Verizon uses advanced technologies to set new 5G upload speed record
Verizon uses advanced technologies to set new 5G upload speed record
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Verizon, the largest airline in the United States, is the fastest when it comes to uploading speeds, at least in theory. Big red She claims to have successfully completed a successful trial in cooperation with Ericsson and Qualcomm, as the rising intermittent intervals in North America achieved 480 Mbps.
During the test, Verizon It has benefited from advanced 5G technologies, which combines the assembly of TDD components with the Cait Cape and MIMO Rising (multiple input, multiple outputs). The combination of these technologies enabled the companies to achieve the speed of the US 480-megapixel link using the Sub-6 GHz spectrum.
For non -technology, MIMO is a technology that uses multiple antennas on the network and the device to send and receive multiple data flows at one time. MIMO is involved to enhance productivity, reliability and coverage by taking advantage of multiple antennas to prevent any potential intervention and improve signal strength.
On the other hand, TDD is a method that allows both the emerging connection and the descending link to share the same frequency range but in different time openings. This technology is usually used to customize time dynamically for downloads and downloads based on the network's requirements that transform dynamically.
This achievement is a strong demonstration of Verizon, Ericsson and Qualcomm Technologies to advance 5G. Rapid download speeds are necessary for applications that are concerned every second, ensuring a smooth transfer of devices to the cloud for actual time interactions. We are pleased to be at the forefront of enabling companies to fully benefit from artificial intelligence, lead the most intelligent automation, greater efficiency, and the most attractive user experiences.
Sunil Patil, Vice President, Product Management, Qualcomm Technologies, February 2025
Verizon You expect many companies to attract the enhancement capabilities of the enhanced connection that is clarified in the experiment, which seems to be fast enough to allow them to lock multiple benefits such as AI, the most intelligent automation, improved efficiency, as well as the most immersive user experiences.
Verizon It has already started improving its network with advanced 5G technologies Credit image: Phonearena
But the most practical benefits that this technology hopes to provide customers by mostly apply to applications in actual time such as video conferences, cloud games and online communication, and perhaps even augmented reality (AR).
While social media has a large part of our daily life, it is important to spend less time as much as possible to load media content with the highest accuracy possible. This 5G technology makes it possible, although it may come at a high price, at least at launch.
Talking about, Verizon Its network is actively improved through advanced 5G technology, high -speed fibers and infrastructure of the enhanced network to be able to handle the requirements of huge data for applications in actual time.
Verizon, the largest airline in the United States, is the fastest when it comes to uploading speeds, at least in theory. Big red She claims to have successfully completed a successful trial in cooperation with Ericsson and Qualcomm, as the rising intermittent intervals in North America achieved 480 Mbps.
During the test, Verizon It has benefited from advanced 5G technologies, which combines the assembly of TDD components with the Cait Cape and MIMO Rising (multiple input, multiple outputs). The combination of these technologies enabled the companies to achieve the speed of the US 480-megapixel link using the Sub-6 GHz spectrum.
For non -technology, MIMO is a technology that uses multiple antennas on the network and the device to send and receive multiple data flows at one time. MIMO is involved to enhance productivity, reliability and coverage by taking advantage of multiple antennas to prevent any potential intervention and improve signal strength.
On the other hand, TDD is a method that allows both the emerging connection and the descending link to share the same frequency range but in different time openings. This technology is usually used to customize time dynamically for downloads and downloads based on the network’s requirements that transform dynamically.
This achievement is a strong demonstration of Verizon, Ericsson and Qualcomm Technologies to advance 5G. Rapid download speeds are necessary for applications that are concerned every second, ensuring a smooth transfer of devices to the cloud for actual time interactions. We are pleased to be at the forefront of enabling companies to fully benefit from artificial intelligence, lead the most intelligent automation, greater efficiency, and the most attractive user experiences.
Sunil Patil, Vice President, Product Management, Qualcomm Technologies, February 2025
Verizon You expect many companies to attract the enhancement capabilities of the enhanced connection that is clarified in the experiment, which seems to be fast enough to allow them to lock multiple benefits such as AI, the most intelligent automation, improved efficiency, as well as the most immersive user experiences.
Verizon It has already started improving its network with advanced 5G technologies Credit image: Phonearena
But the most practical benefits that this technology hopes to provide customers by mostly apply to applications in actual time such as video conferences, cloud games and online communication, and perhaps even augmented reality (AR).
While social media has a large part of our daily life, it is important to spend less time as much as possible to load media content with the highest accuracy possible. This 5G technology makes it possible, although it may come at a high price, at least at launch.
Talking about, Verizon Its network is actively improved through advanced 5G technology, high -speed fibers and infrastructure of the enhanced network to be able to handle the requirements of huge data for applications in actual time.
