two different atomically thin materials together to achieve a light source that produces a stream of circularly polarized single photons. These light sources can in turn be used for a variety of quantum information and communication applications.According to Los Alamos researcher Han Htoon, the wor...

    2023-09-02
    See translation

  • Comparison of Blue and Infrared Wavelength in Pure Nickel Laser Deep Fusion Welding Process

    It is reported that researchers from BIAS Bremer Institution f ü r angewandte Strahltechnik GmbH in Germany have reported a comparative study of laser deep penetration welding processes for pure nickel using blue and infrared light wavelengths. The related research was published in Welding in the World under the title "Process comparison of laser deep penetration welding in pure nickel using blue ...

    2024-08-13
    See translation

  • BLM Group launches a new LT12 laser tube cutting system

    Recently, BLM Group in the United States has launched a new LT12 laser tube system, which performs well in cutting light and heavy pipes and profiles, and can handle materials with a diameter of up to 305 millimeters.According to the company, compared to other similar machines, the LT12 laser tube system reduces cutting time by up to 55% when cutting materials with the same maximum diameter, signi...

    2024-04-18
    See translation

  • Swedish KTH develops 3D printed quartz glass micro optical devices on optical fibers

    In what has been described as the "first communication", Swedish researchers conducted 3D printed quartz glass micro optical devices on the tip of optical fibers. They said that this progress could lead to faster Internet and better connectivity, as well as innovations such as smaller sensors and imaging systems.Scientists from the KTH Royal Institute of Technology in Stockholm have stated that co...

    2024-05-23
    See translation