chanelink logo
CHANELINK
日本語

Coherent Company Announces the Launch of High Power Non Cooled G10 Pumped Laser Module for Submarine and Ground Applications

411
2024-03-23 10:21:42
翻訳を見る

Coherent, a leading supplier of high-performance optical network solutions, announced today the launch of a new high-power non cooled pump laser module based on the latest G10 series semiconductor laser tube technology. These new modules are specifically developed for high reliability submarine applications as well as single chip and dual chip ground applications.

The new non cooled pump laser module is designed specifically for high-power, high-performance optical amplifiers and amplification ROADM line card applications. The non cooled pumped laser module adopts a compact 10 pin external size, which is market first:
Up to 1000 mW output power, suitable for submarine applications.
Up to 2x700 mW, providing both symmetric and asymmetric options on dual chip platforms.

These non cooling modules support the growth trend of energy-saving networks to achieve sustainable development goals. This reduces network ownership costs by reducing overall power consumption and eliminating many thermal and power management devices associated with traditional cooling lasers.

"The company released its first non cooled pump laser module in 2004 and its first dual chip module in 2011, making it a leader in non cooled and dual chip technologies," said Dr. Beck Mason, Executive Vice President of Telecommunications. Our latest G10 pump chip supports the successful development of our high-power non cooled pump laser modules. Combining a wide range of active and passive component product combinations, Coherent provides a leading solution portfolio for submarine and ground amplifier designers.

The certification work for the new single chip and dual chip ground modules will be completed by mid-2024. The samples have been launched and will begin mass production by the end of 2024.

Source: Laser Net

関連のおすすめ

  • Research Progress: Extreme Ultraviolet Photolithography

    Recently, the semiconductor industry has adopted Extreme Ultraviolet Lithography (EUVL) technology. This cutting-edge photolithography technology is used for the continuous miniaturization of semiconductor devices to comply with Moore's Law. Extreme ultraviolet lithography (EUVL) has become a key technology that utilizes shorter wavelengths to achieve nanoscale feature sizes with higher accuracy a...

    2024-12-09
    翻訳を見る

  • Ultra short pulse laser technology shines a sword, winning 3.5 million euros in financing

    Recently, Italian startup Lithium Lasers announced that the company has successfully raised 3.5 million euros in ultra short pulse laser technology.This company, founded in 2019, focuses on developing an ultra short pulse laser (USPL) called FemtoFlash, which is aimed at multiple industries such as aerospace, healthcare, automotive, and consumer electronics, particularly suitable for material proc...

    2024-04-26
    翻訳を見る

  • Hexconn announces the launch of a new modular 3D laser scanner designed specifically for large-scale surface inspection

    The new Absolute Scanner AS1-XL adopts the same "Shine" technology as its flagship product Absolute Scanner AS1, allowing it to collect clean 3D data from the most challenging surface types at a very high speed.The new scanner has a wider scanning line and is designed specifically for inspecting large surfaces and deep cavities in inspection applications such as aerospace panels, ship propellers, ...

    2023-09-27
    翻訳を見る

  • Magdalena Ridge expands the capacity of optical interferometers

    The Magdalena Ridge Observatory has purchased a second-generation off-axis beam compressor from Optical Surface, which will expand the functionality of the facility's optical interferometer.Interferometer is a research tool that combines two or more light sources to create interference patterns that can be measured and analyzed. In astronomy, interferometers combine the light collected by multiple...

    2024-01-05
    翻訳を見る

  • More penetrating than X-rays μ Meson imaging is expected to be advanced with high-power lasers

    μ Mesons are naturally occurring subatomic particles that can penetrate much deeper dense matter than X-rays. Therefore, μ Meson imaging can enable scientists to capture images of nuclear reactors, volcanoes, tsunamis, and hurricanes. However, this process is slow, as it occurs naturally μ The low flux of mesons requires several months of exposure time for the image.It is understood that ...

    2023-11-01
    翻訳を見る