chanelink logo
CHANELINK
Deutsch

Linear Pluggable Optical Device Alliance Definition Linear Pluggable Optical Device Specification

731
2024-03-26 14:01:29
Übersetzung anzeigen

A group of network, semiconductor, and optical companies formed the LPO MSA to develop the network equipment and optical module specifications required to implement a wide ecosystem of interoperable LPO solutions.


These specifications address the industry challenges of reducing power consumption, cost, and latency while improving the reliability of high-speed optical interconnections.
Accelink, AMD, Arista, Broadcom, Cisco, Eoptolink, Hisense, Innolight, Intel, MACOM, NVIDIA, and Semtech are founding members of LPO MSA.


The initial goal of MSA was to optimize optical interconnection with LPO modules at both ends of the link. The LPO MSA specification will define electrical and optical requirements to ensure interoperability between network equipment and optical module suppliers.


"There is an urgent need to reduce the network power consumption of artificial intelligence and other high-performance applications," said Mark Nowell, Chairman of LPO MSA. "LPO greatly reduces the power consumption of modules and systems, while maintaining pluggable interfaces, providing customers with the economy and flexibility required for large-scale deployment."

Source: Laser Net

Ähnliche Empfehlungen

  • Short pulse lasers in the form of chips use the so-called mode coupling principle

    Nowadays, lasers that emit extremely short flashes can be found in many research laboratories, but they usually fill the entire room. Physicists have now successfully reduced this laser to the size of a computer chip. As they reported in the journal Science, their research can lay the foundation for extremely compact detectors.A team led by Qiushi Guo from the California Institute of Technology in...

    2023-11-10
    Übersetzung anzeigen

  • Scientists demonstrate powerful UV-visible infrared full-spectrum laser

    Figure: a. Schematic diagram of the HCF-LN-CPPLN experimental setup. W. CaF? Window M, mirror.b. The bright white light circular spots emitted by the CPPLN sample.c. The first-order diffraction beam of B displays a colorful rainbow pattern from purple to red.d. The HCF-LN-CPPLN module generates normalized spectra of the output full spectrum laser signal through the second NL HHG and third NL SPM e...

    2023-08-25
    Übersetzung anzeigen

  • Laser manufacturer DIT signs KRW 20.52 billion agreement

    Recently, DIT, a well-known semiconductor and display equipment manufacturer in South Korea, announced that the company has signed an agreement worth 20.52 billion Korean won to supply wafer processing equipment to SK Hynix. After the announcement, DIT's stock price rose for five consecutive days, entering the 16000 Korean won range. Then on the 22nd, it rose 2580 Korean won from the previous day'...

    02-15
    Übersetzung anzeigen

  • Silicon Valley giants compete for a new 3D printing space race track

    Recently, Eric Schmidt, former CEO of Google, will take over as CEO of Relativity Space, marking his first CEO position since leaving Google.Relativity Space is known for producing rockets using unusual technologies, including 3D printers, automated robots, and artificial intelligence. In 2023, Relativity Space successfully launched the Terran 1 rocket, proving that its 3D printing technology can ...

    03-24
    Übersetzung anzeigen

  • Semiconductor lasers will support both TE and TM modes

    Typically, for lasers in optical communication systems, waveguide designs are used to achieve a single transverse mode. By adjusting the thickness of the surrounding area of the cladding layer and the etching depth of the ridge in the ridge waveguide device, a single mode device can be obtained. The importance of lasers is reflected in the following aspects:A chip without ridge waveguide design an...

    2023-10-20
    Übersetzung anzeigen