chanelink logo
CHANELINK
English

The tesat optical terminal selected by Lockheed Martin satellite has passed ground testing

1054
2023-10-27 16:52:28
See translation

Tesat Spacecom's laser communication terminal announced on October 26th that the company has passed critical ground testing deployed on NASA satellites.

Tesat's SCOTT80 optical terminal was selected by Lockheed Martin, one of several manufacturers producing satellites for the Space Development Agency.

SDA is an agency under the United States Space Force that plans to deploy a network of interconnected satellites. It includes a transmission layer that will transmit data collected by the missile detection sensor satellite tracking layer. Each spacecraft is equipped with multiple laser communication terminals.

Optical terminals use lasers to connect satellites in orbit so that they can transmit data in space.
Tesat's terminals will be integrated with Lockheed Martin's satellites, which will become part of SDA's planned transmission layer Tranche 1 satellite to be launched by the end of 2024. Lockheed Martin also uses CACI's optical terminals for the Tranche 1 satellite.
All optical terminals installed on SDA satellites must comply with the technical specifications and standards issued by the organization. They must also be able to interoperate with terminals manufactured by other suppliers.

Interoperability with other manufacturers
As part of ground testing, Tesat's terminals must establish data communication links with reference modems, as well as Mynaric and CACI terminals. The terminal of Mynaric will be located on the Tranche 1 satellite of SDA manufactured by Northrop Grumman.
This achievement indicates that Tesat terminals comply with the technical specifications and standards released by SDA and can interoperate with third-party products, "said Thomas Reinartz, the company's CEO, in a statement.

The company pointed out that Kepler Communications has also selected the SCOTT80 optical terminal for its low Earth orbit commercial constellation.

Tesat Spacecom, headquartered in Germany, is establishing a US subsidiary to support military and commercial plans. The company is an independent subsidiary of Airbus Defense and Aerospace.

Tesat plans to start producing optical terminals on Merit Island, Florida. The company stated that to date, 46 Tesat terminals are on track and 180 are in production.

Source: Laser Network


Related Recommendations

  • AMC Theatres launches advanced laser projection technology upgrades

    AMC Cinema has long been known as the largest cinema operator in the United States and the world, and has completed upgrades to almost all its venues in the broader Chicago area, including advanced laser projection technology.The technological reform of this chain of stores has made Chicago one of the first areas in AMC's footprint to benefit from CinIonic's cutting-edge projection technology.In e...

    2023-12-23
    See translation

  • Laser fusion breakthrough brings greater energy explosion

    Recently, scientists from the National Ignition Facility at Lawrence Livermore National Laboratory in California produced a burst of energy by bombarding hydrogen pellets with 192 laser beams, briefly reproducing the fusion process that powers the sun. This is a repeat of an experiment in December last year, but this time the scientists generated more energy, with a gain almost double that of the ...

    2023-09-26
    See translation

  • Progress in the research and development of high-performance electrically pumped topology lasers in semiconductor manufacturing

    Topological laser (TL) is an ideal light source for future new optoelectronic integrated chips, designed and manufactured using topological optics principles to obtain robust single-mode lasers. Electrically pumped topology lasers have become a research hotspot due to their small size and ease of integration, but topology lasers based on electrical injection are still in the early stages of resear...

    2024-07-11
    See translation

  • Progress in research on intrinsic flexible and stretchable optoelectronic devices in the Institute of Chemistry

    Organic polymer semiconductor materials, due to their unique molecular structure and weak van der Waals interactions, are endowed with the characteristics of soluble processing and easy flexibility, and have potential applications in portable and implantable medical monitoring devices. A highly flexible, skin conformal, and excellent spatial resolution X-ray detector is expected to be integrated w...

    2024-04-09
    See translation

  • Researchers treated MXene electrodes with lasers to improve lithium-ion battery performance

    Researchers at King Abdullah University of Science and Technology (KAUST) in Saudi Arabia have found that laser scribing or creating nanodots on battery electrodes can improve their storage capacity and stability. The method can be applied to an alternative electrode material called MXene.Lithium-ion batteries have multiple drawbacks in a wide range of applications, and researchers around ...

    2023-08-04
    See translation