Русский

Panasonic has announced the launch of two new laser projectors

774
2023-09-07 14:23:48
Посмотреть перевод

Panasonic announced the launch of two new 1-Chip 4K DL laser projectors, the PT-REQ15 projector offering 15,000 lumens of brightness, while its counterpart, the PT-REZ15, offers 15,000 lumens of WUXGA resolution.

The REQ15 uses Panasonic's Quad Pixel Drive, a two-axis pixel shift technology, to reproduce 4K images. It is capable of projecting 2K/240Hz content on multiple edge hybrid screens with a latency of 6 milliseconds.

The technology can also be synchronized with Panasonic's ET-SWR10 real-time tracking projection mapping system to combine digital content and analog motion in XR attractions or stage shows. The projector features a rich color enhancer, a technology that extends the red channel output and improves dynamic contrast.

Panasonic announced the launch of two new 1-Chip 4K DL laser projectors, the PT-REQ15 projector offering 15,000 lumens of brightness, while its counterpart, the PT-REZ15, offers 15,000 lumens of WUXGA resolution.

The REQ15 uses Panasonic's Quad Pixel Drive, a two-axis pixel shift technology, to reproduce 4K images. It is capable of projecting 2K/240Hz content on multiple edge hybrid screens with a latency of 6 milliseconds.

The technology can also be synchronized with Panasonic's ET-SWR10 real-time tracking projection mapping system to combine digital content and analog motion in XR attractions or stage shows. The projector features a rich color enhancer, a technology that extends the red channel output and improves dynamic contrast.

Source: Laser Network

Связанные рекомендации
  • Meltio launches a new blue laser 3D printer M600

    Recently, metal 3D printing manufacturer Meltio launched its latest metal 3D printer - M600. This M600 has shown significant progress in integrating into industrial manufacturing processes, no longer limited to niche applications. Like most of Meltio's product lines, the design of M600 was originally intended to address common manufacturing issues such as long delivery times, high inventory cost...

    2024-07-06
    Посмотреть перевод
  • Scientists have used 3D integration technology to bring ultra-low noise lasers without isolators to silicon photonics

    After electronic integrated circuits (Eics), silicon (Si) photonics technology is expected to achieve photonic integrated circuits (PIC) with high density, advanced functions and portability. Although various silicon photonics fountifiers are rapidly developing PIC capabilities to enable mass production of modulators, photodetectors and, more recently, lasers, silicon PIC has not yet met the strin...

    2023-08-04
    Посмотреть перевод
  • Overview of Residual Stress in Metal Additive Manufacturing: Detection Techniques, Numerical Simulation, and Mitigation Strategies

    Researchers from Shantou University have reported a review of residual stresses in metal additive manufacturing: detection techniques, numerical simulations, and mitigation strategies. The relevant paper titled "A comprehensive review of residual stress in metal additive manufacturing: detection techniques, numerical simulations, and mitigation strategies" was published in the Journal of the Brazi...

    2024-12-20
    Посмотреть перевод
  • Beyond Limits: The Amazing Power of Water in Laser Development

    Water helps to generate ultra continuous white lasers with an extremely wide wavelength range.Researchers have made significant progress in creating ultra wideband white laser sources, which have a wide wavelength range from ultraviolet to far-infrared. These advanced lasers are used in various fields, including imaging, femtosecond chemistry, telecommunications, laser spectroscopy, sensing, and u...

    2024-02-26
    Посмотреть перевод
  • Two photon absorption quantum mechanism breaks through the resolution and efficiency limits of optical nanoprinting

    Recently, a research team from the School of Physics and Optoelectronic Engineering at Jinan University has elucidated for the first time the time-dependent quantum mechanism of two-photon absorption and proposed a two-photon absorption (fpTPA) optical nanoprinting technology based on few photon irradiation, successfully breaking through the bottleneck of traditional two-photon printing technology...

    03-06
    Посмотреть перевод