-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
- Cosmetic Ingredient
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
It is understood that Google's Project Loon team is currently studying to bring 5G technology
through solar drones.
The technology relies on millimeter wave, which is 40 times faster than LTE and, most importantly, enables access to new network spectra
.
The Project Skybender team is using two unmanned aerial vehicles for testing, a Centaur that can fly at will, and a solar-powered drone Solara 50
built by Google Titan.
Google has received permission from the FCC to continue testing drone network systems in New Mexico until July
.
Of course, don't be too optimistic, after all, the difficulties faced by Google should not be
underestimated.
Google's other high-altitude network project, Project Loon, has been running for nearly 3 years and has not made much progress, and there was even a drone crash during an experiment last May
.
Project Loon is targeting WiFi, while Project Skybender is targeting 5G and is based on millimeter wave technology
.
Millimeter-wave technology was previously used for military research, and DARPA began using the technology on network connections in 2012 to remotely control
military bases.
Google has also considered a number of potential ways to solve the problem that millimeter waves can only be transmitted over short distances, including the use of phased array antennas, which are arrays of antennas
.
When the relative phase of the signal sent to each antenna is properly adjusted, the strength of the signal in the specified direction is finally enhanced and the intensity
in the other directions is suppressed.
The technology was originally used in radio astronomy, and later in military active radar and some AM radio stations
.
But phased array technology is complex and energy-intensive, and it's not yet known whether Google can put
it into practice.
It is understood that Google's Project Loon team is currently studying to bring 5G technology
through solar drones.
The technology relies on millimeter wave, which is 40 times faster than LTE and, most importantly, enables access to new network spectra
.
The Project Skybender team is using two unmanned aerial vehicles for testing, a Centaur that can fly at will, and a solar-powered drone Solara 50
built by Google Titan.
Google has received permission from the FCC to continue testing drone network systems in New Mexico until July
.
Of course, don't be too optimistic, after all, the difficulties faced by Google should not be
underestimated.
Google's other high-altitude network project, Project Loon, has been running for nearly 3 years and has not made much progress, and there was even a drone crash during an experiment last May
.
Project Loon is targeting WiFi, while Project Skybender is targeting 5G and is based on millimeter wave technology
.
Millimeter-wave technology was previously used for military research, and DARPA began using the technology on network connections in 2012 to remotely control
military bases.
Google has also considered a number of potential ways to solve the problem that millimeter waves can only be transmitted over short distances, including the use of phased array antennas, which are arrays of antennas
.
When the relative phase of the signal sent to each antenna is properly adjusted, the strength of the signal in the specified direction is finally enhanced and the intensity
in the other directions is suppressed.
The technology was originally used in radio astronomy, and later in military active radar and some AM radio stations
.
But phased array technology is complex and energy-intensive, and it's not yet known whether Google can put
it into practice.
