In the tech detail section, there's a main content area that features an advanced image display. The "detail-adv-box" contains a picture window with a slider showing multiple images. Each slide includes an image and a description below it. The first image is labeled "Test - lowercase jpg," the second one reads "Kaixin micro test," and the third is "Test probe P100-M3." Below the image slider, there's a navigation window with three thumbnail images, which allows users to switch between slides.
There's also an image from Bosscdn.com with a placeholder URL and a line break after it.
According to a report by TNW Chinese on January 30, Google is currently exploring the use of solar energy at Spaceport America, a spaceport located in the desert near Las Cruces, New Mexico, USA. The project involves using drones to transmit a 5G network. This initiative, known as the "SkyBender" project, is testing transceivers and UAV prototypes operating in the 28GHz millimeter wave band. Compared to the frequency bands used by 4G technology, this higher-frequency band offers significantly faster data transmission speeds—up to 40 times faster than 4G LTE.
However, the millimeter wave band has some major drawbacks. Signals in this range are more easily absorbed by the atmosphere and have a much shorter range compared to 4G signals. This makes it extremely challenging to maintain a stable 5G connection from high-altitude drones. To address these issues, Google is developing advanced antenna technologies, such as phased array radar systems, to improve signal strength and coverage.
At this stage, SkyBender remains a theoretical project, but it shows promise for future wireless communication solutions. The project is part of Google's Access team, which is also behind the well-known Project Loon, another initiative aimed at expanding internet access to remote areas.
The U.S. Federal Communications Commission (FCC) has given Google approval to continue its tests until July, indicating ongoing support for the project. As the development progresses, we may see more real-world applications of this innovative approach to 5G connectivity.
Aquarium lights, also known as water plants growing lights, are mainly made of LED lamp beads, also known as LED aquarium lights, LED water plants growing lights, and LED water plants supplement light.
Aquarium lamp is a special kind of lamp, according to the growth law of plants, it must need sunlight, and the aquarium lamp is a lamp that uses the principle of sunlight to replace sunlight to provide the environment for the growth and development of aquatic plants.
Aquarium Lightings,Aquarium Lighting,Uv Lamps,Led Aquarium Light
Sensen Group Co., Ltd.  , https://www.sunsunglobal.com