English

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

1036
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
  • Acta: Revealing the mechanism of defect formation in additive manufacturing

    Main author: Yanming Zhang, Wentao Yana*The first unit: National University of SingaporePublished Journal: Acta MaterialiaResearch backgroundIndustry pain point: Although laser powder bed melting (LPBF) technology can manufacture complex components, the lack of consistent product quality is still the core bottleneck restricting its industrial application. Research has shown that up to 35% of proce...

    02-21
    See translation
  • Processing application of ultrafast laser on bulk metallic glass

    Recently, an international research team led by Professor Zhang Peilei from the School of Materials Science and Engineering at Shanghai University of Engineering and Technology published a review paper titled "Research status of femtosecond lasers and nanosecond lasers processing on bulk metallic glasses (BMGs)" in the renowned journal Optics&Laser Technology in the field of optics and lasers....

    2023-09-18
    See translation
  • Tower and Fortsense have announced the launch of their highly advanced 3D imager for LiDAR

    Recently, Gaota Semiconductor announced the successful development of an advanced 3D imager based on dToF technology for LiDAR applications. The newly developed product FL6031 is based on Tower's 65nm Stacked BSI CIS platform and has pixel level hybrid bonding function. It is the first in a series of products aimed at meeting the needs of numerous deep sensing applications in the automotive, consu...

    2023-09-14
    See translation
  • Coherent launches EDGE CUT20 OEM cutting solution

    Coherent launches EDGE CUT20 OEM cutting solution. By deeply integrating the new CUT20 laser cutting head with EDGE FL20 fiber laser, this solution brings three core advantages to high-performance sheet metal cutting: ultimate precision cutting quality, unprecedented process control capability, and intelligent process insights. At the heart of the EDGE CUT20 package is a co-engineered laser-and-...

    11-11
    See translation
  • Oxford University Tokamak Energy Company develops laser technology for fusion power plants

    Tokamak Energy is currently developing a new laser measurement technology for controlling extreme conditions inside fusion power plants.The laser based dispersion interferometer system is being tested at the company's headquarters in Oxford and will be installed on its world record breaking fusion machine ST40 later this year.Clean, safe, and renewable nuclear fusion power generation occurs inside...

    2024-03-14
    See translation